M Squared Lasers Ltd

Glasgow, Scotland G20 0SP

COMPANY OVERVIEW

About M Squared Lasers Ltd

35

Contact

Venture Bldg, 1 Kelvin Campus
West of Scotland Science Pk, Maryhill Rd
Glasgow, Scotland G20 0SP
United Kingdom
http://www.m2lasers.com
44-141-945-0500
44-141-945-0505

More Info on M Squared Lasers Ltd

Provides next generation sources and photonics systems from UV to THz and cw to ultrafast. Tunable Ti:S, both cw and modelocked. Tunable mid IR and THz. Advanced control electronics.

Products

Buyer's Guide

ECD-X

Highly efficient frequency conversion for cw Ti:s
Shared User Pr8cef4e90d3f643cc8bd74da471e6178e
Shared User Pr8cef4e90d3f643cc8bd74da471e6178e
Shared User Pr8cef4e90d3f643cc8bd74da471e6178e
Shared User Pr8cef4e90d3f643cc8bd74da471e6178e
Shared User Pr8cef4e90d3f643cc8bd74da471e6178e
Home

SolsTiS

Fully automated, alignment-free and ultra-compact CW Ti:S

Articles

(Credit: Kevin Schneider/Pixabay)
Money 2180330 1920
Money 2180330 1920
Money 2180330 1920
Money 2180330 1920
Money 2180330 1920
Executive Forum

M Squared garners £32.5M in financing to advance quantum technology

The significant investment will enable M Squared to further advance its research and development; this is key to upscaling its pioneering work in quantum technology alongside ...
FIGURE 1. Thomas Laurent, manager of the newly established subsidiary of M Squared in Berlin.
FIGURE 1. Thomas Laurent, manager of the newly established subsidiary of M Squared in Berlin.
FIGURE 1. Thomas Laurent, manager of the newly established subsidiary of M Squared in Berlin.
FIGURE 1. Thomas Laurent, manager of the newly established subsidiary of M Squared in Berlin.
FIGURE 1. Thomas Laurent, manager of the newly established subsidiary of M Squared in Berlin.
Executive Forum

Starting a quantum business in pandemic times—An interview with Thomas Laurent

Although developments are now being driven by government initiatives, quantum technologies offers many avenues for future commercial growth and companies are now positioning themselves...
FIGURE 1. The Quantum Technologies Panel (left to right: Moderator John Dexheimer, Graeme Malcolm, Jamil Abo-Shaeer, Chris Monroe, and Tim Day) tried to answer questions such as the types of systems that vendors need from the photonics sector in terms of component specs/ technologies.
FIGURE 1. The Quantum Technologies Panel (left to right: Moderator John Dexheimer, Graeme Malcolm, Jamil Abo-Shaeer, Chris Monroe, and Tim Day) tried to answer questions such as the types of systems that vendors need from the photonics sector in terms of component specs/ technologies.
FIGURE 1. The Quantum Technologies Panel (left to right: Moderator John Dexheimer, Graeme Malcolm, Jamil Abo-Shaeer, Chris Monroe, and Tim Day) tried to answer questions such as the types of systems that vendors need from the photonics sector in terms of component specs/ technologies.
FIGURE 1. The Quantum Technologies Panel (left to right: Moderator John Dexheimer, Graeme Malcolm, Jamil Abo-Shaeer, Chris Monroe, and Tim Day) tried to answer questions such as the types of systems that vendors need from the photonics sector in terms of component specs/ technologies.
FIGURE 1. The Quantum Technologies Panel (left to right: Moderator John Dexheimer, Graeme Malcolm, Jamil Abo-Shaeer, Chris Monroe, and Tim Day) tried to answer questions such as the types of systems that vendors need from the photonics sector in terms of component specs/ technologies.
Lasers & Sources

Scaling quantum information systems: Photonics holds the keys

The commercialization of quantum technology is a much-discussed topic.
M Squared
This graph shows a measurement of ∆q using the M Squared quantum gravimeter. Combining this with knowledge of the laser wavelength and T, the local value of g is determined.
This graph shows a measurement of ∆q using the M Squared quantum gravimeter. Combining this with knowledge of the laser wavelength and T, the local value of g is determined.
This graph shows a measurement of ∆q using the M Squared quantum gravimeter. Combining this with knowledge of the laser wavelength and T, the local value of g is determined.
This graph shows a measurement of ∆q using the M Squared quantum gravimeter. Combining this with knowledge of the laser wavelength and T, the local value of g is determined.
This graph shows a measurement of ∆q using the M Squared quantum gravimeter. Combining this with knowledge of the laser wavelength and T, the local value of g is determined.
Test & Measurement

