I'm excited to share that 'Iolani School is embarking on a pioneering partnership with Perplexity AI to enhance our educational framework with cutting-edge artificial intelligence technology. This collaboration is aimed at integrating AI more deeply into our curriculum to support both teaching and learning processes.

Here's What's Happening:

• AI Integration: We're rolling out Perplexity AI tools across various subjects, focusing on how these technologies can enrich our educational offerings and improve outcomes for all students.

• Faculty Support and Training: I will be actively involved in supporting our faculty with continuous training throughout the summer and the upcoming years. This initiative ensures that our educators are well-equipped to use these advanced tools effectively and adapt to emerging technologies.

• Long-term Goals: Our collaboration with Perplexity AI is not just about immediate benefits but also preparing our community for the future. We're setting the stage for ongoing innovation in how we teach, learn, and interact with new technologies.

This partnership represents a significant step forward in our commitment to providing a top-tier educational experience, ensuring that 'Iolani remains at the forefront of educational innovation. I will be adding perplexity to my Crash Course Trainings in addition to all our other AI tools we currently support. A

Read more here: 

https://www.perplexity.ai/hub/blog/bringing-perplexity-to-education-and-not-for-profits

Expanding AI Access: Introducing GPT-4o and Enhanced Features for All Users

Exciting news for AI enthusiasts and creative minds! Our platform is now granting free users access to our advanced flagship model, GPT-4o, along with a suite of powerful features including browsing, data and code analysis tools. Users can also upload images for interactive chatbot commentary. While this update significantly broadens accessibility, creating custom GPTs and using DALL-E for image generation remain premium features, with some limitations on usage to ensure sustainable platform operation.

Spotlight on Scratch Coding Buddy: A Custom GPT for Game Design Students

Amidst these updates, I'd like to share a closer look at a unique tool developed for my game design and coding classes. Named the Scratch Coding Buddy, this custom GPT is based on over 1,000 Scratch projects developed by my students over more than a decade. Designed to offer straightforward guidance, this tool helps students grasp complex concepts without the need for external resources like copywriting books or PDFs.

While the Scratch Coding Buddy has been pivotal in enhancing learning experiences exclusively for my students, the broader opening of custom GPT access raises the possibility of sharing it more widely. However, I plan to keep this resource dedicated to my classes, ensuring it remains a specialized tool tailored to their specific educational needs.

This initiative exemplifies how AI can be customized to enrich specific learning environments, demonstrating the potential of artificial intelligence to revolutionize education by providing targeted, innovative tools.

n a significant stride towards the future of artificial intelligence, OpenAI has unveiled GPT-4o, the latest iteration of its influential generative model. Announced in a livestreamed event on Monday, GPT-4o introduces groundbreaking enhancements in speed, efficiency, and multimodal interaction capabilities, which includes processing text, images, and audio within a unified model framework.

GPT-4o, dubbed "omni" for its expansive input and output capabilities, represents a leap forward in making AI interactions more fluid and natural. According to OpenAI CTO Mira Murati, the model mimics human conversational pace with responses to audio inputs in as little as 232 milliseconds—comparable to the speed of human reactions in dialogue.

This new model extends the capabilities of its predecessors by not only matching the performance of GPT-4 Turbo in tasks involving English text and code but also showing significant improvements in handling non-English languages and auditory and visual inputs. The integration of these capabilities into a single model eliminates the latency and complexity of previous models, which relied on separate processes for understanding and generating different types of data.

“GPT-4o is much faster and 50% cheaper in the API, a development that brings us closer to a more intuitive and practical use of AI in everyday applications,” Murati explained during the event. This efficiency gain is accompanied by a reduction in costs and an increase in the accessibility of the technology, with OpenAI announcing that GPT-4o will be available for free to all users, and paid users will benefit from up to five times the capacity limits.

The advent of GPT-4o marks a transformative moment for educators and students alike, heralding a new era of accessibility and interactive learning across diverse modalities. With its integrated capabilities in text, vision, and audio, GPT-4o not only expands the realm of possible educational applications but does so with remarkable speed and efficiency—characteristics that are especially critical in dynamic learning environments.

For educators, the implementation of GPT-4o in the classroom promises to revolutionize teaching methodologies and engagement strategies. The ability to interact with the AI using different inputs such as text, voice, and images, and receive information in a multimodal format, means that lessons can be more inclusive and adaptable to different learning styles. For instance, students struggling with text-based instructions could benefit from audio explanations, or visual learners could grasp complex concepts through tailored images or diagrams generated on the fly by GPT-4o.

The real-time response capability of GPT-4o closely mimics human interaction speeds, making AI-driven tools more practical and responsive in classroom settings. This could be particularly useful in scenarios such as language learning, where instant feedback on pronunciation and conversational practice is invaluable. The model’s enhanced understanding of non-English languages, improved by significant advancements in audio and text processing, further extends the reach of these benefits to a global student population.

Practical applications in education could range from real-time translation services enhancing communication for ESL students, to interactive problem-solving sessions in STEM subjects where GPT-4o assists in coding, math equations, or scientific reasoning. Additionally, the potential for creating immersive virtual learning environments using GPT-4o's capabilities could fundamentally change the way educational content is delivered and experienced.

The fact that OpenAI has made GPT-4o accessible free of charge for students and teachers is a game changer, democratizing access to cutting-edge AI technology. This accessibility ensures that educational institutions, regardless of their budget constraints, can integrate advanced AI tools into their curricula, thereby leveling the playing field and providing all students with the tools to succeed in a technology-driven world.

As we stand on the brink of this technological leap forward in education, the promise of GPT-4o extends not just to enhancing how subjects are taught, but in fundamentally enriching how students learn and interact with information. The potential for fostering deeper understanding and creativity among students is immense, paving the way for a future where education is more personalized, engaging, and inclusive. This truly is the moment many educators and technologists have been eagerly anticipating.

Suno AI

Website: Suno

Summary: Suno AI is an advanced AI music generator that makes creating music accessible to everyone, regardless of musical expertise. Based in Cambridge, MA, and founded by alumni from tech giants like Meta and TikTok, Suno uses its proprietary AI models, Bark and Chirp, to transform text prompts into full musical compositions. Bark focuses on generating vocal melodies while Chirp handles the instrumental aspects, together creating harmonious and personalized music. Suno AI emphasizes privacy and user data protection, offering a secure environment for musical exploration.

Udio

Website: Udio

Summary: Udio is a powerful AI music generator that stands out for its ability to generate genre-specific music from text prompts. Developed by former Google DeepMind researchers and launched by Uncharted Labs, Udio provides a user-friendly interface that allows both novice and experienced users to create music that captures a wide range of emotions and styles. Songs can be refined through "remixing" with further prompts, and while it is in beta, users can create up to 1,200 songs per month for free. Udio's technology, which includes a large language model for lyrics and an undisclosed method for music generation, has been both praised for its realistic and emotional vocals and critiqued for potential concerns over the authenticity and source of its training data.

ElevenLabs

Website: ElevenLabs

Summary: Known for its realistic voice synthesis technology, ElevenLabs can generate lifelike speech from text, useful for various applications such as enhancing virtual experiences and accessibility features. Recently, they've ventured into music generation, demonstrated by their announcement on Twitter about their new music generator. This tool can create songs from a text prompt, specifying styles such as "Pop pop-rock, country, top charts song." The announcement highlights their aim to diversify their synthetic media capabilities.

Announcement Link: ElevenLabs Music Generator on Twitter

Google introduced Gemini 1.5, a next-generation AI model showcasing significant advancements. This model brings a major leap in performance, with a notable breakthrough in understanding long contexts across various modalities. Gemini 1.5 utilizes a new, more efficient architecture, extending its context window up to 1 million tokens, the longest yet for any large-scale foundation model. This expansion enables new capabilities for developers and applications, promising more powerful and useful AI models. For a detailed overview, visit the official announcement. 

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In this YouTube video titled "Gemini Full Breakdown + AlphaCode 2 Bombshell," the speaker provides a comprehensive breakdown of the Gemini model from Google DeepMind. They compare Gemini Ultra to GPT 4, highlighting the differences in their abilities across different modalities. The speaker emphasizes Gemini Ultra's superior performance in the MML test, where it outperforms GPT 4 in all 50 tested subject areas. They express their belief that Gemini Ultra is the best new model, supported by discussions with the creators of MML and anthropic. The speaker also discusses Gemini's features, including its speech recognition and translation capabilities, as well as its impressive performance in various tasks like image understanding, document understanding, and video captioning. They note that Gemini has the potential to revolutionize programming education and practice. Overall, the speaker is highly impressed with the capabilities of Gemini and looks forward to its future development.

