|
Innovation and invention are daily occurrences at OSC. The field of
optics is full of possibilities — as Nobel laureate and professor of
optical sciences Nicolaas
Bloembergen explains,
"I think that what attracts me most ... is the
eternal fascination of discovering, in my laboratory or at my desk,
something that no one before me has found."
For more information, see
the U.S. Patent and Trademark Office
and the UA Office of Technology Transfer's
list of licensable technologies.
|
8,125,644 |
Devon G. Crowe |
Magnetic field sensor with optically sensitive device and method for
measuring a magnetic field |
|
7,832,864 |
Harrison H. Barrett, Alexander Goncharov and Julia Sakamoto |
Inverse optical design |
|
7,821,624 |
Zhong-Quan Zhao, Daniel H. Leslie and Michael Lefebvre |
Tracking system with excited state atomic line filter |
|
7,786,472 |
David Cardamone, Sumitendra Mazumdar and Charles Stafford |
Quantum Interference Effect Transistor (QuIET) |
|
7,726,860 |
Kevin Harrity, Cory J. Nelson, David R. Carlson, Mark
E. Johnson, Scott W. Demarest, Matthew B. Dubin and Kenneth W.
Michaels |
Light apparatus |
|
7,705,971 |
Devon G. Crowe |
System and method for determining crosswinds |
|
7,702,139 |
Rongguang Liang, Victor C. Wong, Mark E. Bridges, Michael A.
Marcus, David L. Patton, Peter D. Burns and Paul O. McLaughlin |
Apparatus for caries detection |
|
7,693,355 |
Christopher DeRose, Yasufumi Enami, Robert A. Norwood and
Nasser Peyghambarian
|
Hybrid electro-optic polymer/sol-gel modulator
|
7,688,453
|
John E. Greivenkamp, James Haywood, Larry Jones, Russell
Spaulding and Gregory Williby |
Interferometry testing of lenses, and systems and devices for same
|
|
7,679,061 |
Victor C. Wong and Rongguang Liang |
Radiographic image sensing system |
|
7,678,495 |
Paul R. Kolodner, Thomas N. Krupenkine, Alan M. Lyons, Stanley Pau, Joseph A. Taylor and Brijesh Vyas |
Graphitic nanostructured battery |
|
7,668,355 |
Victor C. Wong and Rongguang Liang |
Method for detection of caries |
|
7,667,850 |
Devon G. Crowe |
Imaging system with low coherence light source |
|
7,658,111 |
Hongxi Zhang |
Sensors with high temperature piezoelectric ceramics |
|
7,654,676 |
Matthew B. Dubin and Brent D. Larson |
Pupil mismatch in a collimated display system |
|
7,619,786 |
Rongguang Liang |
Linear illumination apparatus and method |
|
7,616,881 |
Rongguang Liang, Xiang-Dong Mi and David Kessler |
Zoom flash with liquid crystal lens |
|
7,612,935 |
Gabriel Ramos-Ortiz, Myoungsik Cha, Seth R. Marder and
Bernard Kippelen |
Third-order optical autocorrelator for time-domain operation at the
telecommunication wavelengths |
|
7,612,880 |
Russell Chipman |
Advanced polarization imaging method, apparatus and computer program product for retinal imaging, liquid crystal
testing, active remote sensing and other applications |
|
7,597,447 |
Brent D. Larson and Matthew B. Dubin |
Color correcting contrast enhancement of displays |
|
7,596,253 |
Victor C. Wong, Rongguang Liang and Donna K. Rankin-Parobek |
Method and apparatus for detection of caries |
|
7,580,582 |
Ali Bilgin, Michael Marcelin and Zhenyu Wu |
Methods for decoding corrupt JPEG2000 codestreams |
|
7,579,594 |
Arvind I. D’Souza, Maryn G. Stapelbroek, Larry C.
Dawson and Dale E. Molyneux |
Infrared radiation imager having sub-pixelization and
detector interdigitation |
|
7,577,284 |
Victor C. Wong, Rongguang Liang, Michael A. Marcus, Paul O.
