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Results 21 - 28 of 28 for Holmium

Development of Multiband Laser Using Rare Earth Elements

News - 23 Aug 2022

Applications such as full-color displays, optical communications, and computation all depend on microlasers with many lasing bands. The plentiful long-lived intermediate energy levels and...
Collaborative Project to Develop New 2 µm Fiber Laser Components Concludes

News - 14 Aug 2015

Gooch & Housego (G&H) co-ordinated the ISLA project (Integrated Disruptive Components for 2 µm Fibre Laser), with project partners II-VI Laser Enterprises, JDSU, ROFIN, Trinity College...
Aiming Beam and Coaxial Laser Beam

Article - 27 Feb 2014

An aiming beam is a laser beam (or any other light source) which is used as a light for guiding.
Researchers Demonstrate a Novel Design For 2 mm Soliton Lasers

News - 2 Sep 2022

In a pre-proof article posted in Results in Physics, researchers demonstrated a novel design to construct 2 mm soliton lasers employing a bidirectional nonlinear polarization evolution Tm3+-doped...
Researchers Build a Color-Changing Laser Beam Device

News - 23 Aug 2022

This demonstration highlights the potential for RE elements to produce stable multiband lasing. While erbium and ytterbium were used in this study, other RE elements, such as thulium, holmium,...
Using Infrared Filters in Astronomy and Climate Monitoring

Article - 30 Oct 2019

In this article, AZoOptics spoke to Brinell Vision about their infrared filters and how they are being used in astronomy and climate monitoring.
Indium Gallium Nitride (InGaN) Lasers – Properties and Applications

Article - 18 May 2013

Indium Gallium Nitride (InGaN) laser is a semiconductor laser. It is also called blue laser as the emitted wavelength of light is perceived as blue colour by the human eye. InGaN is essentially a...
Gas Fiber Lasers Could Produce Powerful Coherent Light Sources

Article - 11 May 2022

This article looks at research published in Light: Science & Applications, titled 'Gas fiber lasers may represent a breakthrough in creating powerful radiation sources in the mid-IR'.