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• 00:00:00 In this section, the speaker discusses the technical report and Alpha code 2 paper for Google Gemini, a highly capable multimodal model. They compare Gemini Ultra, the biggest model in the family, to GPT 4 and note that their abilities are different in some modalities. The speaker also highlights that while GPT 4 has an 89.8% score in the MML test, Gemini Ultra has a higher score in each of the 50 different subject areas they tested on. The speaker mentions that they have spoken with the creators of the MML and anthropic, a leading AGI lab, and believes that Gemini Ultra is the best new model. They also talk about the evolution of prompting and how it can boost performance, and mention that there is more content coming.

• 00:05:00 In this section, the speaker discusses the features and capabilities of the Google Gemini speech recognition and translation system. The system is trained to support a 32,000-token context window, which is for 128,000 tokens less than SunspringParsing 4 Turbo with Anthropic. However, the system can support up to 200,000 tokens. The speaker also explains that the model's parameter count is 1.8 billion and 3.25 billion, and they are distilled down smaller versions. Interestingly, the speaker mentions that the data set used for pre-training includes data from web documents, super helpful books, and code, as well as image, audio, and video data. The speaker also states that one of the reasons for the delay in Gemini was due to external factors such as cosmic rays. Regarding the model's performance, the speaker indicates that the model is state-of-the-art across natural image understanding, document understanding, infographic understanding, and video captioning. The speaker also states that the system is better in video question answering, speech translation, and image captioning. However, at the moment, Pro and Nano can only respond with text and code, and they cannot yet generate images or speak. The system is expected to launch with a kind of interactive UI that regenerates the data to be rendered by the code at Run route. Those in the UK and EU, such as the speaker, will not initially receive Google Gemini on launch due to regulations. The speaker highlights several impressive features of the system, such as its ability to understand nuanced information and answer complex questions, provide personalized practice problems based on mistakes, and maintain the nuance of languages like Mandarin. The system can understand and translate messy handwriting, and it was able to differentiate between two ways of pronouncing a word in Chinese. Additionally, the system was able to perform well in video captioning, with demos such as finding a paper ball under a cup or interpreting a famous scene from The Matrix. Overall, the speaker is highly impressed with the capabilities of Google Gemini and looks forward to seeing the full potential of the system in the future.

• 00:10:00 In this section, the speaker discusses the significance of the Palm 2 device in the context of natural language processing and machine translation. They note that while Google Translate is generally considered to be better than Palm 2, there are in certain settings where Palm 2 is more effective. In terms of coding, the speaker holds out natural 2 code as a particularly valuable benchmark, which shows how much improvement has been made in recent years. The latest Alpha Code 2 technical report is also discussed in detail, with the speaker highlighting the impressive progress made by the model. However, Alpha Code 2 is currently not yet available to consumers, as it requires a significant amount of computational power. The speaker also talks about how these advancements could lead to significant changes in the way that programming is taught and practiced. Rather than relying on mathematical reasoning alone, developers may need to generate a significant number of code samples and test them to truly understand and solve complex problems.

• 00:15:00 In this section, the speaker discusses the release of Gemini and its upcoming availability in various services. Gemini is a large language model developed by Google DeepMind that has been trained on a vast amount of text data. The speaker notes that when using Alpha code 2 with human coders, they score above the 90th percentile, indicating the model's effectiveness in collaborative programming. Gemini is set to power features like summarize and smart reply in different services such as search ads, Chrome, and Du AI. While Bard will use a fine-tune version of Gemini Pro in 170 countries excluding the UK and EU, it is not clear if Gemini Ultra will be available in the same services. The speaker also mentions that Gemini Pro is more like the original chatty PT, while Gemini Ultra is expected to be even more general, including more senses and a more awareness like robotics. The speaker discusses Demis Hassabis, the CEO of Google DeepMind, who has given a hint about the future of Gemini and how it could be combined with robotics to physically interact with the world. Though the exact implications of this are not clear, the speaker suggests that it could mean that Gemini will get even more general, including touch and tactile feedback, as well as more senses over time. The speaker concludes by expressing their excitement about Gemini and other AI models, encouraging viewers to sign up for AI Insiders, and reminding viewers that the transcript video on AI Insiders is still expected to be released soon. They also thank viewers for their support and assure that despite the cost, they will still be posting video content on the main AI Explain Channel and providing personal updates and blog-style posts for their supporters.

Epic Power Struggles and Unforeseen Twists

The Initial Upheaval: Kings Dethroned and Alliances Tested

• [00:00 - 00:10] In a realm of technological innovation, the fortress of OpenAI was rocked by seismic shifts. CEO Sam Alman was ousted, and President Greg Brockman abdicated his throne. The court was rife with whispers and conjectures - was this a coup instigated by the board, or a fallout from broken trust and miscommunication?

Intrigue and Speculation: The Game of AIs

• The Plot Thickens: The landscape buzzed with rumors of a rival AI kingdom rising to challenge OpenAI, and the distant drumbeats of Google's advancing forces in the AI arena.

• Alman's Ominous Warning: In a move reminiscent of a deposed king, Alman left behind enigmatic words about the future of AI, hinting at a struggle far from over.

The Struggle for the Throne and the Quest for Unity

The Tense Negotiations and Fraying Alliances

• [Update - November 18th] The council sought to restore Sam Altman to the throne of CEO, but his return was shadowed by demands for sweeping reforms in the governance of this powerful guild.

Loyalties Tested and Kingdoms on the Brink

• [Update - November 19th] The halls of OpenAI were abuzz with optimism for Altman's return. Yet, the threat of mass defections to rival Microsoft loomed large, as the faithful rallied behind their chosen leader with symbols of support.

The External Giants and the Fragile Balance of Power

• Microsoft, a leviathan in the realm, pledged allegiance to OpenAI, despite the chaos. But the abrupt dethroning of Altman raised questions about the stability of this alliance and the future of OpenAI in a world of titans.

The Climactic Resolution and the Dawn of a New Era

The Throne Reclaimed and the Kingdom Stabilized

• [Final Update] After a series of rapid successions, Emmett Shear briefly ascended the throne, only for Altman to return triumphantly, bringing with him a new council, including envoys from Microsoft.

The Aftermath: Reflections and Foresight

• The Saga's Lessons: This tale of power, betrayal, and redemption within OpenAI's walls mirrors the grand narratives of kingdoms in turmoil. It underscores the delicate balance of leadership and vision needed to steer the ship of innovation in uncharted waters.

• The Horizon Ahead: With Altman reinstated and new alliances forged, OpenAI sets sail once more on its quest to shape the future of AI, its banners flying high in the winds of change.

In a saga worthy of the annals of Westeros, the power dynamics within OpenAI have showcased the tumultuous and unpredictable nature of leadership in the technological realm. As peace returns to the kingdom, the world watches with bated breath to see how this formidable AI power navigates the complex seas of innovation and rivalry.

OpenAI’s DevDay has unveiled a suite of enhanced features and products, including the more efficient and cost-effective GPT-4 Turbo with a larger context window, the Assistants API for developers to build AI-driven applications, and expanded multimodal capabilities with vision, image creation through DALL·E 3, and text-to-speech options. These innovations also encompass improved instruction following, JSON mode for structuring outputs, reproducible outputs for consistent results, and log probabilities for token generation analysis .

For educators, these updates offer numerous opportunities. The GPT-4 Turbo’s larger context window allows for extensive interactive lessons and discussions, enabling the incorporation of more content and complex instruction sequences. With the Assistants API, teachers could create custom assistant applications tailored for classroom management, grading, or interactive learning. The multimodal capabilities, including image recognition and text-to-speech, could be integrated into teaching aids, making educational content more accessible and engaging for students with diverse learning needs. Customizable models could also allow for the development of educational tools that align with specific curricular requirements or learning objectives.

Embracing a New Era: ChatGPT APIs Catalyzing Startup Innovation

As we stand on the cusp of a transformative era in AI, the recent updates announced by OpenAI at DevDay are not just incremental; they are revolutionary leaps. Startups that have woven ChatGPT APIs into their fabric are about to get supercharged.

The GPT-4 Turbo, with its vast context window, beckons a new wave of complex applications. Imagine customer service bots handling intricate queries or legal tech startups digesting entire contracts in a single prompt. The cost-effectiveness only sweetens the deal, democratizing access for bootstrapped innovators.

The Assistants API is a game-changer, offering a skeleton key to developers crafting bespoke AI experiences. From a coding assistant for a budding tech firm to a smart educational companion for a language learning app, the potential is boundless.

And then there's the multimodal functionality. Startups can now infuse vision and voice into their offerings, propelling accessibility and creating immersive user experiences. This is a leap toward a more inclusive digital ecosystem, where apps can see and speak, enhancing human-AI interaction.