McLaughlin and David L. Patton |
Optical detection of dental caries |
|
7,576,349 |
Rongguang Liang and Mark E. Shafer |
Radiation image readout apparatus |
|
7,567,391 |
Lester D. Strauch III, Richard J. Kreis, Russell Chipman
and Karlton Crabtree |
Radiation source with self-aligning optics |
|
7,522,322 |
Douglass L. Blanding, Rongguang Liang, Edward J. Giorgianni
and Steven J. Hansen |
Apparatus for dental shade measurement |
|
7,521,674 |
Stanley Pau |
Method for trapping uncharged multipole particles |
|
7,513,627 |
Brent D. Larson and Matthew B. Dubin |
Image projection system with vibration compensation |
|
7,504,453 |
Xuejiao Hu, Linan Jiang and Kenneth E. Goodson |
Composite thermal interface material including
particles and nanofibers |
|
7,482,996 |
Brent D. Larson, Matthew B. Dubin and Elias S. Haim |
Head-up display |
|
7,480,082 |
Rongguang Liang |
Radiation image scanning apparatus and method |
|
7,458,685 |
Rongguang Liang, Dale L. Tucker, Jeffery R. Hawver, Seung-Ho
Baek, Vishwas G. Abhyankar, Richard Weil and Douglass L. Blanding |
Automated fundus imaging system |
|
7,446,883 |
Christopher James Evans and William P. Kuhn |
Method and apparatus for tilt corrected lateral shear in a lateral
shear plus rotational shear absolute flat test |
|
7,435,391 |
Chien-Shing Pai and Stanley Pau |
Light-mediated micro-chemical reactors |
|
7,434,963 |
Mark E. Kaminski, Matthew B. Dubin and Mark R. Fink |
Lighting system and optical projection structure
|
|
7,420,657 |
José Sasián, James Caudill and Peter Yantzer |
Methods, apparatus and systems for evaluating
gemstones |
|
7,413,328 |
Matthew B. Dubin and Brent D. Larson |
Remotely coupled hybrid HUD backlight |
|
7,405,871 |
José Sasián |
Efficient EUV collector designs |
|
7,399,088 |
Matthew B. Dubin and Brent D. Larson |
Pupil mismatch in a collimated display system |
|
7,391,938 |
Nasser Peyghambarian, Robert A. Norwood
and Christopher T. DeRose |
Technique to enhance the electro-optic coefficient of
polymers by using a sol-gel cladding layer to increase poling
efficiency |
|
7,382,918 |
Edward J. Bawolek, Lawrence A. Booth, Curt Corum and William P.
Kuhn |
Apparatus and method for imager device color calibration using a
spectral light source |
|
7,382,445 |
José Sasián, James Caudill and Peter Yantzer |
Methods, apparatus and systems for evaluating
gemstones |
|
7,375,824 |
William P. Kuhn and Matthew B. Dubin |
Interferometer for measurement of dome-like objects |
|
7,375,653 |
Mark E. Kaminski, Matthew B. Dubin and Michael Frate |
Precision approach path indicator systems and light
assemblies useful in same |
|
7,372,552 |
José Sasián, James Caudill and Peter Yantzer |
Methods, apparatus and systems for evaluating
gemstones |
|
7,360,896 |
Rongguang Liang and Jeffery R. Hawver |
Fundus camera for wide field of view and small pupil |
|
7,355,683 |
José Sasián, James Caudill, Peter Yantzer, Jason
Quick, Jason Flatt and Jacob Sheffield |
Systems and methods for evaluating and displaying the
dispersion of a diamond or other gemstone |
|
7,351,972 |
Arvind I. D’Souza, Maryn G. Stapelbroek, Larry C
Dawson and Dale E. Molyneux |
Infrared radiation image having sub-pixelization and
detector interdigitation |
|
7,336,347 |
José Sasián, James Caudill and Peter Yantzer |
Methods, apparatus and systems for evaluating
gemstones |
|
7,334,630 |
Kenneth E. Goodson, Chuau-Hua Chen, David E. Huber,
Linan Jiang, Thomas W. Kenny, Jae-Mo Koo, Daniel J. Laser, James C. Mikkelsen, Juan G. Santiago, Evelyn Ning-Yi Wang, Shulin Zeng
and Lian Zhang |
Closed-loop microchannel cooling system |
|
7,324,695 |
Karthik Krishnan, Arun Krishnan, Michael Marcellin and
Mariappan Nadar |
Prioritized image visualization from scalable compressed data |
|
7,298,970 |
Rongguang Liang and David Kessler |
Zoom flash with variable focus lens |
|
7,296,894 |
Rongguang Liang and David Kessler |
Fundus camera having scanned illumination and pupil tracking |
|
7,275,826 |
Rongguang Liang |
Fundus camera having curved mirror objective |
|
7,250,325 |
James Robert Janesick, Eugene l. Dines, Mark S.
