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Thorlabs

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Founded in 1989 in Newton, New Jersey, USA, Thorlabs is a rapidly growing manufacturer and distributor of optical machinery, optical and optoelectronic devices and equipment. Thorlabs has more than 850 employees worldwide, production and sales branches in 7 countries including the United States, the United Kingdom, Germany, Sweden, France, Japan and China, as well as agents all over the world. Headquartered in Newtown, New Jersey (NEWTON), the founder of the former Bell Labs engineer Alex Cable. Thorlabs China Branch in Shanghai is a branch of Thorlabs in Shanghai, China, established in 2009. Thorlabs China, in collaboration with Tokyo, provides localized real-time sales and technical support services to customers in the Asian market.

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LATEST NEWS

2024-10-05

Calculation of the diffracted light field: Regarding Fresnel near-field diffraction, how should the field distribution be calculated after a plane wave encounters a metasurface and experiences a phase jump?

Previously, a friend wanted to see the source code for the article 'Matlab Optical Fresnel Diffraction, Dynamic Visualization of Matlab Curves and Graphics', and the source code is included in this article.

2024-11-15

Academician Chang Ruihua's team has made new progress in short-distance optical communication high-speed interconnection technology.

850nm wavelength multimode vertical-cavity surface-emitting lasers (VCSELs) and multimode fibers (MMFs) have become the ideal choice for short-distance optical interconnects in data centers and supercomputing systems due to their low power consumption and cost-effectiveness.

2024-11-18

Wide spectrum heterojunction self-powered photodetector with linear and circular polarization detection capabilities

Two-dimensional (2D) materials have become a hot research topic due to their unique mechanical, optical and physical properties such as broadband response range, layer-dependent band gap, tunable electronic and optical properties, and high carrier mobility.

2024-11-07

Spin-based Schrodinger Cat States Prepared by Laser Cold Atom Method

The spin-based Schrodinger cat state is prepared by laser cold atom method, and its lifetime reaches the order of minutes, which helps to improve the measurement sensitivity of spin precession phase.