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CERO - Ultra-low noise and narrow linewidth

URL: /technology/toptica-proprietary/cero-1#c22663

Ultra-low noise and narrow linewidth The CERO technology uses a passive, all-optical phase-lock for stabilizing the offset frequency fCEO. By that our comb system requires one electronic locking

CERO - 100 times faster noise reduction

URL: /technology/toptica-proprietary/cero-1#c22664

100 times faster noise reduction By utilizing a passive, all-optical lock the effective fCEO-locking-bandwidth of the DFC CORE + is as high as 200 MHz. By that it suppresses perturbations and noise

100 times faster noise reduction - 100 times faster noise reduction

URL: /100-times-faster-noise-reduction#c22764

100 times faster noise reduction DFG is taken for each pulse individually (intra-pulse DFG) All-optical phase-lock Not limited by bandwidth of electronic feedback Two orders of magnitude

Perfect lock to optical reference

URL: /technology/toptica-proprietary/cero-1/perfect-lock-to-optical-reference#c22885

This is proof of the exceptional coherence of all comb lines of the RF-locked DFC CORE +. Moreover, it shows that the origin of the DFG comb is truly at 0 Hz, anything acting on the DFC CORE + acts

Perfect lock to optical reference - Perfect lock to optical reference

URL: /technology/toptica-proprietary/cero-1/perfect-lock-to-optical-reference#c22888

Perfect lock to optical reference The DFC is especially suitable for use with an optical reference like a narrow linewidth laser. If stabilized to such an optical reference the frequencies of the

100 times faster noise reduction - 100 times faster noise reduction

URL: /technology/toptica-proprietary/cero-1/100-times-faster-noise-reduction#c22990

100 times faster noise reduction DFG is taken for each pulse individually (intra-pulse DFG) All-optical phase-lock Not limited by bandwidth of electronic feedback Two orders of magnitude

PR_TOPTICA_TOPTICA_Photonics_expands_Executive_Board_EN.pdf

URL: https://www.toptica.com/fileadmin/Editors_English/06_company/01_news/02_press/2024/2024_10_NewBoardMembers/PR_TOPTICA_TOPTICA_Photonics_expands_Executive_Board_EN.pdf

TOPTICA Photonics Expands Executive Board Pursuant to the company’s growth trajectory, the TOPTICA Group enhances its financial and operational expertise to prepare for continued growth and

USA - Laser Development Scientist (m/f/d)

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October 2024 Job Title: Laser Development Scientist Reports to: Director of Laser Technology Send resume to: jobs@toptica-usa.com Position Details: Hours per week: 40 Salary Range:

USA - Laser Development Scientist (m/f/d)

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Please note this job description is not designed to cover or contain a comprehensive listing of activities, duties or responsibilities that are required of the employee for this job. Duties,

USA - Laser Development Scientist (m/f/d)

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Affirmative Action/EEO statement TOPTICA Photonics, Inc.’s policy is to recruit and employ people with skills to advance our technology driven industry, without regard to race, color, religion,