Muzilla and Maryn G. Stapelbroek |
Image sensor with deep well region and method of
fabrication the image sensor |
|
7,230,718 |
James E. Millerd and James C. Wyant |
Simultaneous phase-shifting Fizeau interferometer |
|
7,230,717 |
Neal J. Brock, James E. Millerd, James C. Wyant
and John B. Hayes |
Pixelated phase-mask interferometer |
|
7,241,011 |
Seung-Ho Baek, Douglass L. Blanding, Rongguang Liang, Dale L.
Tucker and Jeffery R. Hawver |
Fundus imaging system |
|
7,217,951 |
Sanjay Krishna, J. Scott Tyo, Majeed M. Hayat, Sunil
Raghavan and Unal Sakoglu |
Detector with tunable spectral response |
|
7,203,428 |
Robert G. Waarts and Russell Chipman |
Method and apparatus for polarization mode
dispersion monitoring in a multiple wavelength optical system |
|
7,202,511 |
Maryn G. Stapelbroek, Henry H. Hogue and Arvind I.
D’Souza |
Near-infrared visible light photon counter |
|
7,198,370 |
Matthew B. Dubin and Brent D. Larson |
Illumination apparatus |
|
7,190,836 |
Arun Krishnan and Michael Marcellin
|
Efficient ordering of data for compression and visualization |
|
7,184,610 |
Ronald S. Weinstein, Michael R. Descour, Chen Liang,
Peter H. Bartels and Roland V. Shack |
Miniaturized microscope array digital slide scanner
|
|
7,166,878 |
James Robert Janesick, Eugene L. Dines, Mark S.
Muzilla and Maryn G. Stapelbroek |
Image sensor with deep well region and method of
fabricating the image sensor |
|
7,164,859 |
Karl Arnold Belser, Masud Mansuripur and Jeffrey P.
Wilde |
Free-space dynamic wavelength routing systems with
interleaved channels for enhanced performance |
|
7,164,434 |
Rongguang Liang |
LCD based imaging apparatus for printing multiple formats |
|
7,158,914 |
William P. Kuhn |
Precision surface measurement |
|
7,158,823 |
William G. Hawkins |
Limited-angle frequency-distance resolution recovery in nuclear
medicine imaging |
|
7,145,611 |
Matthew B. Dubin, Brent D. Larson and Aleksandra
Kolosowsky |
Seamless tiled display system |
|
7,132,648 |
Bradley M. Ratliff, Majeed M. Hayat, J.
Scott Tyo and Ted S.
Turner Jr. |
Uniform, nondisruptive and radiometrically accurate
calibration of infrared focal plane array sensors using global scene
motion |
|
7,130,319 |
Yushi Kaneda, Christine Spiegelberg, Jihong Geng
and Yongdan Hu |
All-fiber Q-switched laser |
|
7,130,115 |
Artur G. Olszak, Chen Liang and Michael R. Descour
|
Multimode scanning imaging system |
|
7,129,511 |
Seung-Ho Baek, Rongguang Liang and Roger S. Kerr |
Integrated scan module for a computer radiography input scanning
system |
|
7,127,163 |
Junwon Lee, Steven J. Hansen and Rongguang Liang |
Ring light guide |
|
7,116,437 |
Ronald S. Weinstein, Michael R. Descour, Chen Liang,
Peter H. Bartels and Roland V. Shack |
Inter-objective baffle system |
|
7,081,623 |
Chien-Shing Pai and Stanley Pau |
Wafer-based ion traps |
|
7,079,730 |
Mahmoud Fallahi and Amir Fardad |
Integrated hybrid optoelectronic devices. |
|
7,072,042 |
Tae-Hee Kim and James H. Burge |
Apparatus for and method of measurement of aspheric surfaces using
hologram and concave surface |
|
7,068,936 |
Stanley Pau, Jianjun Yu, Keisuke Kojima and
Naresh Chand |
Method
and apparatus for optical switching |
|
7,061,584 |
Artur G. Olszak and Michael R. Descour
|
Multiaxis projection imaging system |
|
7,057,738 |
James E. Millerd and James C. Wyant |
Simultaneous phase-shifting Fizeau Interferometer |
|
7,057,737 |
James E. Millerd, Neal J. Brock, John B. Hayes
and James C. Wyant |
Common optical-path testing of high numerical
aperture wavefronts |
|
7,048,379 |
Joseph M. Miller and James T. Schwiegerling |
Imaging lens and illumination system |
|
7,047,695 |
Clayton J. Allen, James E. Partridge and Ralph M.