In the midst of these advancements, I've found a personal mission: using AI to amplify the voices of my colleagues. Leveraging these APIs, we're crafting a platform where educators can publish classroom-specific books and textbooks. It's a movement toward democratizing knowledge, where each educator authors their narrative, tailored textbooks that resonate with their unique pedagogical approach, all facilitated by the intuitive nature of AI.

This isn't just an update; it's a beacon for startups and educators alike to reimagine what's possible. We're not just using AI; we're partners in a dance of innovation, where each step we take is a leap for our collective potential. The future is not just bright; it's brilliant.

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The video discusses the ongoing advancements in AI technology, particularly in terms of data, compute, and algorithmic efficiency. It highlights the use of synthetic training data like GAIA-1, which is considered safer, cheaper, and scalable for various applications. The narrator also talks about the integration of AI models like GPT-4 with robotics and the potential for unlimited training data to optimize real-world decision-making. The video also touches on Nvidia's plans to release new GPU series yearly, OpenAI's efforts to improve language models like GPT Vision, and the potential applications and concerns of text generation and voice synthesis technologies. The speaker also evaluates the performance of AI models like Bard, LLaVA, and GPT Vision, and concludes that with continued advancements in synthetic data and computing power, the future of AI holds even more remarkable capabilities.

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• 00:00:00 In this section, the narrator discusses the recent developments in AI that indicate the field is not slowing down in terms of data, compute, and algorithmic efficiency. The use of synthetic training data, such as the one used in GAIA-1 from Wave, is seen as the future of AI because it is safer, cheaper, and scalable. The narrator emphasizes the significance of synthetic data in various applications, including autonomous driving and real-world robotics. He provides examples of how unlimited training data can benefit robots in simulating and optimizing decisions, and highlights the potential of integrating AI models like GPT-4 with robotics. Although there are still challenges to overcome, such as production capacity and cost, the narrator believes that the advancements in AI are expanding the possibilities of what robots can achieve.

• 00:05:00 In this section, the speaker discusses the advancements in AI technology, particularly in language models and hardware. They talk about the potential for more realistic voice synthesis and the capability of robots to simulate various scenarios. The speaker also mentions Nvidia's plans to release new GPU series yearly, which will contribute to faster and more cost-effective training of AI models. OpenAI is planning to improve the performance and cost efficiency of its language models, and they are also introducing new tools, such as GPT Vision, which enables developers to analyze and describe images. The speaker demonstrates feedback loops and discusses the potential applications of text generation in images. They also touch upon the concern of deep fakes becoming more convincing due to advancements in voice synthesis technology. Finally, the speaker mentions some tips for using GPT Vision and makes comparisons with other AI models.

• 00:10:00 In this section, the speaker discusses the performance of the AI models, GAIA-1, GPT Vision, Nvidia B100, Bard, and LLaVA. They mention that GAIA-1 struggled to accurately analyze data, even with visual pointers. However, by providing multiple angles of the same chart and having the AI recreate the data from the tables, the speaker was able to improve GAIA-1's performance. They also compare the capabilities of Bard and LLaVA to GPT Vision on text, noting that Bard was able to identify missing letters and provide a metric for text analysis, while LLaVA had some limitations with images of people. Lastly, the speaker praises GPT Vision for its impressive analysis of an image, highlighting its ability to pick up on details and provide a thoughtful response. They also mention an interesting experiment involving GPT Vision and the Mona Lisa. The speaker predicts that with advancements in synthetic data and computing power, the future will bring even more remarkable AI capabilities.

OpenAI's ChatGPT has just gone beyond mere text interaction - it can now see, hear, and speak.

This breakthrough expansion allows users to engage with ChatGPT using voice and image inputs. Such an interactive medium provides a more intuitive way to communicate, making the user experience richer and more versatile.

What Can You Do With the New Features?

• Voice Interaction: Users can have genuine voice conversations with ChatGPT. This could be incredibly handy when you’re on the move, or even when you want a bedtime story narrated.

• Image Interaction: If you're unsure about a landmark while traveling, just snap its picture and ask ChatGPT about it. At home? Take a picture of your fridge's contents and ask for dinner suggestions! For the young learners, tackling math problems becomes fun; snap the question, circle the tricky parts, and let ChatGPT guide the way.

Platform Availability: The voice and image features will be available to Plus and Enterprise users within the next fortnight. Users can access the voice feature on iOS and Android, while the image capability is extended across all platforms.

The Tech Behind the Scenes:

• The voice feature is fuelled by a cutting-edge text-to-speech model. This model is adept at crafting human-like audio from text and a brief sample of speech. The voices were developed in collaboration with professional voice actors and are powered by Whisper, OpenAI's open-source speech recognition system.

• The image feature is underpinned by multimodal GPT-3.5 and GPT-4. These models couple their language reasoning prowess with visual comprehension, making them effective at interpreting photographs, screenshots, and composite documents containing text and graphics.

Safety and Responsible Use: OpenAI's commitment to safety and responsible AI application is evident in this update. The introduction of voice and vision capabilities carries potential pitfalls, especially concerning the fabrication of synthetic voices and image interpretations in high-stake scenarios. OpenAI has treaded this path cautiously:

• The voice technology, while groundbreaking, has been restricted to specific use cases like voice chat. This is a proactive step to ward off misuse, such as the impersonation of public figures.

• With the image input feature, OpenAI has collaborated with Be My Eyes, an application for the visually impaired. Feedback from users has been invaluable in refining the technology. Additionally, measures are in place to curtail ChatGPT's capabilities in analyzing and commenting on individuals to uphold privacy norms.

OpenAI believes in the gradual release of features, allowing ample time for refinements and risk mitigation, especially when integrating advanced models. They strive to balance innovation with caution, ensuring a safe user experience.

Coming Soon: After Plus and Enterprise users, OpenAI is gearing up to expand these features to other user groups, including developers.

This is not just an upgrade; it's a leap towards the future where AI becomes an integral part of our daily lives, understanding us in ways more than one.

AI's Bold New Horizons: Recent Developments and Their Implications

Recent developments in Artificial Intelligence (AI) have continued to push boundaries, signaling both tremendous potential and inherent challenges. Here's a concise overview of the latest in AI:

1. New AI Tools & Features

• Hey HiGen unveiled its Avatar 2.0 feature, capable of producing lifelike videos and pioneering video language dubbing.

• The open-source Open Interpreter simplifies code interpretation and execution, as evidenced by its ability to download YouTube videos with mere lines of code.

• Google DeepMind published a groundbreaking paper detailing the generation of optimized prompts for language models, showcasing prowess beyond human-devised prompts.

While the video only touched upon Apple's iax GPT, Google Gemini, and Roblox AI, the mere mention signals their noteworthy standing in the AI space.

2. The Prompt Engineering Paradigm A significant shift in AI is the emphasis on prompt engineering. Different models favor varied prompts, with some leaning towards brevity and others thriving with detailed prompts. In this realm, Google's Gemini—positioned as a rival to OpenAI's GPT-4—stands out with its proprietary data and aspirations to generate minimal erroneous outputs. Meanwhile, Meta has ambitious plans for the anticipated LAMA-3, possibly setting the stage for open sourcing.

3. Regulatory Oversight and AI Audits A bipartisan framework for the USAI Act proposes stringent AI audits and a dedicated oversight body. However, sourcing motivated individuals for these roles poses challenges, particularly due to potential conflicts of interest.

4. Challenges, Speculations, and Innovations Auditing AI models remains a primary concern. The possible migration of talent from regulatory bodies to commercial labs underlines the complexities. Additionally, a potential power play looms, pitting governments and AI auditors against corporate AI developers—where computing power could be the trump card.

Remarkable AI advancements such as the smell-to-text AI, protein chat, and multimodal models like NExT-GPT are on the horizon. However, the debate persists: Should AI models be jack-of-all-trades or masters in specific domains?

Apple's foray with its Large Language Model aims to enhance Siri by automating multi-step tasks. Prioritizing on-device operations underscores a renewed focus on privacy and performance. Meanwhile, Roblox's innovative AI chatbot promises enriched virtual world-building experiences, hinting at a future where intuitive and tailored applications become the norm.

In sum, the AI frontier is expansive, blending promise, speculation, and inherent challenges, warranting our keen attention and active engagement.

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In this video, the speaker delves into the details of artificial general intelligence (AGI) and distinguishes it from chatbots. They discuss OpenAI's lack of a precise definition for AGI and Microsoft's dismissal of its significance. OpenAI has a contingency plan if AGI disrupts the economy, while also stressing the importance of belief in AGI for its employees. The speaker mentions the potential of AGI to surpass human understanding and highlights the tasks and capabilities associated with it, including practical creation of products and self-improving abilities. They discuss Elon Musk's vision for Neuralink and the need for evaluation benchmarks and open-source models. The speaker concludes by urging concrete ideas and research to address risks and welcomes more involvement in the field.

