Latest Articles for Photonics

Research reveals methods to study exciton-polaritons in advanced optical systems.

Research enhances light emission from quantum dots for future technologies.

A new method cuts the number of detectors needed for secure communication in QKD.

Helium ion irradiation boosts the performance of superconducting nanowire single-photon detectors.

Topological photonics offers new ways to control light using mathematical principles.

This study presents a method for adaptable quantum circuits using light.

New methods improve speed and efficiency of silicon photon sources for quantum technology.

Researchers develop efficient GaN devices for versatile light management.

Researchers demonstrate a new method for a controlled-NOT gate using quantum walks.

Explore the latest developments in generating precise XUV photons for scientific research.

Researchers improve communication technology using innovative resonator designs.

Research reveals stable light wave patterns, enhancing applications in communication and measurement.

Research reveals nanoscale systems can create entangled photons for advanced technology.

Researchers develop efficient single photon sources for quantum technologies using carbon nanotubes.

Study of photonic flatband resonances enhances light manipulation techniques.

Optimized PZT films enhance the efficiency of silicon-based photonic devices.

New methods improve secure information transfer in quantum communication networks.

New techniques enhance measurement sensitivity in optical devices using the Grover coin.

Research into exciton-polaritons reveals new pathways for laser technology and photonics.

A new framework models SPDC processes, addressing loss and dispersion effects.

Exploring the significance of quantum coherence for advancements in technology.

Black phosphorus shows unique properties for electronics but faces several challenges.

Research unveils new methods for detecting light phase with plasmonic nanoantennas.

Research on light-matter interactions is key for advancing quantum technologies.

Photonic networks harness light for faster AI processing and energy efficiency.

A novel approach enables control of circular polarization in high-harmonic emissions.

Photonic integrated lasers offer improved performance and versatility in various fields.

Research reveals a method to induce circular dichroism in WS using a chiral metasurface.

Research reveals stable dark solitons in light behavior within resonators.

Introducing a method to measure entanglement without direct detection of both qubits.

Research reveals innovative solitons that enhance photonic technology and communication systems.

Research reveals new insights into Landau levels using strained silicon photonic crystals.

New approach to multi-mode lasing with plasmonic nanoparticle arrays enhances light emission.

Researchers utilize optical vortex beams to advance electron manipulation in quantum materials.

New developments in a-SiC enhance photonic device integration and performance.

Researchers find new methods to detect elusive virtual photons, aiding quantum technology.

Research highlights the light-emitting properties of graphene transistors under electric bias.

Researchers have developed methods to control optical vortex properties flexibly.

New techniques improve the reliability of single-photon sources using quantum dots.

Researchers create special light states to advance quantum communication.