Appetizer
AI starting to talk to itself?

The development of Quiet-STaR, a groundbreaking technique in the field of artificial intelligence, aims to teach AI systems to think before they speak, much like humans do. By generating internal reflections or rationales for each text fragment, the AI is encouraged to pause and consider its response, mimicking the reflective pause of a human. This innovative approach not only enhances the AI's predictive accuracy but also elevates its reasoning capabilities to unprecedented heights. The success of this technique in augmenting model performance across diverse reasoning tasks, without the need for task-specific adjustments, heralds a new era for intelligent and adaptable language models. read more if you want to get technical.

A Little Salad:
AI And apple Vision Pro to help healthcare?

The metaverse will be a larger part of our lives, (for better or worse) Apple Vision Pro, a groundbreaking mixed reality headset, is poised to revolutionize healthcare by offering immersive experiences for professionals and patients alike. By seamlessly integrating digital content with the real world, the headset enables users to explore the human body and dive deep into medical procedures with stunning detail. This technology has the potential to transform surgical planning, medical training, and even mental health support, creating new possibilities for improved patient outcomes and more efficient healthcare delivery. Read more

Medical Knowledge
Mia AI: in the news.

Early detection: Mia AI can analyze mammograms and other medical imaging to identify signs of breast cancer at an early stage, when it is most treatable. This can lead to better outcomes for patients and potentially save lives.

After analyzing over 10,000 mammograms, it identified those with breast cancer symptoms, including 11 that human doctors did not catch. this is very promising. read more.

How fast? 11 mph?

Chinese Humanoid They broke the robot speed record. How fast will they be at the end of 2024? read more

Main Course: The brain-computer interface is here, now what?

Though there are still questions and concerns as to the long term implications of connecting human brains directly to computers,  there's still no denying the potential benefits that are now playing out for one person in particular. 

In a groundbreaking leap for neuroscience and human-machine collaboration, Elon Musk's brain-machine interface company, Neuralink, has successfully implanted its first patient with a brain chip. The patient, a 29-year-old man named Noland Arbaugh, has been paralyzed from the shoulders down since a diving accident eight years ago.

In a recent livestream on X, Noland shared his incredible experience of playing chess online using the Neuralink implant. By simply thinking about the cursor moving, Noland was able to control the game and make his moves. He described the experience as "intuitive" and "wild," showcasing the potential of this cutting-edge technology.

The Neuralink device is designed to help people with debilitating conditions like paralysis to communicate and control external devices with their thoughts. In Noland's case, the implant has allowed him to regain some control over his environment and engage in activities he never thought possible.

While this is just the beginning, the potential applications of Neuralink's brain-computer interface are vast. Imagine a world where the paralyzed can walk again or the blind can see. The future is looking bright, and Noland's inspiring journey is leading the charge.

As we eagerly await updates on this fascinating journey, we can't help but wonder what other incredible advancements are just around the corner. One thing is for sure: the future is now, and we're all in for a wild ride! Meet the patient (live stream)

AI learns from Mother Nature.

Sakana AI is a pioneering company at the forefront of artificial intelligence innovation. They are dedicated to developing a new kind of AI, inspired by the principles of nature-inspired intelligence, which aims to create AI models that are more adaptable, secure, and cost-effective. By studying the collective intelligence found in natural systems like schools of fish or beehives, Sakana AI seeks to mimic these strategies in their AI models, leading to more efficient and versatile AI that can be applied in a wide range of applications. read more

Nvidia is teaching robots more than we might want them to.

Robots become more real and take the place of women. And they will continue to improve.