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Quantum Computing

Bright light guided through an optical fibre manufactured at the University of Bath

Novel Optical Fibers Pave the Way for Quantum Internet

The LANES lab's 2D device made of graphene and indium selenide © Alain Herzog

Ultra-Cold Quantum Cooling Breakthrough: New 2D Device Could Revolutionize Quantum Computing

The researchers built a system (circuit diagram on the left) that can be controlled by microwave pulses (wiggly arrow) to turn on or off different operations. This system creates a special quantum state (cubic phase state) useful for fixing errors in quantum computers. The blue areas on the right show a unique property (Wigner negative regions) that proves this state is truly quantum.

Breakthrough may clear major hurdle for quantum computers

Boson sampler

Researchers Demonstrate Groundbreaking Boson Sampling Method Using Ultracold Atoms in Optical Lattice

An AI-generated image showing a visual representation of quantum entanglement, with colorful, intertwined threads or particles on a dark background, symbolizing the complex connections and transformations described in the article.

Scientists Uncover the “Entropy” of Quantum Entanglement

brain illustrations attemtping to demonstrate the protective quantum effect discussed in the article

Researchers Discover Protective Quantum Effect in the Brain

An artistic rendering of a quantum computer processor chip, with DNA strands intertwined and emanating from the qubits.

Quantum Computing Meets Genomics: Researchers Aim to Revolutionize Pangenome Analysis

An artistic rendering of a rainbow-colored diamond growing from a liquid metal alloy, with the chemical symbols for gallium (Ga), iron (Fe), nickel (Ni), and silicon (Si) surrounding it

Diamond Growth Method Discovered at Lower Pressure and Temperature

An artistic illustration shows how microscopic bolometers (depicted on the right) can be used to sense very weak radiation emitted from qubits (depicted on the left).

Tiny Bolometers Could Revolutionize Quantum Computing

Subwavelength grated waveguide supporting polariton droplets (visualization: Antonio Gianfrate, source: CNR Nanotec).

Scientists Create Stable Quantum Droplets of Light for Advanced Simulations

qubit illustratioj

Photon-Based Approach Promises Error-Resilient Logical Qubits

Biological networks are interconnected. Just as knowing the ingredients alone is not sufficient to understand how to prepare a dish, understanding only the list of genes or proteins is insufficient to comprehend how they interact.

How quantum computing can unlock understanding of aging and disease

laser light

Researchers Unveil Mass-Producible Quantum Memory Element

Within a dense system some terbium ions form pair states. Because of their unique properties, these pairs are blind to the single terbium ions nearby that would cause them to lose their quantum information. Protected from their messy environment, they can act as qubits with surprisingly long coherence lifetimes.

Solid-state qubits: Forget about being clean, embrace mess

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