All Categories

History

Ideal for atomic clocks, oscillating at the transition frequency of strontium and rubidium Ultra-narrow linewidth CW (continuous wave) laser for quantum technology Solo QT-Solo 689.4
Ideal for atomic clocks, oscillating at the transition frequency of strontium and rubidium Ultra-narrow linewidth CW (continuous wave) laser for quantum technology Solo QT-Tokyo Instruments, Inc

Ideal for atomic clocks, oscillating at the transition frequency of strontium and rubidium Ultra-narrow linewidth CW (continuous wave) laser for quantum technology Solo QT
Tokyo Instruments, Inc

Tokyo Instruments, Inc's Response Status

Response Rate

100.0%

Response Time

36.5hours


About This Product

■Ultra-narrow linewidth CW (continuous wave) laser Solo QT Product Overview

Skylark Lasers (formerly UniKLasers)'s quantum technology laser "Solo QT series" is a laser that oscillates at the transition frequency of strontium and rubidium. Lasers offer excellent beam quality and stability, and their small size allows them to be used in highly demanding applications such as atomic clocks.

■Solo QT Features

・Narrow line width: 0.3MHz or less ・For rubidium: 813.42nm, 780.24nm ・For strontium: 698.4nm, 689.4nm ・Small laser head: 207 x 80mm, length x width ・Spectral drift: 1pm or less ・Output stability: within 2%

■Applications

quantum technology

■Application: Laser ideal for quantum technology

Quantum technology is driving rapid developments in various fields such as metrology, cybersecurity, and computing. For example, the atomic clock, which is currently the most accurate time measurement method, is used not only as a time standard but also for a variety of other purposes. Applications outside the laboratory are also increasing, such as using quantum gravimeters to monitor magma flows in ice sheets and volcanoes. These applications require lasers with excellent linewidth and stability to precisely manipulate the states of individual atoms. Skylark Lasers (formerly UniKLasers) works closely with people in the quantum technology field to develop wavelengths that correspond to targeted atomic transitions, such as the Solo 780.24 series for rubidium and the Solo 698.4 series for strontium. We supply lasers. Skylark Lasers (formerly UniKLasers) lasers utilize proprietary technology to achieve superior output power and wavelength stability over long periods of operation.

■Options

・Output control ・Mode hop-free sweep range (GHz)

  • Product

    Ideal for atomic clocks, oscillating at the transition frequency of strontium and rubidium Ultra-narrow linewidth CW (continuous wave) laser for quantum technology Solo QT

Share this product


50+ people viewing

Last viewed: 5 hours ago


Free
Get started with our free quotation service - no cost, no obligation.

No Phone Required
We respect your privacy. You can receive quotes without sharing your phone number.

1 Models of Ideal for atomic clocks, oscillating at the transition frequency of strontium and rubidium Ultra-narrow linewidth CW (continuous wave) laser for quantum technology Solo QT

Image Part Number Price (excluding tax) Portrait mode Line width Wavelength Output stability Output noise Output Beam diameter Beam divergence angle Beam spatial mode Spectral stability Coherent length
Ideal for atomic clocks, oscillating at the transition frequency of strontium and rubidium Ultra-narrow linewidth CW (continuous wave) laser for quantum technology Solo QT-Part Number-Solo 689.4

Solo 689.4

Available upon quote

Single longitudinal mode (SLM)

<0.3MHz

689.4nm

< 2% (8 hours ±1.5℃)

< 0.1rms (10Hz~10MHz)

10/20/30mW

0.8~1.2mm

<1mrad Diffraction limit

TEM00

±1pm (8 hours)

≥100m

Customers who viewed this product also viewed

Reviews shown here are reviews of companies.

See More Laser Light Sources Products

Other products of Tokyo Instruments, Inc

Reviews shown here are reviews of companies.


View more products of Tokyo Instruments, Inc

About Company Handling This Product

Response Rate

100.0%


Response Time

36.5hrs

Company Overview

Tokyo Instruments, Inc., established in 1981, and headquartered in Tokyo, Japan, is a manufacturer of opto-ele...

See More

  • Japan

This is the version of our website addressed to speakers of English in the United States. If you are a resident of another country, please select the appropriate version of Metoree for your country in the drop-down menu.

Copyright © 2024 Metoree