Tag: MIT

Technician in cleanroom suit controlling SAMCO RIE-200i etching equipment with plasma glowing inside chamber

Discover MIT.nano’s Advanced RIE System for Materials Science

Featured by Prof. Divyansh Jain, posted in Inspirational Zooming, Material Science Inventions, Particle Physics Development, Space Technologies, VLSI Technological Development

MIT.nano has proudly acquired a state-of-the-art SAMCO inductively coupled plasma (ICP) reactive ion etching (RIE) system, thereby expanding the range of materials available for processing and decisively enhancing the facility's operational capabilities. This sophisticated instrument has been installed with precision and rigorously qualified on the third floor of MIT.nano, a specialized zone committed to advanced … Continue reading Discover MIT.nano’s Advanced RIE System for Materials Science

Diagram of a nanoscale sensor probe scanning a eukaryotic cell to map magnetic field strength with a 2D field strength map and Z-profile data graph.

MIT’s Breakthrough in Solid-State Quantum Sensors Explained

Featured by Prof. Divyansh Jain, posted in Inspirational Zooming, Material Science Inventions, Particle Physics Development, Photonics, Space Technologies, VLSI Technological Development

A special class of sensors leverages quantum properties to measure tiny signals at levels that would be impossible using classical sensors alone. These groundbreaking quantum sensors combine principles of quantum mechanics with advanced technology to achieve unprecedented sensitivity and accuracy. Such quantum sensors are currently being used to study the inner workings of cells, revealing … Continue reading MIT’s Breakthrough in Solid-State Quantum Sensors Explained