Scientists from MIT have introduced mmNorm, a system that uses millimeter waves to create precise 3D models of hidden objects. This technology surpasses traditional radar, achieving 96% accuracy and opening doors to new applications in robotics, security, and augmented reality, enabling 'seeing' through solid barriers
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Mit scientists have unveiled a revolutionary and inexpensive 3D integration process that fuses gallium nitride (GaN) and silicon CMOS chips. This hybrid technology, which uses innovative copper bonding, promises faster, smaller and more energy-efficient electronics, with applications ranging from 5G technology to quantum computers.
Mit researchers have discovered why large language models like GPT-4 show positional bias, neglecting key information in the middle of documents. This phenomenon, known as “getting lost in the middle”, is a direct consequence of the model architecture and can compromise the reliability of AI systems in medicine and law.
An innovative photonic processor developed at mit enables the classification of wireless signals in nanoseconds, significantly accelerating processing in 6G networks and applications such as autonomous vehicles and smart medical devices. The technology brings high accuracy, energy efficiency and wide applicability.
The new AI system for autonomous drones enables significantly more precise control in real conditions such as strong and variable winds, using adaptive machine learning algorithms, which contributes to safer and more efficient operations in logistics, rescue and environmental protection.