By understanding the details of this motion, one can determine the amount of energy needed to transform reactants into p…

The key aspect is that when the wafer is stimulated using ultrasound, only the plates in the corners vibrate

For the first time, the UCF team demonstrated more than 45 percent absorption of light in a single layer of graphene –si…

Researchers at the Max Planck Institute of Quantum Optics (MPQ) and the Department of Physics of Harvard University, Cambridge, USA, will collaborate in the new Max Planck Harvard Research Center for Quantum Optics

The new Max Planck Center brings together some of the worldwide leading teams in the field of quantum optics, allowing

In the design of the custom IC chip, a new voltage detector circuit enabling an accurate voltage detection and a correct…

The new work, which is a collaboration between researchers at JQI and the City College of New York, proposes using laser…

The ability to use visible light as a remote-controlled on/off chemical reaction switch opened up possibilities for futu…

Recently published research on plasmonic metasurfaces ­— surfaces with nanoscale features that often exhibit new and uni…

More powerful, energy efficient frequency comb may be important cybersecurity tool

Researchers Andrea M. Armani, Xiaoqin Shen, Rigoberto Castro Beltran, Vinh M. Diep, and Soheil Soltani have invented a n…

Researchers observe, for the first time, topological effects unique to an “open” system.

The new findings were made possible by earlier research by many of the same team members, in which they found a way to u…

The latest breakthrough, which involved the simulation of a quantum computer with 46 qubits, was achieved following an a…

Jenoptik, an industry leader in high performance optical systems and healthcare & industry solutions, is pleased to announce the opening of a West Coast office to enhance customer proximity and leverage growth in the US.

The new Jenoptik office, strategically located in Fremont in the Silicon Valley region, will serve the unique engineerin…

NUST MISIS scientists in cooperation with international colleagues have managed to observe the inner structure of photonic crystals, the most promising materials of the 21st century. The work is published in the Small journal.

A photonic crystal is like a waveguide for the light, only better. The waveguide is almost impossible to bend, and it's…

II-VI’s mirrors enable reflected laser beams within LiDAR systems to maintain optical powers with a very high degree of…

Scientists from Griffith University have overcome a major challenge in applying a strange quantum effect to real applica…

The UVD and UVE photodiodes exhibit significant advantages over technology used in competing devices such as inversion l…

The product range of ITOS will be perspectively expanded and integrated into the global sales activities of Edmund Optic…

Instead of the laser, Optaglio uses a stream of electrons for the creation of its holograms. This stream is directed by…

By encoding two extra synthetic dimensions into the complex geometric structure of the waveguides, the researchers were…

When a laser vaporizes a small piece of the frozen target about the size of a dimple on a golf ball, the vapor travels u…