Latest quantum computing, quantum tech, and quantum industry news.
Optical Parametric Amplification strengthens quantum states, environmental disturbances, and supports the development of quantum networks.
Read More How Optical Parametric Amplification Protects Quantum States
DARPA HARQ program to build a universal quantum translator, enabling seamless communication across diverse quantum systems and platforms.
Read More DARPA HARQ Program: The Universal Quantum Translator
Explore quantum phase space and its role in advancing quantum technologies, from computing and communication to precision measurement.
Read More Quantum Phase Space And The Future Of Quantum Technology
LogosQ, a quantum simulation library built in Rust, delivers a breakthrough 900× performance speedup for modeling complex quantum systems.
Read More LogosQ Quantum Library Achieves 900× Speedup Using Rust
Discover chiral spin liquids, exotic quantum states that break time-reversal symmetry and reshape modern quantum physics and materials science.
Read More Chiral Spin Liquid And Its Role In Modern Quantum Physics
The Local Hidden-State LHS Model explains quantum correlations, steering, and the limits of classical descriptions in quantum physics.
Read More Local Hidden-State LHS Model Explained In Quantum Physics
Learn the Gravitationally induced entanglement connects quantum information with gravity, revealing new insights into spacetime physics.
Read More Gravitationally Induced Entanglement And Quantum Gravity
What is Circuit Quantum Acoustodynamics? The interaction between superconducting quantum circuits and acoustic vibrations (phonons) at the quantum level is the focus of the quickly […]
Read More Circuit quantum acoustodynamics cQAD: from qubits to phonons
Researchers use GAQA to manipulate quantum states with sound waves, pushing the boundaries of quantum computing and quantum acoustics.
Read More GAQA Advance Using Sound Waves For Quantum Computing
Discover how the Agnostic process tomography provides a new framework for scalable, model-independent quantum learning.
Read More Agnostic Process Tomography: The Future Of Quantum Learning