Exciton | QuantumWire

Layered Hybrid Superlattices: A New Frontier in Designing Quantum Materials by Marrying Layered Crystals With Versatile Chemical Molecules

Layered Hybrid Superlattices: A New Frontier in Designing Quantum Materials by Marrying Layered Crystals With Versatile Chemical Molecules

Cooling With Light: Exploring Optical Cooling in Semiconductor Quantum Dots

Cooling With Light: Exploring Optical Cooling in Semiconductor Quantum Dots

Quantum Researchers Publish ‘Exciting’ Particle Prediction

Quantum Researchers Publish ‘Exciting’ Particle Prediction

Exciton

Study Catches a Quantum Material Transforming in Real Time, Revealing What Drives Its Shift

Technology October 10, 2026
Tiny Spins, Big Quantum Effects

Technology October 9, 2026
Quantum Communication: New Method Generates Photons That Are Virtually Indistinguishable

Technology October 2, 2026
A New Bridge for Quantum Networks: CCNY Physicists Convert Microwaves to Light Using 2D Magnets

Technology September 18, 2026
The Optical Glow of Quantum Crystals

Technology August 12, 2026
An Electrostatic Quantum Nanocorral for Composite Charged Excitons

Technology August 6, 2026
Scientists Reveal Hidden Structure of a Quantum Fluid

Technology August 6, 2026
Magnetic Dopants Help Quantum Dots Use Light for Chemical Reactions

Technology August 5, 2026
Researchers Demonstrate 1st Electrically Pumped Perovskite Polariton Laser Diode

Technology July 31, 2026
CCNY-Led Researchers Define New Frontier in Quantum Materials

Technology July 15, 2026
CityUHK Researchers Achieve First-Ever Recycling Spin-Triplet Excitons for Power Generation, Boosting Organic Photovoltaics Efficiency to 20.5%

Technology July 7, 2026
Light as a Brake

Technology June 12, 2026
Physicists Observe Synchronized Quantum Dance of Excitons and Phonons

Industry June 10, 2026
Bright Quantum Light Emission Achieved at Room Temperature in 2D Semiconductors

Technology May 18, 2026
Making ‘Light’ Work of Computing

Technology May 16, 2026