We analyze HoloLens 4 with a direct brain-computer interface: how the EEG bracelet works, who benefits from the technology, and why it might be a gimmick. Read the analysis.
UCL scientists combined a quantum computer and AI to predict chaotic systems. Accuracy increased by 20%, memory requirements reduced by 100 times. Learn how the method works.
China became the first in the world to approve the invasive NEO chip for brain-computer interface (BCI). Analysis of the regulatory race, risks, market, and forecasts. Find out who won.
Wetour Robotics announced the launch of the Orchestra OS for controlling drones and robots with gestures and neural signals. Learn how Spatial Intent Fusion changes interaction with technology on May 28.
Johns Hopkins scientists tested a temporary BCI with 1000+ electrodes for brain mapping. Calibration in 20 minutes. Learn how the technology is changing neurosurgery.
Understand the key differences between WorldLand and Render Network—two approaches to decentralized GPU computing that shape how we trust digital work.
A new plan aims to protect Bitcoin from future quantum computers, but experts warn billions in value, including Satoshi's stash, may remain vulnerable. Learn what this means.
Neurons under anesthesia distinguish speech and predict words — Nature data. This changes anesthesiology and opens the way to neuroprostheses. Learn the details.