Latest Articles for Quantum Technology

Exploring improvements in InGaAs/InP single-photon detectors and their applications.

Study reveals insights on CAV defects in SiC for quantum technology applications.

Researchers develop a simpler method to generate Fock states using quantum measurement.

Scientists make strides in studying Yb ions for technology and precision measurements.

Exploring plasma's role in creating entangled photon pairs and squeezed states.

New research on Quantum Energy Teleportation shows improved energy transfer efficiency using three qubits.

Researchers integrate quantum dots into topological structures for improved light paths.

A look at self-testing methods for noisy quantum instruments.

An overview of Bell's theorem and its implications for quantum systems.

Research reveals new methods to control superconductivity in bilayer graphene.

Researchers measure Landau-Zener Rabi oscillation in cold atoms for improved quantum technology.

Exploring the significance of quantum emitters in non-Hermitian systems and photonic lattices.

Research focuses on stabilizing quantum systems against outside interference.

New algorithms combine quantum computing and classical methods to speed up calculations.

This article examines how groups of atoms emit light together, changing its behavior.

New developments improve electronic properties for quantum technology applications.

NOBIE method enhances quantum computing efficiency while maintaining accuracy.

Researchers create efficient vortex beams using new materials.

Research on GaP crystals may lead to efficient quantum communication systems.

A new atomic oven design optimizes efficiency for quantum technology applications.

This method uses light particles for highly accurate movement detection.

Research reveals unique superconducting properties of van der Waals materials.

A novel approach to measure weak light states improves technology applications.

Explore the links between entanglement, black holes, and holography.

This technique improves accuracy in identifying objects using quantum properties of light.

Research reveals significant insights into RaF's ionization potential and molecular properties.

UTe2 shows potential as a spin-triplet superconductor with unique magnetic properties.

New designs in transducers promise better quantum information transfer.

A new composite AOM setup enhances light routing efficiency beyond 99%.

This research explores biased cooling methods for improved control in quantum circuits.

Discover how quantum computing tackles complex data challenges efficiently.

Researchers enhance qubit measurements in noisy environments for better accuracy.

Learn how QKD enables secure key sharing through Information Reconciliation.

New methods enhance the analysis of quantum systems and support secure communication.

Combining quantum and classical computing to advance scientific research.

Researchers study nitrogen- and silicon-vacancy centers in diamonds for advanced technology.

Reliable sources of entangled photons are key for future quantum technologies.

Research introduces innovative approaches to study multi-party entanglement.

New approaches to understanding quantum state distinguishability offer fresh insights for quantum information.

Research shows promise in efficient light transformation for quantum communication.