Quantum Information Science

Scientists at Los Alamos National Laboratory unveil a method to produce circularly polarized singular photons, marking progress in quantum communications. …

Enchilada Trap: Sandia Labs’ Breakthrough Quantum Device – 200 qubits unlock new horizons in computing potential.

Discover Quantum AI breakthrough: Overparametrization enhances performance, advancing training and boosting quantum machine learning.

This text explores the development of a multifunctional metalens, its impact on quantum technology, including applications in cryptography and photonics.

Revolutionary nano-device: Color-switching artificial molecule with external voltage, enabling precise control of light emission.

Quantum study reveals electrons’ gradual disappearance during cooling, enhancing understanding of phase transitions.

Researchers have developed a technology for quantum simulators, promising advancements in quantum computing and biochemistry.

Researchers develop a framework for quantum nonlocality, vital for advanced quantum networks, unifying previous research and revealing key quantum operations.

Groundbreaking study simplifies quantum learning: Quantum Neural Networks (QNNs) enable quantum computers to understand and predict quantum systems with minimal …

Quantum computing breakthrough: Detecting fractional quantum anomalous Hall states in semiconductor flakes paves the way for stable qubits.