Posts tagged with: MIT

International Space Station to Become NASA’s Quantum Space Lab

International Space Station to Become NASA’s Quantum Space Lab This piece puts together varied reports on the United States’ planned use of space to further quantum computing and a quantum...

Collisional Cooling Materials to Nano-Kelvins May Lead to Molecule-Based Quantum Computing

Collisional Cooling Materials to Nano-Kelvins May Lead to Molecule-Based Quantum Computing New ‘refrigerator’ super-cools molecules to nano-Kelvin temperatures For years, scientists have looked for ways to cool molecules to ultracold...

Studying the Question of Quantum Gravity

Studying the Question of Quantum Gravity Quantum controlled solids Points to note… +  Researchers are pushing the boundary between classical and quantum physics — levitating and cooling glass nanobeads into...

Detecting Quantum Entanglement Through the Noise

Detecting Quantum Entanglement Through the Noise Improved entanglement detection with subspace witnesses Abstract… +  Entanglement, while being critical in many quantum applications, is difficult to characterize experimentally. While entanglement witnesses...

MIT and Google Design System to Verify Accuracy of Complex Quantum Computing Operations

MIT and Google Design System to Verify Accuracy of Complex Quantum Computing Operations How to verify that quantum chips are computing correctly Selected notes ~ +  Full-scale quantum computers will...

Space-Based or Terrestrial-Based Quantum Internet?  Pros and Cons

Space-Based or Terrestrial-Based Quantum Internet?  Pros and Cons Image:  “A hybrid global-quantum-communications network, in which a satellite constellation distributes entangled photon pairs (red wave packets; entanglement depicted by wavy lines)...