Ray-Ban and Meta's New Smart Glasses

Welcome back to our newsletter! This week, we highlight remarkable advancements across the AI spectrum, starting with Synchron's groundbreaking use of OpenAI's models to revolutionize brain-computer interfaces, allowing paralyzed individuals to control devices via thought. In AI news, Fei-Fei Li's new venture into 'spatial intelligence' promises to enhance how AI perceives and interacts with three-dimensional environments, potentially transforming fields from robotics to virtual reality. We also dive into the concept of spatial intelligence, a critical skill in navigating and understanding space, which is pivotal across diverse professions from architecture to surgery. Additionally, don't miss our exclusive look at the new Ray-Ban Meta smart glasses, which have quickly outpaced their predecessors by integrating live streaming capabilities and AI-driven information displays, setting new trends in wearable technology.

Here are the 4 interesting AI things that I learned and enjoyed this week.

4 AI Things

AI Research

Synchron, a neurotech startup, is utilizing OpenAI's models to enhance its brain-computer interface (BCI), which helps people with paralysis control devices with their thoughts. This new AI-powered chat feature allows patients to communicate more efficiently by generating text from thoughts. It aims to help users like Mark, who suffers from ALS, to maintain independence by facilitating easier communication and interaction with technology. The AI suggestions are tailored to personal speech patterns, even capturing nuances like slang or typical expressions. This technology represents a leap in making BCIs more user-friendly and impactful for those with severe mobility restrictions.

AI News

Fei-Fei Li, a prominent AI researcher, is developing a startup focused on 'spatial intelligence,' which aims to enhance how AI interprets and interacts with three-dimensional environments. Her startup, backed by significant investors like Andreessen Horowitz, is advancing AI's ability to understand and manipulate objects in space, similar to human capabilities. This could revolutionize various applications from robotics to virtual reality, making interactions more intuitive and effective. Li's work builds on her extensive background in AI and computer vision, leveraging her expertise to push the boundaries of what AI can achieve in real-world settings.

AI Concept

Spatial intelligence refers to the ability to visualize, manipulate, and reason about objects and their relationships in space. This form of intelligence is crucial for understanding and interpreting the world around us in terms of distances, sizes, shapes, and the relative positions of objects. It involves skills such as mental rotation, spatial reasoning, and the ability to navigate environments.

Spatial intelligence is incredibly useful in a variety of practical fields and activities. For example, architects and engineers rely heavily on spatial intelligence to envision how parts of a building or machine will fit together and function in three-dimensional space. Additionally, pilots and drivers use spatial intelligence to navigate complex routes, while surgeons need it to understand the human body's structure and plan their procedures accurately.

Exclusive Content

Next Big thing

The new Ray-Ban Meta smart glasses have outsold their previous versions in just a few months, according to EssilorLuxottica's CEO. These glasses, launched last October, allow users to stream live directly to social media platforms like Facebook and Instagram. They come equipped with Meta's AI, offering features like information display about objects the wearer sees. However, this AI feature is currently only available in the US, as Europe awaits new AI regulations. The CEO credits the improved understanding of consumer expectations for the success of these second-generation smart glasses.If you liked today’s edition.

?? Stay curious, keep questioning.