Richard |
Steel frame stress reduction connection |
|
7,044,377 |
Mehul Patel, David Tsi Shi, Thomas D. Bianculli and
Chunyu Zhao |
Plug-and-play imaging and illumination engine for an
optical code reader |
|
7,042,982 |
Stanley Pau and Donald M. Tennant |
Focusable and steerable micro miniature X-ray apparatus |
|
7,029,124 |
Matthew B. Dubin, Brent D. Larson and Aleksandra Kolosowsky |
Distortion control for a seamless tile display system |
|
7,019,890 |
Gerald Meredith, Bernard Kippelen and David Mathine |
Hybrid electro-active lens |
|
7,016,533 |
Edward J. Bawolek, Lawrence A. Booth, Curt Corum and William P.
Kuhn |
Apparatus and method for imager device color calibration using a
spectral light source |
|
7,015,052 |
Ghassan E. Jabbour, Dino P. Guzman and
Nasser Peyghambarian |
Method for fabricating organic light-emitting diode
and organic light-emitting display using screen-printing |
|
7,012,250 |
Vladimir A. Aksyuk and Stanley Pau |
Wafer supported, out-of-plane ion trap devices |
|
7,002,890 |
Naoyasu Miyagawa and Masud Mansuripur |
High density analog recording using write symbols
having distinguishable readout waveforms |
|
6,988,811 |
Carl F. Leidig, David Kessler, Janet Donner, Rongguang Liang
and Xiang-Dong Mi |
Optical exposure apparatus and method for aligning a substrate |
|
6,983,667 |
Brian Cuerden, J. Roger P. Angel, James H. Burge
and Scott T. DeRigne |
Impact micro-positioning actuator |
|
6,982,997 |
Shibin Jiang, Yushi Kaneda, Christine Speigelberg
and Tao Luo |
Single-frequency narrow line width 1μm fiber
laser |
|
6,980,377 |
Brent D. Larson and Matthew B. Dubin |
Chromatic vignetting in lens systems |
|
6,967,326 |
Chien-Shing Pai, Stanley Pau, Joseph A. Taylor |
Mass spectrometers on wafer-substrates |
|
6,965,620 |
Christine Spiegelberg, Jihong Geng, Yushi Kaneda,
Shibin Jiang, Ronald Pollock, Ik Joon Song, Ping Li, Sean Staines
and Chih-Jen Chi |
Erbium-doped phosphate-glass tunable single-mode
fiber laser using a tunable Fabry-Perot filter |
|
6,962,415 |
Matthew B. Dubin, Brent D. Larson and Brian W.
Walker |
Electro-optical dimming system |
|
6,947,618 |
Russell Chipman and Massimo Martinelli |
Polarization controller |
|
6,943,930 |
Xiang-Dong Mi, David Kessler, Rongguang Liang and Tomohiro
Ishikawa |
Method and system for fabricating optical film using an exposure
source and reflecting surface |
|
6,942,959 |
Matthew B. Dubin and Brent D. Larson |
Display screen and method of manufacture therefor |
|
6,942,344 |
Rongguang Liang and Joshua M. Cobb |
Autostereoscopic display for multiple viewers |
|
6,942,018 |
Kenneth E. Goodson, Chuau-Hua Chen, David E. Huber,
Linan Jiang, Thomas W. Kenny, Jae-Mo Koo, Daniel J. Laser, James C. Mikkelsen, Juan G. Santiago, Evelyn Ning-Yi Wang, Shulin Zeng
and Lian Zhang |
Electro-osmotic microchannel cooling system |
|
6,940,645 |
Rongguang Liang and David Kessler |
Monocentric autostereoscopic optical
apparatus with a spherical gradient-index ball lens |
|
6,927,912 |
Matthew B. Dubin and Brent D. Larson |
Optical devices employing beam folding with
polarizing splitters |
|
6,924,897 |
Robert E. Parks and William P. Kuhn |
Point source module and methods of aligning and using
the same |
|
6,917,749 |
Renyuan Gao, Donald S. Bitting, Robert M. Mininni,
Robert A. Norwood, Kazuya Takayama and Anthony F. Garito |
Polymer optical waveguides on polymer substrates |
|
6,912,090 |
Avinoam Kornblit, Stanley Pau and Maria E. Simon |