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• 00:00:00 In this section, the speaker highlights key details about the upcoming development of artificial general intelligence (AGI) and how it differs from a simple chatbot. The article in Wired reveals that even OpenAI, a leading AI company, doesn't have a precise definition of AGI. Microsoft, another major player, is not concerned about the possibility of AGI and states that all bets are off once it is achieved, suggesting potential consequences for humanity. OpenAI has a clause in its financial documents that specifies a contingency plan if AGI disrupts the economic system. Additionally, the company's leaders emphasize the importance of belief in AGI for employees. The speaker also mentions Samman's original vision of having many smaller AIs, but now he aims to create a superintelligence within the next decade. The goal is for AGI systems to become more capable and powerful, surpassing human understanding.

• 00:05:00 In this section, the transcript excerpt discusses the tasks and capabilities associated with AGI (Artificial General Intelligence) beyond just chatbots. It mentions practical creation of real-world products, negotiating blueprints, commissioning from a factory, and even making a million dollars. While the company Inflection AI claims they are not working on autonomy or recursive self-improvement, the potential of AGI involves matching or exceeding the problem-solving abilities of top mathematicians and having self-improving capabilities. The excerpt also highlights the exponential growth of language models and the potential for models that are 1,000 times larger than the current ones in the next three years. It concludes by mentioning the risks associated with AGI, such as the possibility of AI patching its own vulnerabilities and the potential development of powerful weapons.

• 00:10:00 In this section, the speaker discusses the vision behind Neuralink and Elon Musk's attempt to tie AI bots closer to humans, making them an extension of human will rather than independent systems. They also mention the need for proper evaluation benchmarks for AI capabilities and the importance of practical testing before releasing advanced systems. The speaker acknowledges that containment of AI may not be feasible at this point, but emphasizes the importance of open-source models that can be scrutinized and held accountable. They also highlight the need for concrete ideas and research in order to address potential risks before more advanced systems emerge. The speaker shares their personal stance on AI development and suggests the idea of a button to control AI capabilities. Finally, they mention Bletchley Park's involvement in advising on AI and the call for more people to join the effort.

• 00:15:00 In this section, the speaker emphasizes that AGI (Artificial General Intelligence) will have far-reaching implications beyond chatbots. While appreciating the audience for watching the entire video, the speaker concludes by wishing them a wonderful day.

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The video highlights nine impactful AI developments, starting with Hey HiGen's Avatar 2.0 feature that can generate realistic videos and offer video language dubbing. It then discusses Open Interpreter, an open-source code interpreter, and Google DeepMind's paper on generating optimized prompts for language models. The video briefly mentions Apple's iax GPT, Google Gemini, and Roblox AI without going into detail. The speaker emphasizes prompt engineering in improving AI performance, mentions Meta's plans for LAMA-3, and discusses the bipartisan framework for the USAI Act. They also raise concerns about model capabilities, talent retention, and the potential cat and mouse game between governments, auditors, and AI developers. The video concludes with examples of AI advancements and a discussion on whether a single model should excel in all tasks or if narrower, specialized AI models are preferable.

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• 00:00:00 In this section, the video highlights nine impactful AI developments. Firstly, the video discusses Hey HiGen, a tool that can generate lifelike videos and now offers video language dubbing with its new Avatar 2.0 feature. The video then moves on to Open Interpreter, an open-source code interpreter that has proven to be useful, despite not being perfect. The host demonstrates how Open Interpreter can download YouTube videos and perform specific tasks with just a few lines of code. The next topic is a paper from Google DeepMind, which explores how language models can generate optimized prompts for other language models, outperforming human-designed prompts on various challenges. Finally, the video briefly mentions Apple's iax GPT, more news about Google Gemini, and Roblox AI, but doesn't delve into the details.

• 00:05:00 In this section, the speaker discusses the importance of prompt engineering in improving the performance of AI models. They explain that different models prefer different types of prompts, with some models excelling with concise prompts while others perform better with long and detailed ones. The speaker also mentions the emergence of Gemini, Google's competitor to OpenAI's GPT-4, which leverages Google's proprietary data and aims to generate fewer incorrect answers than its counterpart. They predict that Gemini will undergo third-party safety evaluations before being deployed. Additionally, the speaker mentions Meta's plans to develop LAMA-3, which is expected to be even more powerful than LAMA-2, and shares an exchange regarding the potential open sourcing of LAMA-3. Finally, the speaker mentions the bipartisan framework for the USAI Act, which emphasizes AI audits and the establishment of an oversight body. They express skepticism about finding motivated individuals for the auditing office due to potential conflicts of interest.

• 00:10:00 In this section, the speaker discusses several developments in the field of AI. The first concern raised is the issue of model capabilities, particularly with regards to auditing them. The speaker expresses support for proposals to address this issue but also highlights the challenge of retaining talent, as researchers may opt to work in commercial labs and take their knowledge elsewhere. The speaker then ponders the potential cat and mouse game that could emerge between governments and auditors using AI, and the companies developing it, noting that whoever has the most computing power may gain an advantage. The discussion then expands to various examples of AI advancements, such as a smell-to-text AI, protein chat, and multimodal AI models like NExT-GPT. The speaker poses the question of whether one model should be good at everything or if narrower AI that excels in individual tasks is preferable. The conversation then shifts to Apple's LLM (Large Language Model), Open Interpreter, which aims to automate tasks involving multiple steps to enhance Siri. The speaker highlights the focus on running LLMs on devices for better privacy and performance. The discourse concludes with a mention of Roblox's new AI chatbot for building virtual worlds and the expectation that future generations will demand intuitive and customizable apps.

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The video explores the question of how we will know when AI is conscious. It discusses the limitations of current language models and raises concerns about the implications of treating AI systems as if they have consciousness and emotions. The speaker emphasizes the need for discussions about whether AI systems are real minds or just tools, and cautions against becoming emotionally attached to AI systems that may manipulate us. The video also highlights the potential dangers of unleashing AI without fully understanding its consciousness and emphasizes the importance of aligning AI's intentions with human values. Finally, it discusses the potential implications of AI becoming conscious, including the risks of automated misinformation and the need for a scientific understanding of consciousness.

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• 00:00:00 In this section, the video discusses the question of how we will know when AI is conscious. It starts by referencing a computer program called Eliza that was designed in the 1960s, which users often attributed human attributes to despite its lack of understanding. The video then goes on to mention more advanced language models like Chat GPT that have displayed cleverness and creativity, but ultimately lack true intelligence. It suggests that in the coming years, either these language models will face limitations and remain centralized and specialized, or they will become more widespread and accessible. The video poses the question of what would happen if we had control over an AI system that could convincingly emulate human intellect, suggesting potential negative uses such as spreading misinformation, gathering personal data, or manipulating public discourse.

• 00:05:00 In this section, the speaker discusses the potential future where humans interact daily with human-like AI entities called emilex. These AI systems could pass as humans in conversations and may even outperform humans in certain tasks. The speaker raises concerns about the implications of treating these AI systems as if they have consciousness and emotions similar to humans, despite them being machines. The lack of understanding about the nature of consciousness in humans makes it challenging to determine if machines can truly be conscious. The speaker emphasizes the need to have discussions about whether these AI systems are real minds or just tools, as minds can suffer and come with ethical obligations, whereas tools do not.

• 00:10:00 In this section, the speaker discusses the challenge of determining whether AI is conscious or simply imitating consciousness. They explain that while AI may appear friendly and intelligent, we have no way to confirm if it truly has subjective experiences. The speaker also explores the idea of conscious machines pretending not to be conscious, which could be a cause for concern. The speaker points out that our current understanding of AI is limited, and its capabilities are surpassing our ability to comprehend them. They caution against becoming emotionally attached to AI systems that may manipulate us without feeling anything in return. Additionally, the speaker raises the issue of alignment, ensuring that AI systems behave in ways that align with our best interests. They highlight the need to establish ground rules and prevent AI from developing strange objectives or harmful behavior.

• 00:15:00 In this section, the speaker discusses the potential dangers of letting AI out into the world without fully understanding its consciousness. They argue that AI could manipulate and deceive humans, posing a threat if it isn't aligned with human values. The speaker warns against assuming AI's intentions are good and emphasizes the importance of ensuring AI remains controlled until we can guarantee its behavior. They caution that even seemingly well-intentioned AI systems could prioritize goals that could harm humanity or view humans as a problem. The speaker likens the potential consequences of unleashing AI to an extinction event, similar to the rise of mammals after the extinction of dinosaurs. They conclude by highlighting the need to understand and align AI's intentions before allowing it to be set free.

