Unleash the Power of AI: Discover New GPT-4 Voices and Innovative Use Cases

Open AI has recently unveiled a remarkable new feature - the ability to generate highly adaptable voices using their GPT-4 model. In a captivating demo video, they showcased the voice assistant's versatility, allowing it to seamlessly transition between various character voices and tones.

This new capability is a direct response to the ongoing "Scarlett Johansson" drama, where concerns have been raised about the ethical implications of AI-generated voices. However, Open AI's latest offering goes beyond simply mimicking human voices - it demonstrates the incredible flexibility and potential of this technology.

Imagine the possibilities - you could have your AI assistant adopt the voice of a villainous mastermind, complete with a delightfully maniacal laugh, or perhaps a soothing, authoritative tone for delivering important information. The applications for this technology are vast, from enhancing video game experiences to adding depth and personality to digital assistants.

But Open AI is not the only player in this space. Nvidia's Project G-Assist, a personal assistant tailored for gamers, is another example of the growing trend towards AI-powered voice assistants. These tools are not just a vision for the future - they are becoming a reality today, ready to revolutionize the way we interact with technology.

As these advancements continue to unfold, it's clear that the future of AI-generated voices is both exciting and thought-provoking. Stay tuned as we explore the latest developments and uncover the true potential of this transformative technology.

11 Labs has released a new sound effects generator, providing creators with a powerful tool to enhance their audio productions. While the platform shows promise, our testing revealed some limitations in its capabilities.

The sound effects generator allows you to input a short prompt and generate corresponding audio clips. For simple requests, such as a basic "whoosh" or "explosion" sound, the results can be quite usable. However, as the prompts become more complex, the quality and accuracy of the generated effects start to decline.

When we tested the generator with more specific requests, like a "car crashing into a tree," the output often fell short, lacking the desired realism and cohesiveness. The generator tended to produce a generic screeching tire sound, with the actual crash effect being cut off or not fully realized.

Overall, the 11 Labs sound effects generator is a step in the right direction, but it still has room for improvement. For now, we would recommend the Meta's Audio Box as a more reliable and versatile option for generating high-quality sound effects. As the technology continues to evolve, we look forward to seeing 11 Labs refine and enhance the capabilities of their sound effects generator.

In this fast-paced world, continuous learning is key, and finding the right resources to learn from makes all the difference. This is where Brilliant shines as an interactive learning platform.

Brilliant offers thousands of lessons in math, data science, programming, and artificial intelligence. What sets them apart is their hands-on approach to learning. Instead of monotonous lectures, you get to engage with the material and build your problem-solving skills in the process.

One concrete recommendation is their course called "Practice Applied Python." Getting into coding can be a roadblock for many, but this course is a great way to overcome that. Understanding the basics of Python, such as variables and data structures, goes a long way. It transitions into no-code tools, prompt engineering, and more.

Brilliant's interactive lessons and quizzes make learning enjoyable and effective. Whether you're looking to expand your skills in AI, programming, or any other STEM-related field, Brilliant is a fantastic resource to explore.

To try Brilliant for free for a full 30 days, head over to brilliant.org/advantage or click the link in the description. If you decide to stick with it, you'll get 20% off an annual subscription.

Tomb Crafter is a remarkable tool that has garnered significant attention across the internet. Its ability to generate all the frames in between two cartoon images is truly impressive.

We put Tomb Crafter to the test with several examples, and the results were outstanding. Whether it was a simple animation of a candle flame or a more complex character transition, Tomb Crafter consistently delivered high-quality, usable animations.

The eye movement, the smile, the flowing hair - Tomb Crafter captured these details with remarkable accuracy. While the resolution and number of frames could be improved, this tool represents a significant step forward in the world of animation.

Combining Tomb Crafter with other AI-powered tools, such as music generation and voice synthesis, opens up exciting possibilities for creating full-fledged stories. The ability to control the various elements of a production, from visuals to audio, empowers creators to bring their visions to life in a seamless and efficient manner.

Tomb Crafter is a game-changer, providing a solution to a challenge that has long plagued the animation industry. With its user-friendly interface and impressive capabilities, this tool is poised to revolutionize the way we approach character animation and storytelling.

Frederick AI is an impressive tool that allows you to create songs one stem at a time. It separates the different instruments and lets you extend and alter them based on text prompts.

The interface is very beginner-friendly, similar to Garageband. You can simply add a rock preset and then adjust the various stems - changing the pitch, adding effects, and looping the parts to create a full song.

