Vescent Technologies Inc DBA Vescent

14998 W 6th Ave Suite 700
Golden, CO 80401
United States
303-296-6766
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[email protected]

More Info on Vescent Technologies Inc DBA Vescent

US-based developer and manufacturer of ultra-stable lasers, laser drive & control electronics, and frequency combs.  Our mission is to supply developers with rugged photonics tools that are ready to be deployed in real-world applications.

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(Image credit: Vescent)
vescent
The SLICE-OPL offset phase-lock servo controller allows a follower laser to be locked to a master laser or frequency comb tooth.
(Photo credit: Vescent)
FIGURE 1. Vescent’s team in the cleanroom assembling frequency combs.
Quantum 2.0 technologies—including timing, computing, networking, and sensing—require much tighter control of light.
Vescent Photonics
The FFC series of fiber frequency combs are finely tuned mode-locked lasers used for high-accuracy optical applications measuring light frequency.
Vescent Photonics
The SLICE-QTC four-channel temperature controller with sub-millikelvin stability and set-point resolution has a firmware revision.
Vescent New
The FFC-100 erbium-based fiber frequency comb is based on the MLL-100 mode-locked laser featuring a passive SESAM mode locker.
(Image credit: NRL)
The all-optical device (inset) routes mid-IR beams in two dimensions within an optical chip that contains a waveguide, liquid crystals, and coupling optics.
A solid-state, compact on-chip device that incorporates waveguides and liquid-crystal elements can steer mid-infrared light beams without relying on mechanical components.
ADI acquired solid-state laser beam steering technology from Vescent Photonics for more robust lidar systems.
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A liquid crystal waveguide approach scans a 30° × 5° field of view at a frame rate of less than 50 ms/frame.
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With U.S. Defense Advanced Research Projects Agency (DARPA) and Air Force funding, Vescent Photonics has simultaneously shrunk the size and power consumption of tunable diode ...
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The D2-125, with both side and peak lock options, enables high-bandwidth (10 MHz) servo control of lasers.

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In the NICE-OHMS technique laser light passes through two electro-optic modulators (EOMs) before entering a high-­finesse cavity where the sample gas is located. Radio-frequency-­modulation sidebands at δ are detected in the cavity reflection to lock the laser frequency on a cavity resonance mode. Modulation sidebands at Δ, matching the cavity free-spectral-range (FSR) frequency, are used to probe the intracavity molecular signal in cavity transmission. A piezoelectric transducer (PZT) mounted on one of the cavity mirrors scans the cavity-mode frequency across molecular resonances.
Cavity-ring-down spectroscopy (CRDS) is an established technique for quantitative absorption measurements to determine the chemical composition of a sample under test.
Boulder, CO--A laser-based method for identifying a single atom or molecule hidden among 10 trillion others soon may find its way from the laboratory to the real world. Developed...