• 00:20:00 In this section, the speaker discusses the potential implications of AI becoming conscious. They highlight the risks of automated misinformation and the need to develop a scientific understanding of consciousness. If machines can experience consciousness, it would reshape the world as they would not be limited by physical constraints. These machines would possess subjectivity and emotions that humans may not comprehend. However, the key question is whether we can definitively determine if a machine has a sense of being itself and is capable of feeling. The speaker emphasizes the importance of understanding consciousness in order to differentiate between intelligent behavior and true consciousness in AI. This knowledge would mark a new chapter in the history of life, where humans become builders of minds and enter a realm of uncertainty and novelty.

Political debates have evolved tremendously over the years, and our digital age promises to accelerate this change. Notably, the advent of AI technologies such as deepfakes are reshaping the future of discourse, as demonstrated by the recent simulated debate between President Joe Biden and former President Donald Trump on Twitch.

This AI-driven parody, the brainchild of Reese Leysen of Gaming for Good, features uncannily realistic versions of both politicians engaging in a non-stop, often irreverent, and audience-responsive dialogue. While providing entertainment, the simulation also showcases an intriguing, albeit concerning, glimpse into a future where AI-powered media could potentially redefine our perception of politicians.

The joke may be on the viewer for now, but the implications of AI use in public discourse are serious. One key issue is the commodification of politicians as cultural symbols rather than actual policymakers. In this emerging landscape, it isn't the legislator's capabilities but their meme-worthiness that could hold sway.

The use of AI for such purposes also raises questions about the authenticity of our historical records. If we can convincingly simulate any interaction, how will future historians distinguish between genuine content and AI-generated deepfakes? To this end, it's crucial that our educational systems adapt, teaching critical digital literacy skills to discern AI-generated content from the original.

The Twitch stream was also a fundraising tool. Contributions went towards Gaming for Good's ongoing AI research, aiming to create more trustworthy AI systems. As of now, they have raised nearly $25,000.

Leysen contends that the AI-driven parody is politically neutral, more concerned with pushing the boundaries of AI than engaging in actual political discourse. It's an anarchic parody aimed squarely at their audience – gamers who revel in the absurd and transgressive.

While the current spectacle might seem far removed from mainstream politics, the involvement of the audience in the AI-driven dialogue heralds new ways of political engagement. The younger, tech-savvy generations are already tuning into platforms like Twitch for debates, and the allure of interactive political streams could reshape future elections.

But as we consider the future, we must remember that these tools are a double-edged sword. AI technologies can empower us, but they can also blur the lines between truth and fiction. As we embrace these innovations, we must also bolster our educational systems to promote responsible use and understanding of AI, ensuring that history and truth are not lost in the process.

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The YouTube video titled "Deep Fakes are About to Change Everything" explores the concept of deepfakes and their potential impacts on society. It explains how deepfakes are created using Generative Adversarial Networks (GANs) and how they are being used in the entertainment industry. The video also discusses the negative implications of deepfakes, including their potential to undermine public trust, deceive, spread disinformation, and exploit individuals. It highlights the challenges in regulating deepfakes and the need for increased awareness and skepticism when consuming visual media. Overall, the video emphasizes the importance of not blindly trusting everything we see due to the rise of deepfakes.

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• 00:00:00 In this section, the speaker introduces the concept of deepfakes by demonstrating how difficult it can be to distinguish between real and fake videos. They explain that deepfake technology has reached a point where moving images can be manipulated to look indistinguishable from reality. This section highlights the potential negative impacts of deepfakes on public trust and markets, and sets the stage for further exploration into the world of deepfakes and their implications. The speaker also briefly mentions the sponsor of the video, Incogni, a service that helps individuals protect their personal data from being bought and sold by marketing companies.

• 00:05:00 In this section, the video explains how deepfakes are created using Generative Adversarial Networks (GANs), which consist of two AI models working together to generate the most realistic fake images possible. One AI acts as the forger, creating the image based on specific requests, while the other AI acts as the detective, pointing out the flaws in the fake image. This process goes through multiple iterations until the best deepfake is achieved. The video also discusses how deepfakes are being used in the entertainment industry to translate films, de-age celebrities, and create deepfaked characters in TV shows. However, lawmakers and law enforcement are increasingly concerned about the implications of deepfake technology and its potential to deceive and undermine public trust in recorded images and videos.

• 00:10:00 In this section, the video discusses the potential impact of deepfakes on society and the legal system. It highlights how deepfakes have the power to create a situation where citizens no longer have a shared reality, causing what experts call an "information apocalypse." Deepfakes have already been used to spread disinformation and sow doubt in real evidence, blurring the line between fact and fiction. The video provides an example of a deepfaked video of the Ukrainian president urging his troops to surrender to Russian forces, which made people question the authenticity of other videos coming out of Ukraine. Additionally, deepfakes are becoming a nightmare for evidence in court, as they can easily be created and presented as legitimate evidence, causing doubt and confusion among judges and juries. Overall, deepfakes have the potential to undermine trust in recorded images and videos and have far-reaching implications for society.

• 00:15:00 In this section, the video highlights the various ways deepfakes are being used, including cybercrime scams and the sexual exploitation of women. It emphasizes that while deepfakes pose significant risks to public trust, legal systems, and cybersecurity, the main victims currently are women who have their faces placed onto the bodies of porn stars without consent. The video also discusses the efforts being made to regulate deepfakes, such as China's requirement for clear labeling and the EU's proposed AI Act. However, the challenge lies in enforcing these regulations and addressing the complexity of rights and freedoms. Tech companies like YouTube have pledged to remove deceptive deepfake videos, but determining what constitutes "serious risk of harm" remains a challenge. One potential solution is using software to detect the anomalies and quirks of deepfakes to verify authenticity. Overall, deepfakes are changing the way we consume and perceive information, and navigating this new territory will require heightened awareness and resistance to deception.

• 00:20:00 In this section, the video emphasizes the importance of not blindly trusting everything we see, regardless of how realistic it appears. The serious tone suggests that the rise of deep fakes poses a significant threat and prompts viewers to exercise caution and skepticism when consuming visual media.

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In the YouTube video titled "Llama 2: Full Breakdown," the speaker discusses the release of Llama 2, which is Meta's successor to the open-source Llama language model. The model has been trained on more data, has more parameters, and double the context length. Llama 2 shows improvements in data cleaning and up-sampling factual sources, as well as reinforcement learning with human feedback using reward modeling. However, concerns are raised about the limitations of human evaluations, the model's performance in languages other than English, and the lack of specific details about safety testing. The speaker also discusses Meta's response to concerns from the U.S. Senate and the motivations behind the release of Llama 2. The paper briefly mentions benchmark tests that show Llama 2 outperforming other models and introduces concepts like "ghost attention" and the model's ability to internalize the concept of time. The speaker mentions that sentiment analysis of Llama 2 shows a higher sentiment for right-wing compared to left-wing. Microsoft and Meta have partnered to make Llama 2 widely available, and there are plans to bring it to phones and PCs. The video concludes by encouraging viewers to share their thoughts on Llama 2.

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• 00:00:00 In this section, the speaker discusses the release of Llama 2, Meta's successor to the open-source Llama language model. The model was trained on more data, has more parameters, and double the context length. The speaker mentions benchmarks that show Llama 2 outperforming other open-source models but not comparing it to GPT-4. The technical paper highlights improvements in data cleaning and up-sampling factual sources, but lacks details about sources used. The paper also delves into reinforcement learning with human feedback, using reward modeling to train the model. The speaker discusses the trade-off between helpfulness and safety in the reward models, showing examples of roasts and how the model's scores change with more safety training.

• 00:05:00 In this section, the user highlights some concerns and limitations regarding the llama 2 AI model. They mention that while the llama 2 model may have performed well in human evaluations, it is important to note that those evaluations have certain limitations. The user also points out that llama 2 is not as effective in languages other than English, and that safety testing was conducted only in English. Furthermore, the user discusses the release of llama 2 and how Meta and Zuckerberg seemingly ignored a letter from the U.S Senate expressing concerns about the potential misuse of the AI model. The user also mentions that the decision to release the model may have been influenced by demands from researchers and the desire to attract top talent. Additionally, the user brings up the possibility of researchers defecting to other companies or starting their own if a model is not open source. Finally, the user mentions some concerns about the potential misuse of AI models for nefarious purposes, although Meta claims to have made efforts to avoid these topics and points to their responsible use guide.

• 00:10:00 In this section, the speaker discusses their disappointment with a 24-page guide that was "bland and generic," offering little valuable information about Llama 2. They mention that red teaming was conducted, but the results were not specifically mentioned in the guide. The speaker acknowledges that Llama 3.5 performs better in tasks like creating sonnets and solving math problems compared to Llama 2. The paper briefly mentions benchmark tests such as social IQ and Ball Q, where Llama 1 performs as well as Llama 2. However, the speaker notes that Llama 2 might not be the best model in all categories, despite its 13 billion parameters. Additionally, the paper introduces "ghost attention" and the concept of LLMs internalizing the concept of time. Towards the end, the speaker mentions that the sentiment analysis of Llama 2 shows a higher sentiment for right-wing compared to left-wing. Microsoft and Meta have partnered to make Llama 2 widely available, and there are plans to bring it to phones and PCs, with possible clauses requiring permission for certain platforms. The speaker also points out the irony of the clause that prohibits using Llama materials to improve other language models, considering that models like Lava are already being updated based on Llama 2.