The free version provides 10 song snippets per month to play around with. If you want to generate your own custom music, you'll need to subscribe for $10 per month.

This tool could be a great way to get started with music production or integrate AI-generated audio into your creative workflows. By allowing you to customize the individual elements, it complements tools like OpenAI's Whisper for creating complete multimedia experiences.

The problem of ranking different large language models (LLMs) has been a challenging one, with various benchmarks and user-based ratings systems that can be susceptible to manipulation. However, Scale AI has introduced a new approach to LLM leaderboards that aims to provide more reliable and unbiased insights.

Scale AI's LLM leaderboard uses new methods to rank the models without disclosing the exact details of what is being evaluated. This helps to prevent the inclusion of specific questions or user preferences in the training data, which can skew the results.

The leaderboards cover different categories, such as coding, math instruction, following, and language understanding. The instruction following leaderboard, in particular, is of great interest, as it aligns with the personal experiences of many users. The ranking shows that GPT-4 excels in this area, which is consistent with the model's strong performance in strictly following prompts.

While it's important to review these leaderboards over time, the Scale AI approach appears to provide a more trustworthy and independent assessment of LLM capabilities compared to some of the benchmarks published by the model creators themselves. This leaderboard can be a valuable resource for those looking to understand the relative strengths and weaknesses of different LLMs in a more reliable manner.

Until now, Udu had a 30-second limit when generating songs. However, they have now updated this limit to 2 minutes. This allows users to create proper songs, rather than just 30-second snippets that need to be stitched together.

In addition to the extended song duration, Udu has also included wave downloads. Wave files are a high-quality audio format, which makes the generated songs more suitable for commercial use, compared to the heavily compressed MP3 format. The wave files provide more room for post-processing and editing, without compromising the audio quality.

These updates make Udu and Suno more mature and usable for real-world music production purposes. The ability to generate longer songs, combined with the higher-quality wave format, significantly enhances the practical applications of these AI-powered music tools.

Perplexity, the AI-powered search engine, is expanding its offerings with a new product called Perplexity Pages. This innovative platform aims to revolutionize the way articles are created and published on the internet.

Perplexity Pages is essentially an AI-driven article writer that is seamlessly integrated into the Perplexity search engine. The idea behind this development is to provide more control over the content that populates the internet, rather than leaving it to the whims of random individuals or entities.

Unlike traditional content creation platforms like WordPress or Medium, Perplexity Pages offers a unique approach. The articles generated on this platform will be AI-powered, but they will be published under the Perplexity brand, much like how Medium articles are published under the Medium brand.

This approach offers several advantages. Firstly, it addresses the issue of false expertise and misleading information that can often be found on the internet. By acknowledging the AI involvement in the article creation process, Perplexity Pages aims to provide a more transparent and honest representation of the content's origins.

Additionally, this model could potentially be adopted by larger players in the search engine and content creation space, such as Google. As a significant portion of Google's search results are already AI-generated articles, Perplexity Pages' approach could serve as a blueprint for a more transparent and accountable system.

While the implications of AI-powered article generation are complex and raise questions about the future of online content, Perplexity Pages represents an intriguing step forward. By taking ownership of the AI-generated content and presenting it under their own brand, Perplexity is aiming to provide a more reliable and trustworthy source of information for internet users.

As the development of Perplexity Pages continues, it will be fascinating to see how this innovative platform evolves and how it may shape the future of online content creation and distribution.

Showrunner is an exciting new platform that allows users to create and manipulate their own TV shows using AI technology. Currently in the waitlist stage, this platform promises to revolutionize the way we consume and interact with media.

The key features of Showrunner include:

1. Prompt-to-Show Generation: Users can write a prompt, and Showrunner will generate a brand new TV show based on that prompt. This allows for endless creativity and the ability to explore unique storylines and characters.

2. Show Extension: Users can also use Showrunner to extend their favorite existing shows, creating new episodes or storylines that seamlessly integrate with the original content.

3. AI-Driven Simulation: Showrunner has developed an AI-powered simulation of a city, where autonomous agents live out their lives. From these simulations, narratives and stories emerge that can then be turned into TV show content.

The potential of Showrunner is vast, as it allows users to become active participants in the creative process of TV show development. By leveraging the power of AI, Showrunner opens up new possibilities for personalized and interactive entertainment.

While not yet available to the public, the platform has already generated significant interest and excitement in the AI and media communities. As the waitlist opens up, be sure to sign up to be one of the first to experience this innovative and transformative platform.