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Turbulence can Create Well-Ordered Laser Light

The so-called frequency combs play a significant role in current laser research. They can be described as a very unique kind of light that can be used for crucial measurements.

19 Jun 2020

Inhomogeneous Quantum Rings Form When Matter is Trapped in Optical Lattices

Ultracold atoms trapped in appropriately prepared optical traps can arrange themselves in surprisingly complex, hitherto unobserved structures, according to scientists from the Institute of Nuclear Physics of the Polish Academy of Sciences in Cracow.

19 Jun 2020

New Optimized Quantum Diamond NMR Spectrocopy Technique

Nuclear magnetic resonance spectroscopy is a widely used tool for chemical analysis and molecular structure recognition.

18 Jun 2020

Using Optical Fields to Modify Electronic Properties of Solid

Research coauthored by team from the Department of Physics and Astronomy reveals that optical fields have the ability to modify electronic properties of a solid.

15 Jun 2020

New Deposition Method Offers Viable Pathway to Miniaturize Optical Devices

Smart phones, tablets and laptop displays, camera lenses, biosensing devices, integrated chips and solar photovoltaic cells are among the applications that could stand to benefit from an innovative method of nanocrystal assembly pioneered by Australian scientists.

4 Jun 2020

Next-Generation Laser Facilities Could Create a New Era for Studying Plasmas

The subject of the 2018 Nobel Prize in physics, chirped pulse amplification is a technique that increases the strength of laser pulses in many of today's highest-powered research lasers.

27 May 2020

Artificial Neuron Trained to Characterize Coherent and Thermal Light

Identifying sources of light plays an important role in the development of many photonic technologies, such as lidar, remote sensing, and microscopy. Traditionally, identifying light sources as diverse as sunlight, laser radiation, or molecule fluoresce

6 May 2020

New Method to Generate Soliton Collisions in Microresonators

Solitons can be described as self-reinforcing particle-like wave packets formed as a result of the balance between nonlinearity and dispersion.

27 Apr 2020

Quantum-Entangled Light From A Vibrating Membrane

University of Copenhagen. Researchers from the Quantum Optomechanics group at the Niels Bohr Institute, University of Copenhagen, recently entangled two laser beams through bouncing them off the same mechanical resonator, a tensioned membrane. This provides a novel way of entangling disparate electromagnetic fields, from microwave radiation to optical beams. Creating entanglement between optical and microwave fields would be a key step towards solving the challenge of sharing entanglement between two distant quantum computers operating in the microwave regime.

2 Apr 2020