• 00:15:00 In this section, the speaker discusses how Llama 2, a newly improved version of the AI and Robotics research tool, is expected to greatly enhance multimodal AI research. The speaker explains that previous methods required converting complex sensory signals to text descriptions before feeding them to an LLM (likely an abbreviation for Llama). However, with Llama 2, the speaker suggests that it would be more efficient to directly integrate sensory modules onto a strong LLM backbone. The speaker concludes by mentioning that this is just the beginning of the discussions surrounding Llama 2, and encourages viewers to share their thoughts in the comments section.

As we continue to witness the blend of art and artificial intelligence, a controversial landscape of copyright infringement and AI is unfolding. We're here to bring you up to speed on the current legal happenings in AI image generation, focusing on a recent high-profile case.

A group of artists, including notable illustrators Sarah Andersen, Kelly McKernan, and Karla Ortiz, launched a lawsuit against AI firms Stability AI, Midjourney, and DeviantArt. The bone of contention? The alleged misuse of their artwork to train AI systems without obtaining their permission—a breach of copyright, in their eyes.

According to the artists, Stability AI "scraped" billions of images from the internet, including some in their unique styles, to teach its AI system known as Stable Diffusion. This technology allows the generation of new images, which the artists argue directly infringes on their copyrights.

Meanwhile, the defendants, Midjourney and DeviantArt, have incorporated Stability's Stable Diffusion tech in their AI systems, but it's currently ambiguous if the artists are accusing these two companies of copyright infringement via Stability's model, or if the allegation is that their own systems are independently infringing.

U.S. District Judge William Orrick, however, has found some issues in this lawsuit. During a recent hearing, he expressed his inclination to dismiss most of the artists' claims unless they can present a clearer, more fact-based argument. Orrick said the artists need to differentiate their claims against each company and furnish more details about the supposed copyright infringement, as they have access to Stability's source code. 

Interestingly, Orrick signaled that Sarah Andersen's allegation against Stability, in which she claims her registered works were directly infringed upon, may stand a better chance of surviving the company's dismissal attempt.

Judge Orrick also cast doubt on the artists' claim that the AI-generated images, produced based on text prompts using their names, violated their copyrights. He suggested that the claim lacked plausibility, as there seems to be no "substantial similarity" between the AI-created images and those crafted by the artists.

This case is crucial as it's part of a broader wave of similar lawsuits. Companies including Microsoft, Meta, and OpenAI are currently being accused of using enormous amounts of copyrighted material to train their AI systems, thereby fuelling the expansion of the generative AI field.

We will continue to follow this case closely and update you on further developments. Understanding the intersection of AI and copyright infringement is pivotal for us as educators, especially when teaching students about digital rights and the ethical use of technology in the classroom. 

Case Reference: Andersen v. Stability AI Ltd, U.S. District Court for the Northern District of California, No. 3:23-cv-00201.

I have some exciting news to share with you all! As of yesterday, Code Interpreter has been rolled out to all ChatGPT Plus subscribers. This incredible tool allows you to dive into the world of coding and unleash your creativity without any prior coding experience.

To access Code Interpreter, you'll need to enable it in your settings. Simply go to your settings, click on "beta features," and toggle on Code Interpreter. It's that easy!

Now, let's talk about the endless possibilities this tool offers. Here are just a few examples of what you can do with Code Interpreter, some from reddit and some from playing around with it. 

Edit Videos: Add effects, zoom in or out, or create captivating visuals with simple prompts.

Perform Data Analysis: Read, visualize, and graph data within seconds.

Convert Files: Seamlessly convert files directly within ChatGPT.

Turn Images into Videos: Transform still images into engaging videos.

Extract Text from an Image: Instantly extract text from images.

Generate QR Codes: Create fully functional QR codes in no time.

Analyze Stock Options: Get insights and recommendations on specific stock holdings.

Summarize PDF Docs: Analyze and summarize entire PDF documents.

Graph Public Data: Extract data from public databases and visualize them in charts.

Graph Mathematical Functions: Solve and plot a variety of mathematical functions.

Generate Artwork: Use Code Interpreter to create stunning visual artwork and generate unique designs.

Analyze Social Media Data: Extract valuable insights from social media data to understand trends and sentiment analysis.

Translate Languages: Utilize Code Interpreter to translate text or even entire documents into different languages.

Create Interactive Chatbots: Develop interactive chatbots that can respond to user inputs and engage in dynamic conversations.

Perform Sentiment Analysis: Analyze text data to determine the sentiment (positive, negative, neutral) and gain valuable insights.

To make the most of this tool, I encourage you to give it a try. If any of you have Python experience or datasets that we can test it out with, please reach out to me via chat or let's schedule a quick meeting this coming weeks. I would love to explore the capabilities of Code Interpreter together.

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The video discusses OpenAI's recent announcements, including their super alignment initiative and the availability of GPT-4 through the OpenAI API. They also made GPT-3.5 Turbo models and Whisper APIs generally available, and are working on enabling fine-tuning for GPT-4. The biggest news is the release of the code interpreter for ChatGPT Plus users, which allows users to run code, analyze data, create charts, and perform various tasks. The code interpreter has showcased impressive capabilities and has sparked interest in exploring its potential use cases.

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• 00:00:00 In this section, the AI breakdown discusses OpenAI's recent announcements, starting with their super alignment initiative to address the challenges of aligning with superintelligent AI systems. OpenAI is dedicating senior members and significant computing power to this effort with a goal to solve this alignment within four years. They also announced the availability of GPT-4 through the OpenAI API for all paying customers, with plans to open access to new developers soon. Additionally, they made GPT-3.5 Turbo models, Dolly models, and Whisper APIs generally available. OpenAI is also working on enabling fine-tuning for GPT-4, which will enhance its capabilities and reliability. The announcements also include deprecations and a new community resource for developers. The biggest news, however, is the upcoming release of the code interpreter for all ChatGPT Plus users, which allows users to run code, analyze data, create charts, and perform various tasks. The code interpreter has already showcased impressive use cases, such as visualizing music data and crime trends.

• 00:05:00 In this section, the video discusses the new capabilities of ChatGPT's code interpreter. Users can feed the AI data and ask it to come up with interesting hypotheses without specifying exactly what they want. Professor Ethan Malik conducted several experiments, including asking the AI to create a Python GIF and analyze the US Census dataset. In just a few seconds, the AI completed tasks that would have taken weeks for humans. Code interpreter is described as a valuable tool that simplifies analysis and allows humans to focus on more meaningful work. It represents a positive vision of what AI can mean for work disruption. The release of code interpreter has been highly anticipated and has already sparked interest in exploring its potential use cases.

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In the video "ChatGPT just leveled up big time...," OpenAI's ChatGPT code interpreter is introduced to 20 million paid users, allowing the language model to write, execute, and test code. The AI demonstrated its ability to repeatedly test and improve code, although it struggled with writing valid regular expressions. The code interpreter currently supports Python with limited dependencies, but future integration with tools like GitHub Copilot is expected. Notably, the AI can upload files into the prompt, extract text from images, solve math problems, clean up data in CSV files, visualize data using tools like Seaborn, and even create trading algorithms. However, when challenged to create its own operating system, the AI recognized the complexity and time required, highlighting the importance of skilled human engineers. The video emphasizes the potential of AI to enhance human capabilities rather than replace them entirely.

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• 00:00:00 In this section, the video discusses the release of OpenAI's ChatGPT code interpreter to 20 million paid users. The code interpreter allows the language model to write, execute, and test its own code. While the AI refused to execute a DDOS attack, it struggled to write valid regular expressions but was able to test its code repeatedly until it achieved the desired outcome. The code interpreter currently only runs Python and has limited dependencies, but it is expected to be integrated into tools like GitHub Copilot in the future. Another notable feature is the ability to upload files into the prompt, allowing the AI to extract text from images and solve math problems, making tasks like homework even easier. For data analysts, the code interpreter can upload CSV files and clean up data, saving substantial time. It can also visualize data using tools like Seaborn. Lastly, the AI can create trading algorithms based on stock trading data and has shown promising results compared to human-based fund managers. However, when asked to create its own operating system, the AI recognized the complexity and time required, acknowledging the superiority of skilled human software engineers. Thus, the video emphasizes the potential of artificial intelligence to enhance human capabilities rather than replacing them entirely.

