Hand gestures for animating and controlling virtual and graphical elements

A system has been developed to control virtual elements on a screen using hand gestures captured by a camera in eyewear. The system detects hand shapes and matches them to predefined gestures stored in a library, triggering actions accordingly. For example, making an opening gesture causes graphical elements to move away from a menu icon, while a closing gesture makes them retreat back towards it.

MOBILE DEVICE DISPLAYING REAL TIME SPORTS STATISTICS

A mobile device can show live sports stats using a memory and processor. The device gets real-time stats from an outside source and needs to be authenticated. It's a handy tool for keeping up with sports on the go.

CORONA VIRUS-SPECIFIC T CELL RECEPTOR FUSION CONSTRUCTS, VECTORS ENCODING THE SAME, T CELLS COMPRISING THE SAME AND USES THEREOF

A new invention involves a T cell receptor fusion construct that combines specific parts to target the spike protein of coronaviruses, including SARS-CoV-2 and SARS-CoV-1, and ACE2. This construct can be encoded in a vector for modifying T cells to enhance their ability to fight diseases caused by coronaviruses like COVID-19 and SARS. The invention aims to use these modified T cells in treatments for coronavirus-related illnesses.

AI model with error-detection code for fault correction in 5G/6G

An AI model has been developed to detect and correct message faults in 5G and 6G networks. By analyzing waveform data and error-detection codes, the AI can pinpoint and fix errors in messages without needing to resend them. This method helps save time, energy, and resources by efficiently identifying and rectifying faults in the communication process.

ADVANCED KINETIC ENERGY RECOVERY SYSTEM (AKERS) FOR ELECTRIC AIRCRAFT

An advanced system has been developed for electric aircraft called AKERS, which uses multiple charging systems to keep the aircraft powered and recharged during flight. These systems are designed to generate electricity from kinetic energy, allowing the aircraft to fly long distances without stopping. The AKERS includes innovative technologies like Paddlewheel Air Brake, Air Turbine with Exhaust Cone Generator, Blade Rotors generation, and a midair recharging system for continuous operation.

METHODS, DEVICES, AND SYSTEMS FOR BLIND ADAPTIVE BEAMFORMING OF NARROWBAND SIGNALS WITH AN UNCALIBRATED ANTENNA ARRAY USING MACHINE LEARNING

These systems and methods use machine learning to improve the reception of specific signals and reduce interference in uncalibrated antenna arrays. By employing a neural network in the spatial domain, the technology can enhance the desired signal while minimizing unwanted signals. This approach eliminates the need for a calibrated antenna array RF chain, as the neural network can identify and isolate the target signal without prior information.

ARTIFICIAL ANTIGEN-PRESENTING CELLS AND METHODS FOR PRODUCING AND USING THE SAME

These particles mimic cells that help activate T cells in a lab setting. They have special patterns on their surface that resemble the organization of T cell interactions. By using these particles, T cells can be activated for various medical treatments like cancer therapy or autoimmune disease management. Additionally, methods for creating these special particles are also explained.

MULTILAYER AND BOUQUET FIBER-BASED NEURAL PROBES AND METHODS OF MAKING AND USES THEREOF

These neural probes are designed to reach distant areas of the brain using expandable scaffolds with helical channels. The probes can be extended in different directions to access specific regions. They are made of flexible fibers with multiple sites for interfacing along their length, allowing for versatile use in the brain.

System and method for photorealistic image synthesis using unsupervised semantic feature disentanglement

A new method has been developed to separate facial features from images without needing outside guidance. By using linear regression and sparse representation learning, the method creates clear and adjustable representations of facial characteristics. These representations can be manipulated to create realistic facial images by changing specific features, resulting in a more detailed and controllable image synthesis process.

Highly scalable four-dimensional geospatial data system for simulated worlds

This invention is a system that creates detailed simulated worlds using time-series geospatial data. It can handle large amounts of data from different sources and formats for parallel simulations. The system includes a database that supports queries across multiple simulations and different types of entities and regions in the simulated worlds.