Category: quantumdaily

Insider Brief Fujitsu and QIQB demonstrated that a quantum computer could solve a material energy estimate in 10 hours, a task that would take a classical computer five years. This breakthrough was achieved using only […]

Insider Brief: PQShield announced that its secure SCA-protected coprocessor, PQPlatform-CoPro, will be integrated with SiFive’s Essential Core range of CPUs. The partnership will also port PQShield’s cryptographic libraries to SiFive’s Vector-enabled Performance P470 CPUs. This […]

Insider Brief A D-Wave quantum computer was used to link prefrontal neural activity with academic performance, focusing on CSAT scores in South Korea. The study identified key cognitive tasks, such as verbal fluency and recognition, […]

A photonic quantum computing company wants to light the way – figuratively and literally – to an era when as many users as possible can rely on quantum computers to solve computational challenges that classical […]

Insider Brief The USTC team successfully conducted the first loophole-free test of Hardy’s paradox, marking a significant step in quantum physics by conclusively demonstrating quantum nonlocality. The experiment showed a violation of local realism with […]

Insider Brief Researchers have developed a unified mathematical theory to explain and predict barren plateaus in quantum algorithms, a major challenge in quantum computing. The study provides a set of guidelines to help scientists avoid […]

The Quantum Insider partners with MATTER to create a milestone initiative and marquee forum, XPANSE Quantum, November 20-22, to cultivate strategic relationships with 2,500 key decision-makers in the UAE. An exclusive event that activates the […]

Insider Brief Researchers at the University of Minnesota Twin Cities provided fundamental insights into planar hyperbolic polaritons—quasiparticles formed from light-matter interactions in 2D materials—that could enable highly directional energy transport, amplifying light-matter interactions at the […]

Researchers from the University of Edinburgh used NVIDIA’s CUDA-Q platform to simulate quantum clustering algorithms, significantly reducing the qubit count needed for large datasets. The team developed a method using coresets, allowing quantum machine learning […]

Insider Brief The study explores the potential of quantum computing in providing calculations for stabilizing cyclic ozone within fullerene cages, which could significantly increase rocket fuel efficiency. Quantum phase estimation and other quantum algorithms were […]