Atomic 'Breathing' Detected Through Lasers Help Encode, Transmit Quantum Information

Medicine & Technology Jun 05, 2023

Scientists detect atomic 'breathing' using emitted light and developed a novel device with applications in computing and communication. Read the article to learn more.

Qubit Lifespan Extended by 2.3 Times, a Major Step in Improving Quantum Computing

Apr 10, 2023

Yale University researchers extended the lifespan of a qubit by 2.3 times in a step to improve and validate quantum computers. Read the article to learn more.

Chinese Scientists Pioneer Quantum Key Distribution Breakthrough to Enhance Data Encryption with Qubits

Feb 09, 2023

Chinese scientists are leading the way in boosting quantum key distribution for stronger data encryption. Learn about the innovative mode-pairing QKD method, continue reading to stay ahead of the curve in quantum technology.

Jumping from Hundreds to Millions: Spin-Based Silicon Key to Million-Qubit Quantum Computing, Another Step Towards Supercomputers

Aug 16, 2021

A new approach towards scaling up qubits from hundred to millions is potentially the key to improving present-day quantum computers.

University of Sydney Researchers Identify Quantum Error Computing Source with Machine-Learning Techniques

Jul 31, 2021

Researchers from the University of Sydney developed a way for quantum error computing sources to be identified using machine-learning techniques that can detect even the faintest environmental 'noise.'

Yale Creates Error-Correcting Cat for Quantum Computers

Aug 13, 2020

Physicists from Yale University have developed an "error-correcting cat". This device combines the concept of superposition from the famous Schrödinger's cat experiment, and the ability to fix some of the persisting problems with quantum computation.

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

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.