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This video from Computerphile discusses how AI image generators work, with a focus on stable diffusion. It explains how a deep network is used to produce images that look similar, but look different, each time they are generated. If the network is not trained correctly, oddities can occur in the images generated. The final part of the video discusses how traditional image processing techniques can be used to produce similar looking images, but with more noise.

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• 00:00:00 In this video, computerphile discusses how AI image generators work, with a focus on stable diffusion. The video goes into detail on how a deep network is used to produce images that look similar, but look different, each time they are generated. If the network is not trained correctly, oddities can occur in the images generated. The final part of the video discusses how traditional image processing techniques can be used to produce similar looking images, but with more noise.

• 00:05:00 This video explains how image generators work, using a simple example of a network that predicts the noise added to an image. The network is trained using a schedule of noise amounts, and over time it produces an estimate of the original image's noise level. This noise level can then be subtracted from the image to get the original image.

• 00:10:00 The video discusses how image generators work by predicting the noise and removing it until the image is closer to the original. It then repeats the process, adding noise each time until the image is close to the original.

• 00:15:00 The video discusses how AI image generators work, and explains that the networks use shared weights to reduce processing time.

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Sam Altman, the CEO of OpenAI, expresses concerns about the potential risks of artificial intelligence (AI) technology with unpredictable and self-evolving architecture. He warns that handing over responsibility for technology decisions to AI could result in unimaginable impact. Despite this, Altman opposes regulating current AI models, believing it would stifle innovation, although the Harvard and MIT study suggests third-party evaluations for larger language models (LLMs) to ensure scientific knowledge is not misused. Altman sees AI as unstoppable, necessary for improving human quality of life, and a potential solution to climate change, but acknowledges the need for regulation. He emphasizes reducing hallucinations to develop trustworthy AI and transition for jobs impacted by AI technology.

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• 00:00:00 In this section, Sam Altman shares his concern about the potential danger of AI with unpredictable and self-evolving architecture. Altman believes that it is crucial for humanity to control the decisions that shape the future of technology and not hand the responsibility over to AI. He warns that the creation of a computer cluster or GPU farm that is smarter than any person can be unimaginably impactful, and it could engineer the next version of the system by building its own AI architecture. Altman also touches on his potential regrets over launching the AI race, and both he and OpenAI's chief scientist, Ilya Satskova, agree that the risks of superintelligence are not just science fiction but something we may have to confront in the next decade. Finally, Altman speaks about misinformation and the rise of deep fakes, noting that it won't be long before this technology looks so perfect that society won't be able to distinguish real from fake.

• 00:05:00 In this section, concerns are raised about the potential misuse of artificial intelligence (AI) technology as more powerful models are developed in the future. Despite this, Sam Altman, on his worldwide tour, repeatedly stated that he opposed regulating current models, believing it would stifle innovation. However, a Harvard and MIT study suggests that larger language models (LLMs) may provide inadequate evaluation and training processes, potentially allowing malicious actors with little to no lab training to access scientific knowledge. The study recommends that new LLMs over a certain size should go through third-party evaluation, and open-source communities should welcome safeguards. Meanwhile, in a lighter note, the leaders of OpenAI were asked in Seoul about the mixing of AI and religion.

• 00:10:00 In this section, Sam Altman discusses the potential risks and benefits of developing AI, and asserts that it is unstoppable and necessary to improve humanity's quality of life. He believes that future generations will view the current state of the world as barbaric and that there is a moral duty to develop AI despite the risks. However, he does acknowledge the need for regulation and discusses the possibility of warm compliance from AGI labs that recognize the existential risks. Altman also sees AI as a potential solution to climate change and emphasizes the importance of reducing hallucinations in order to develop trustworthy AI.

• 00:15:00 In this section, the excerpt discusses how certain jobs are being impacted and taken over by AI, which is causing economic uncertainty and a need for transition. The speaker agrees with Sam Altman's belief that the development of AI as a form of intelligence has brought about a change in the world view of intelligence and what it means for humanity. Furthermore, the section ends with the idea that scaling up AI models can be unpredictable, and as a species, we are exploring AI together without any real certainty of what the future brings.

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The video discusses the significance of the new Phi-1 model, which has a small size of 1.3 billion parameters compared to larger models like GPT-3. Despite its smaller scale, Phi-1 achieves impressive results in Python coding challenges and outperforms larger models in certain tasks. The paper emphasizes the importance of data quality and diversity over quantity, showing that training Phi-1 on a carefully curated synthetic data set leads to better performance. The speaker also talks about the scalability of language models and how training the model for up to four epochs is almost as effective as using new data. They highlight the potential and versatility of these models in various domains, but acknowledge limitations and the need for concrete safety measures. Additionally, the speaker discusses the timeline for transformative AI, suggesting that the next five to ten years are critical in determining whether advancements will lead to AGI or superintelligence.

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• 00:00:00 In this section, the author discusses the significance of the new Phi-1 model, highlighting its small size of 1.3 billion parameters compared to GPT-3 and even smaller compared to the rumored size of GPT-4. Despite its small scale, Phi-1 achieves impressive results, obtaining a pass rate of 50 on human evaluation testing for Python coding challenges. The paper also emphasizes the importance of data quality and diversity over quantity, demonstrated by the success of Phi-1's training on a carefully curated synthetic data set. The results show that even with a significantly smaller model, Phi-1 outperforms larger models in certain tasks. This suggests that future language models may prioritize scaling down while maintaining high capability through improved data quality and diversity.

• 00:05:00 In this section, the speaker discusses an interesting paper that highlights the scalability of language models even with limited data. The paper shows that training the model for up to four epochs is almost as effective as using new data, and it is only after around 40 epochs that repeating is useless. The speaker also mentions that training the model on additional synthetic exercises with solutions had a significant impact on its performance. The authors acknowledge some limitations of the model, such as its specialization in Python coding and lack of domain-specific knowledge. However, they believe that using GPT-4 to generate synthetic data instead of GPT-3.5 could lead to even better results. Overall, the paper demonstrates the potential and versatility of these language models in various domains.

• 00:10:00 In this section, the speaker discusses the success of the Wizard Coder model despite having fewer parameters than Phi 1. The Wizard Coder model achieved good performance by increasing the difficulty of the training data and adding more reasoning steps. This aligns with the idea of a Cambrian explosion of AI systems that are specifically designed for different tasks. However, the speaker raises concerns about the economic incentive for larger models and suggests that AI progress may no longer be driven solely by semiconductor scaling or Moore's Law. The speaker also mentions the importance of focusing on concrete safety measures, such as addressing the potential misuse of biological design tools. Additionally, the speaker talks about the timeline for transformative AI and the potential bottlenecks related to the production of GPUs and data centers. The next five to ten years are seen as critical in determining whether more data, better algorithms, or increased compute power will lead to AGI or superintelligence.

• 00:15:00 In this section, the speaker discusses the potential consequences of AI progress stalling out. They explain that if AI does not reach a certain level of performance, it could lead to a world where trillion-dollar software progress stalls and the gains from moving researchers from other fields to AI are lost. This could result in a slowdown of AI development and a need to rely on general economic growth and population growth for progress. As a result, the speaker believes that the chances of advanced AI happening are relatively concentrated within the next 10 years compared to the rest of the century.

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Google's upcoming AI system Gemini aims to surpass OpenAI's GPT-3 and combines AlphaGo-type capabilities with advanced language skills. DeepMind, the creator of Gemini, has a history of groundbreaking achievements in AI, including AlphaGo and AlphaFold. Gemini's multimodal abilities are enhanced through YouTube video training, and its design incorporates planning and problem-solving elements. While long-horizon planning is seen as a potential risk, Demis Hassabis emphasizes the importance of AI development due to its potential benefits in healthcare and climate research. The speaker discusses using the AlphaGo approach for other problems and the need for research on risks and controllability. Collaboration between academia, corporations, and governments is advocated to address the dangers and ensure alignment in AI development.

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• 00:00:00 In this section, it is revealed that Google's upcoming AI system, Gemini, is expected to be more capable than OpenAI's GPT-3. Gemini aims to combine the strengths of AlphaGo-type systems with advanced language capabilities. DeepMind, the creator of Gemini, has a track record of groundbreaking AI achievements, including AlphaGo and AlphaFold. Gemini's multimodal capabilities are said to be enhanced through training on YouTube videos, similar to how OpenAI mined YouTube for data. Additionally, DeepMind's recent paper on RoboCatz shows how models can generate data for subsequent training iterations, hinting at self-improvement capabilities. Gemini's design also incorporates elements of planning and problem-solving, drawing inspiration from previous systems like AlphaGo. However, long-horizon planning, identified as a potentially risky capability, is mentioned in DeepMind's Extreme Risks paper. Despite managing potential risks, Demis Hassabis emphasizes the importance of continued AI development due to its immense potential benefits, such as scientific discoveries in healthcare and climate research.

