Related Publications & News Articles |
| March 1, 2005 |
Optics Letters / Volume 30, No 5 / March 1, 2005
"Multimillijoule chirped parametric amplification of few-cycle pulses"
by Andrius Baltuska et al
|
| |
|
| March 2005 |
NASA Tech Briefs
"Holographic Gratings" Page 11A
Wasatch Photonics’ product line of true volume phase holographic diffraction gratings provide superior performance through high dispersion capability, high efficiencies for polarization modes, wide bandwidth, low losses, and rugged design and packaging, including hermetic sealing and small form factor. They are unique because they operate in transmission. Applications that will benefit from enhanced spectral and optical signal separation and measurement include spectroscopy, laser tuning and pulse compression, hyperspectral imaging, fiber optics, and image acquisition. |
| |
|
| March 2005 |
Optics & Photonics News: Product Profiles
"Holographic Gratings" Page 53
Excerpt: Wasatch Photonics announces its product line of true volume phase holographic diffraction gratings.... |
| |
|
| September 2004 |
European Conference on Optical Communications (ECOC)
"Spectral Filter with Independently Variable Center Wavelength and Bandwidth"
by Gordon Wilson, Chien-Jen Chen, Phil Gooding, and Joe Ford
Abstract: We demonstrate a 2-port spectral filter which uses a single 2-axis MEMS tilts mirror to continuously tune center wavelength across 36nm, and independently tune passband 3-dB spectral width from 28 to 210 GHz. |
| |
|
| August
2004 |
Photonics
Spectra Magazine: Innovative Products
"Volume
Phase Gratings" Page 150
Complete
Text:
Applications for Wasatch Photonics' advanced volume phase
holography grating components include fingerprint identification,
head-up displays, hyperspectral imaging, biochemical sensing
with Raman spectroscopy, and lidar. These athermal,
rugged, lightweight devices can split light into individual
wavelengths, enabling high-performance telecommunications.
They perform multiple optical functions and offer wide bandwidths,
high efficiency, and polarization insensitivity with high
angular dispersion. The company says they won't scratch
and are easy to handle. |
| |
|
| July
2004 |
Photonics
Spectra Magazine: Innovative Products
"Enhanced
Grating" Page 155
Excerpt:
The Dickson WP-1200 from Wasatch Photonics is an enhanced-volume
phase holographic grating that operates from 1525-1565 nm,
with polarization dependent loss of <0.3dB, insertion loss
of <0.8dB, and dispersion of 7.13 degrees. |
| |
|
| May
2004 |
Photonics
Spectra Magazine: Photonics Research
"No-Moving-Parts
Optical Setups Scan Bar Codes": Pages 134 & 135
Excerpt:
Scientists at the University of Central Florida in Orlando
have demonstrated a passive-optics no-moving-parts 1-D bar-code
scanner. One of several designs for such systems offered by
the team, it promises to enable the development of simple,
eye-safe scanners with no moving parts for use in a variety
of applications. |
| |
|
|
October
2003 |
Photonics
Spectra Magazine: Accents on Applications
"Grating Shrinks Endoscope": Pages 37 & 38
by
Brent Johnson
Excerpt:
Endoscopes provide high-resolution color images in real time
for a range of medical applications. |
| |
|
|
August
2003 |
Photonics
Spectra Magazine: New Products
"Volume Phase Gratings": Page 136
Excerpt:
The Dickson grating from Wasatch Photonics is a specialized
volume phase transmission grating. |
| |
|
|
July
2003 |
BioPhotonics Magazine:
"Confocal Endoscopes Screen for Abnormal Cells": Pages 52-54
by
Nancy D. Lamontagne
Researchers
are developing confocal endoscopes that hold
the potential to screen for cancer without a biopsy.
For more information, or to request a copy of this issue,
contact biophotonics@laurin.com. |
| |
|
|
May 12, 2003 |
DeseretNews.Com:
"Mad Scientist Invents a Fulfilling Life in Paradise"
by
Alan Edwards
Star
in astronomy and laser industries shies from spotlight |
| |
|
| January, 2003 |
Optics
Express (OSA):
"A GRISM-based probe for spectrally encoded confocal microscopy":
Pages 120-124
by
C Pitris, B.E. Bouma, M. Shiskov, G. Tearney
Abstract:
Spectrally encoded confocal microscopy (SECM) is a novel approach
for obtaining high resolution, depth-sectioned images of microstructure
within turbid samples. By encoding one dimension in wavelength,
imaging probes can be greatly simplified compared to standard
scanning confocal microscopes, potentially enabling endoscopic
implementation. |
| |
|
| June, 2002 |
Laser
Focus World
”NASA lidar uses HOEs for lightweight scanning”:
Pages 141-147
by Geary Schwemmer, David Miller, Thomas Wilkerson, David Guerra,
and Richard Rallison
To reduce the cost and weight of spaceborne scanning lidar systems,
NASA has developed conical scanning telescopes using holographic
optical elements. |
| |
|
| June, 2002 |
Lightwave
(formerly WDM Solutions)
”Diffraction Gratings”: New Product Announcement
Dickson 940-lpmm diffraction gratings have twice the angular
dispersion of 600-lpmm gratings, polarization-dependent loss
<0.2 dBm and >90% diffraction efficiencies… |
| |
|
| March, 2001 |
Laser
Focus World
”Holographic optics convert rings to points for detection”
by Matthew McGill and Richard Rallison
A novel holographic optical element designed by NASA allows
use of a linear array detector to record the fringe pattern
of a Fabry-Perot. |
| |
|
|
About Wasatch Photonics
Founded in 2000, Wasatch
Photonics, Inc. designs, manufactures, and markets enhanced
holographic optics for optical networking, defense, test &
measurement, and medical applications. Wasatch Photonics'
high performance volume phase holographic platforms enable
a diverse range of cost effective, next generation devices.
The company uses proprietary recording media and patent-pending
Dickson grating technologies. |
·