Quantum Systems
New method uses classical computers to check the accuracy of complex quantum systems
Verifying the work of quantum computers.
Scientists created the first programmable, logical quantum processor
Key step toward reliable, game-changing quantum computing.
Quantum squeeze to make clocks more precise
The Environment's noise affects the stability of clocks. A pendulum's swing can become unbalanced by a slight wind. Furthermore, heat can cause an atomic...
A new type of echo phenomenon discovered: Associated with the energy-band structure
Ultrafast lightwave control of electrons in crystals.
A quantum computer that can perform arbitrary calculations with qudits
QuanÂtum comÂputer works with more than zero and one.
Engineering of quantum states in solids using light
A platform to control and measure the properties of materials in various ways with light.
Quantum marbles in a bowl of light
An international study shows which factors determine the speed limit for quantum computations.
World-first modular quantum brain scanner
This is a world-first and opens up potential for whole-brain scanning & advances in diseases like Alzheimer's.
A potentially game-changing feature of qubit behavior
Physicists use ‘hyperchaos’ to model complex quantum systems at a fraction of the computing power.
The first quantum phase battery
In a new study, scientists presented the results from a theoretical and experimental collaboration that has led to the fabrication of the first quantum...
A path towards quantum computing at room temperature
Army scientists predicted that quantum computer circuits that will no longer need extremely cold temperatures to function could soon be available.
Scientists have demonstrated the...
Quantum sensors with ultra-high precision
Atoms emit light in the form discrete packets called photons. If measured, these separate packets lead to particularly profound changes in its brightness, as...