8 articles
Physics Chemistry
Researchers used a 'quantum bath' of microwaves to autonomously sync qubits over 50 centimeters. While currently at 10% efficiency, this scalable framework eliminates the need for constant manual tinkering in quantum computers....
15
Physics Chemistry
Physically twisting layers of hexagonal boron nitride shifts quantum light wavelengths far beyond expected limits. This mechanical 'tuning peg' could finally solve the consistency bottleneck in quantum hardware manufacturing....
12
Physics Chemistry
A new ultra-sensitive calorimeter detects energy below one zeptojoule. Operating at millikelvin temperatures, it eliminates the need for qubit signal amplification - a massive leap for fault-tolerant quantum computing....
15
Physics Chemistry
Researchers at Aalto University have successfully linked a time crystal to an external optomechanical system, paving the way for advanced quantum computing memory....
12
Inventions Discoveries
A groundbreaking quantum-inspired algorithm from Aalto University is rapidly analyzing complex materials that previously overwhelmed supercomputers....
21
Inventions Discoveries
Researchers at the University of Oxford have successfully demonstrated quadsqueezing in quantum physics, unlocking a fourth-order interaction that was previously considered too weak to isolate....
12
Physics Chemistry
Quantum-informed AI is officially breaking the computational bottleneck that has long plagued the prediction of chaotic physical systems and fluid dynamics....
11
Physics Chemistry
Researchers have developed a method to track qubit performance fluctuations in milliseconds, solving a critical 'blind spot' in quantum computing stability....
19