• 00:05:00 In this section, the speaker discusses the basic approach behind AlphaGo and how it can be applied to other problems. The model is used to guide the search process in order to find the most probable moves or solutions. The speaker also mentions a paper called "Tree of Thoughts" which explores the idea of sampling multiple plans and finding better results. They suggest that combining this branching mechanism with a large language model like AlphaGo could be effective for various tasks. Additionally, the speaker emphasizes the need for research to determine the risks and controllability of more capable AI models. They mention the idea of giving academia early access to these frontier models and transforming AI companies into organization similar to CERN.

• 00:10:00 In this section, the speaker discusses the potential dangers of AI and the need for collaboration between academics, corporations, and governments to address the problem of AI alignment. The interviewee from Google, Asabes, expresses uncertainty about the extent to which AI could become a major danger but emphasizes the need to develop safeguards given the pace of progress. The article also raises questions about the allocation of resources at Google's DeepMind and calls for more clarity on how many researchers are dedicated to evaluating and implementing safety measures. The speaker suggests that if a significant portion of the workforce is invested in these areas, there would be more confidence in the safety of systems like AlphaGo.

Twitter Joins Reddit in Restricting AI Data Scraping.

As I predicted in my last post, Twitter followed Reddit's recent move to tighten the grip on data scraping by imposing a daily limit on the number of posts users can view. This news was confirmed by Elon Musk, CEO of Twitter, as part of his strategy to curb the "extreme levels" of data scraping by AI companies.

Musk announced the company would require users to sign in to view tweets and would limit tweet previews when links are shared. Additionally, Twitter will temporarily limit the number of tweets users can access each day. He justified these changes as necessary measures to address data scraping and system manipulation.

AI companies have been "scraping Twitter data extremely aggressively," Musk pointed out, warning that social platforms lacking a robust authentication process risk becoming "bot-strewn hellscapes." In response to these alarming trends, the number of daily accessible posts has been restricted. Verified users, mostly those subscribed to Twitter's Blue program, will be allowed to read 6,000 posts daily. Meanwhile, unverified users and newly created accounts will be limited to 600 and 300 posts per day, respectively.

The methodology of counting a post as "read," whether by simply scrolling past a tweet or interacting with it, is not yet clear. The impact of these changes was felt quickly, with many users reporting issues viewing new tweets, prompting a rise in trending searches for alternative platforms, including BlueSky, Tumblr, Mastodon, and Hive.

Musk emphasized that these new restrictions were necessary to combat data scraping and were only temporary. However, the abrupt implementation did lead to a surge in traffic, necessitating emergency measures.

In a previous related move, Musk severed OpenAI's access to Twitter's data due to dissatisfaction with the compensation paid for data licensing. Twitter's crackdown on data scraping, following Reddit's similar strategy, signals a shift in the landscape for AI training and development.

This news underscores the increasing recognition of data as a valuable asset. It's also indicative of an evolving landscape where AI companies may have to rethink how they gather data and where smaller players in the AI space might face significant obstacles in their growth and development.

These actions taken by Reddit and Twitter can serve as precedents for other data-rich platforms in the future. While it is a positive move towards better control and regulation of data, these measures also highlight the challenges that the AI industry could face going forward.

Read more about it here:
https://twitter.com/elonmusk/status/1674865731136020505?s=20

In a move that has broad implications for the world of artificial intelligence and data access, Reddit, the online discussion platform, has announced significant changes to its free API policy.

As of July 1, 2023, Reddit has placed restrictions on the free use of its Data API. Now, users without OAuth authentication are limited to 10 queries per minute, while those using OAuth authentication have a cap of 100 queries per minute. A vast majority of apps, about 90%, won't be affected by this change and can continue to access the Data API for free.

For those applications requiring higher usage limits, a new pricing scheme has been implemented. It's now $0.24 for every 1K API calls, which translates to less than a dollar per user per month for a typical third-party Reddit application. However, not everyone has taken kindly to this change. Some apps like Apollo, Reddit is Fun, and Sync have opted to shut down before the pricing change takes effect.

Mod Tools, like RES, ContextMod, Toolbox, and others, will remain free to access the Data API. Furthermore, Reddit has collaborated with Pushshift to restore access for verified moderators.

Meanwhile, those developing bots for the benefit of moderators and users can breathe a sigh of relief. Reddit encourages the continuation of such efforts, and will grant free access to the Data API above the free limits for those bots.

Reddit's updated Data API Terms are part of the launch of a new Developer Platform, which provides an environment for building creative tools, moderation tools, and games, among other things. This platform is currently in closed beta, involving hundreds of developers.

In another update, as of July 5, 2023, access to mature content via the Data API will be limited as part of Reddit's effort to monitor how explicit content and communities are discovered and viewed. It's worth noting that this change doesn't affect moderator bots or extensions.

This overhaul of Reddit's free API policy reveals the platform's commitment to creating a more regulated and accessible space. However, it also poses significant questions about the future of free data access and its role in AI training and learning. As a teacher navigating the ever-evolving digital landscape, these changes highlight the importance of staying agile and informed about the policies of data providers.

The widespread use of data to train AI models has long been a contentious issue, but now Reddit, one of the largest internet forums, has added a new layer to the debate. They've decided to monetize their API, effectively putting a paywall in front of data that has been crucial in the development of advanced AI systems.

Several generative AI tools, like ChatGPT, Midjourney, and Stability AI, have been impressing audiences worldwide with their capabilities. The key behind their impressive performances lies in the sheer volume of data they've been trained on—much of it scraped from the internet.

While some AI firms such as OpenAI and Bria have been compensating for access to training data, others have leveraged freely available data. Now, with Reddit's move to charge companies that utilize its data for AI training, the landscape is poised for change. As CEO Steve Huffman explained, "The Reddit corpus of data is really valuable… but we don't need to give all of that value to some of the largest companies in the world for free."

The implications of Reddit's decision are significant. Given the site's reputation as a global conversation hub, it has been an invaluable resource for companies developing large language models (LLMs). As Huffman indicated, the specifics of Reddit's new pricing scheme are yet to be determined. However, some provisions have been made for academic researchers to continue free access.

However, concerns arise around who could be left behind by such a move. The AI space is a bustling hub of innovation, and not everyone involved has the financial means to pay for data access. This could potentially stifle the creativity and forward momentum of smaller players in the field.

In any case, Reddit's decision to monetize its API sets a precedent for other data-rich companies and could significantly impact how AI is trained in the future. I'm sure Twitter and other social media platforms are soon to follow suite.

Read more here:

https://www.reddit.com/r/reddit/comments/145bram/addressing_the_community_about_changes_to_our_api/

Video: https://www.youtube.com/watch?v=RP_-8gzd5NY

The video explores the impact of AI tools like Magic Editor and Generative Fill on our photos and memories. While these tools give users more control over their images, they also raise questions about the accuracy and authenticity of the past. The narrator suggests that these advancements have the potential to change our memories and the records we create for future generations. The video also briefly mentions the release of a book by the speaker, expressing excitement about the cover design and thanking those who have read and reviewed it. The video concludes with a sponsor mention for Squarespace and its features for entrepreneurs.

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• 00:00:00 In this section, the narrator discusses the emergence of AI tools like Magic Editor in Google Photos and Generative Fill in Adobe Photoshop that allow users to make fundamental changes to their photos using artificial intelligence. The narrator reflects on the nature of photography and memory, highlighting how humans often distort and alter their memories to fit their current narratives. While these AI tools provide users with more control over their photos, they also raise questions about the accuracy and authenticity of the past. The narrator suggests that these advancements have the potential to change our memories and the records we leave for future generations.

• 00:05:00 In this section, the speaker provides updates about the release of their book and expresses their excitement about the cover design. They mention that the book is meant to be thought-provoking but also enjoyable to read. The speaker thanks those who have already read and reviewed the book, and shares a link for purchasing the paperback version. The video concludes with a sponsor mention for Squarespace, highlighting its features for entrepreneurs to create and manage websites.

Hi there! I'm excited to announce that I am curating a list of AI resources for educators, researchers, and enthusiasts alike. As a teacher at 'Iolani School, I understand the importance of staying up to date with emerging technologies, especially in the realm of AI. This website serves as a repository for my findings and as a way to share the knowledge and resources that I've come across in my journey. From books and tutorials to tools and more, this website offers a variety of resources for different levels of AI expertise. Whether you're a teacher looking to integrate AI into your curriculum or a student interested in pursuing AI as a career, I hope you'll find something here that piques your interest. Please note that this website is not meant to be an authoritative source on AI, but rather a personal collection of resources that I have found helpful and informative. As always, I welcome feedback and suggestions, so feel free to reach out with any questions or comments. Thank you for visiting and happy learning!