M Squared demonstrates UK's first industrial quantum gravity technology

Along with the University of Birmingham, M Squared creates and demos a laser-based quantum gravimeter.
(Image: M Squared Lasers)
Pictured left to right: Nils Hempler, head of the Innovation Centre at M Squared Lasers; Dr. Graeme Malcolm OBE, CEO at M Squared Lasers; professor Kishan Dholakia, University of St Andrews; Dr. Zhengyi Yang, University of St Andrews.
Pictured left to right: Nils Hempler, head of the Innovation Centre at M Squared Lasers; Dr. Graeme Malcolm OBE, CEO at M Squared Lasers; professor Kishan Dholakia, University of St Andrews; Dr. Zhengyi Yang, University of St Andrews.
Pictured left to right: Nils Hempler, head of the Innovation Centre at M Squared Lasers; Dr. Graeme Malcolm OBE, CEO at M Squared Lasers; professor Kishan Dholakia, University of St Andrews; Dr. Zhengyi Yang, University of St Andrews.
Pictured left to right: Nils Hempler, head of the Innovation Centre at M Squared Lasers; Dr. Graeme Malcolm OBE, CEO at M Squared Lasers; professor Kishan Dholakia, University of St Andrews; Dr. Zhengyi Yang, University of St Andrews.
Pictured left to right: Nils Hempler, head of the Innovation Centre at M Squared Lasers; Dr. Graeme Malcolm OBE, CEO at M Squared Lasers; professor Kishan Dholakia, University of St Andrews; Dr. Zhengyi Yang, University of St Andrews.
Spectroscopy

University of St. Andrews and M Squared Lasers form partnership for biophotonics research

The commercial agreement will spur improved detection and treatment of cancer, Alzheimer's
FIGURE 1. Based on work from the University of St. Andrews, M Squared Lasers has further developed an intracavity-pumped OPO with a dual-axis scanner that places the nonlinear crystal into the pump resonator to gain access to the high intracavity field.
FIGURE 1. Based on work from the University of St. Andrews, M Squared Lasers has further developed an intracavity-pumped OPO with a dual-axis scanner that places the nonlinear crystal into the pump resonator to gain access to the high intracavity field.
FIGURE 1. Based on work from the University of St. Andrews, M Squared Lasers has further developed an intracavity-pumped OPO with a dual-axis scanner that places the nonlinear crystal into the pump resonator to gain access to the high intracavity field.
FIGURE 1. Based on work from the University of St. Andrews, M Squared Lasers has further developed an intracavity-pumped OPO with a dual-axis scanner that places the nonlinear crystal into the pump resonator to gain access to the high intracavity field.
FIGURE 1. Based on work from the University of St. Andrews, M Squared Lasers has further developed an intracavity-pumped OPO with a dual-axis scanner that places the nonlinear crystal into the pump resonator to gain access to the high intracavity field.
Spectroscopy

SPECTRAL IMAGING: Active hyperspectral sensing and imaging for remote spectroscopy applications

A novel, laser-based hyperspectral imaging technology can detect minute quantities of threat materials at range, with applications from defense and security to the oil and gas...
Research

M Squared Lasers partners with Fraunhofer on environmental monitoring research

Glasgow, Scotland--M Squared Lasers launched a research partnership with the Glasgow hub of the Fraunhofer Centre for Applied Photonics that could improve the way environmental...
Content Dam Lfw Online Articles 2012 12 Hicore
Content Dam Lfw Online Articles 2012 12 Hicore
Content Dam Lfw Online Articles 2012 12 Hicore
Content Dam Lfw Online Articles 2012 12 Hicore
Content Dam Lfw Online Articles 2012 12 Hicore
Research

M Squared Lasers to lead nearly $2M EU conical refraction laser HiCORE project

Dundee, Scotland--M Squared Lasers is leading a team of seven European partners to improve power and brightness of solid-state lasers using conical refraction technology.

Buyer's Guide Listing Information

Click here for listing information and directions on how to add or update your company.

Request More Information From M Squared Lasers Ltd

By clicking above, I acknowledge and agree to Endeavor Business Media’s Terms of Service and to Endeavor Business Media's use of my contact information to communicate with me about offerings by Endeavor, its brands, affiliates and/or third-party partners, consistent with Endeavor's Privacy Policy. In addition, I understand that my personal information will be shared with any sponsor(s) of the resource, so they can contact me directly about their products or services. Please refer to the privacy policies of such sponsor(s) for more details on how your information will be used by them. You may unsubscribe at any time.