New photonics approach enhances quantum computation efficiency

Merging atomic clocks with quantum computers could lead to ultraprecise measurements of laws of nature

Physics team uncovers a quantum Mpemba effect with a host of ‘cool’ implications

Detecting Planck-scale dark matter by leveraging quantum interference

A fast moving Planck-mass dark matter particle (blue) flying next to a quantum particle in a state which is the superposition of two positions (red) induces a phase shift between…

Unlocking heat management with quantum thermal transistors

by Uthpala N. Ekanayake and Malin Premaratne

Using microwaves to efficiently control diamond qubits

Strained SnV center in a diamond membrane with a coplanar waveguide. Credit: Physical Review X (2024). DOI: 10.1103/PhysRevX.14.031036 In a first for Germany, researchers at the Karlsruhe Institute of Technology…

Direct measurement of a subtle current phase relation shows potential for more stable superconducting qubits

Micrograph of the graphene superconducting quantum interference devices. Credit: Messelot et al. (PRL, 2024). In recent years, quantum physicists and engineers have made significant strides toward the development of highly…

Physicists achieve strong coupling of Andreev qubits via microwave resonator

Quantum researchers come up with a recipe that could accelerate drug development

Section of the quantum simulator at the Quantum for Life Centre. Credit: University of Copenhagen University of Copenhagen mathematicians have developed a recipe for upgrading quantum computers to simulate complex…

Quantum research paves the way toward efficient, ultra-high-density optical memory storage