➀ BBN Technologies is developing a prototype photonic chip using exotic quantum states of 'squeezed light' as part of DARPA's INSPIRED program; ➁ The chip requires detection sensitivity 16 dB below the fundamental 'shot noise' limit, surpassing conventional sensors; ➂ The technology aims to provide users with environmental data with greater than ten times the precision of current sensors, with potential applications in LiDAR, fiber-based sensing, biosensing, and more.
Related Articles
- Fraunhofer ILT Puts Quantum Internet Node into Operation - Starting Point for European Networking3 months ago
- Laser Welding Brought to Quantum Technology: Reliable Fiber-PIC Connections5 months ago
- “The Robot’s Top Is Open, Serving As A Blank Canvas For Users” – SriKrishna, Developer And Founder, SeiAnmai Technologies9 months ago
- AIT Researcher Bernhard Schrenk Receives ERC Proof-of-Concept Grantabout 1 year ago
- This device uses a laser to shoot down 30 mosquitoes per second — LiDAR-guided 'Photonmatrix' has up to 6-meter kill zone, can gauge distance, orientation, and body size in 3 milliseconds2 months ago
- InPlay Oil: High Yield, Hidden Value In Canadian Energy2 months ago
- MEMS Vector Scan Module with Enhanced Vibration and Shock Resistance for Space Applications3 months ago
- Fraunhofer ILT Launches Quantum Internet Node – Starting Point for European Networking3 months ago
- More efficient circuits for AI and quantum computers3 months ago
- More Efficient Circuits for AI and Quantum Computers3 months ago