quantum bit

Researchers from National University of Singapore and Caltech Discover Quantum States Fingerprint to Prevent Quantum Computing Error

Medicine & Technology Jun 01, 2017

The researchers discovered that all entangled states of quantum objects have a distinctive fingerprint that could prevent error in the application of quantum computing and cryptography.

Diamond Can Generate Dynamic Unpolarized Single-Photon: New Important Stage For Quantum Computing

May 10, 2017

A team of scientists from Japan has found that diamond is able to generate a dynamic unpolarized single-photon with intrinsic randomness, which will be useful for the quantum computing.

quantum bit

Researchers from National University of Singapore and Caltech Discover Quantum States Fingerprint to Prevent Quantum Computing Error

Diamond Can Generate Dynamic Unpolarized Single-Photon: New Important Stage For Quantum Computing

Most Popular

Largest Marine Reptile Ever Found? Fossils of Colossal Prehistoric Underwater Species Discovered by Paleontologists

600-Year-Old Voynich Manuscript Cracked; Encrypted Text Includes Censored Information on Sex, Contraception, Gynecology

Purple Photosynthesis: Experts Suggest Aliens May Not Be Found on Green Earth-Like Planets

Should You Use Whole-Body Deodorants? Here's What Dermatologists Say

New York City To Use Birth Control as Humane Option in Reducing Rat Population

Recommended Stories

NASA Confirms Mysterious Object That Crashed Into Florida Home Was a Space Junk

Mercury-Bound BepiColombo Spacecraft Observes Cold Oxygen and Carbon Ions Escaping the Induced Magnetosphere of Venus

Potentially-Hazardous Asteroid Makes Closest Approach to Earth, Can Be Visible for the First Time Through Amateur Telescopes

Pluto's Heart: Massive Ancient Collision May Explain How Dwarf Planet's Unique Heart-Shaped Feature Formed, Scientists Discover