Adjustable compound microlens apparatus with mems
controller |
|
6,904,202 |
Alan
Johnson and Pierre St. Hilaire |
Writing waveguides with an arbitrary Bragg wavelength
|
|
6,904,201 |
Pierre
St. Hilaire |
Phase-controlled fiber Bragg gratings and manufacturing methods |
|
6,901,221 |
Wenbin
Jiang, Cheng Ping Wei and Tom D. Milster |
Method
and apparatus for improved optical elements for vertical PCB fiber
optic modules |
|
6,896,371 |
Jeffrey A. Shimizu, Peter J.M. Jansson and
Stephen McClain |
Digital image projector with oriented
fixed-polarization-axis polarizing beamsplitter |
|
6,893,129 |
Rongguang Liang and Joshua M. Cobb |
Autostereoscopic display for multiple viewers |
|
6,891,682 |
Joanna Aizenberg, Timofei Kroupenkine, Stanley Pau
and Shu Yang |
Lenses
with tunable liquid optical elements |
|
6,886,940 |
Rongguang Liang and Joshua M. Cobb |
Autostereoscopic display for multiple viewers |
|
6,874,899 |
Carl F. Leidig, David Kessler, Janet Donner, Rongguang Liang
and Xiang-Dong Mi |
Apparatus and method for irradiating a substrate |
|
6,873,469 |
Darianus Johannes Stephanes Maria De Vaan and
Stephen McClain |
Projection device with wire grid polarizers |
|
6,871,957 |
Rongguang Liang and Joshua M. Cobb |
Autostereoscopic display for multiple viewers |
|
6,870,615 |
Robert E. Parks, William P. Kuhn, Bryan Loucks
and Michael R. Jacobson |
Dual beam spectrophotometer modular sample system |
|
6,869,183 |
Rongguang Liang and David Kessler |
Autostereoscopic optical apparatus for viewing a stereoscopic
virtual image |
|
6,863,404 |
Rongguang Liang and David Kessler |
Method for providing a curved image |
|
6,863,400 |
Rongguang Liang |
Tiled projection display using spatial light modulators |
|
6,847,460 |
Colin
T. Farrell, Anthony L. Martinez, Joanna Schmit and Michael B. Krell |
Alignment and correction template for optical profilometric
measurement |
|
6,846,099 |
Matthew B. Dubin, Brent D. Larson and Scott R.
Mangum |
Aircraft position light |
|
6,829,393 |
Peter A. Jansson |
Method, program and apparatus for efficiently removing stray-flux
effects by selected-ordinate image processing |
|
6,823,101 |
John V. Gates II, William R. Holland, Jungsang Kim
and Stanley Pau |
Method
for calibrating a MEMS device |
|
6,820,982 |
Rongguang Liang and David Kessler |
Method and apparatus for forming an image on a curved diffusive
surface |
|
6,809,887 |
Chunyu
Gao, Hong Hua and Narendra Ahuja |
Apparatus and method for acquiring uniform-resolution panoramic
images |
|
6,804,428 |
Mark H. Garrett, Jeffrey P. Wilde and Pavel
G. Polynkin |
Optical spectral power monitors employing
polarization diversity scheme |
|
6,801,689 |
John
N. Sweetser, Anders Grunnet-Jepsen, Pierre St. Hilaire and Alan
Johnson |
Correcting the phase of waveguide Bragg gratings |
|
6,800,424 |
Baopei Xu, Louay Eldada, Robert A. Norwood and
Robert M. Blomquist |
Optical devices made from radiation curable
fluorinated compositions |
|
6,778,328 |
Joanna Aizenberg, Timofei Kroupenkine, Stanley Pau
and Shu Yang |
Tunable field of view microlens |
|
6,773,116 |
Adrianuus Johannes Stephanes Maria De Vaan,
Stephen McClain and Holger Moench |
Projection display device |
|
6,769,777 |
Matthew B. Dubin and Brent D. Larson |
Multiaperture optical dimming system |
|
6,768,839 |
Robert M. Blomquist and Robert A. Norwood |
Tunable, polymeric core, fiber Bragg gratings |
|
6,760,511 |
Mark H. Garrett, Masud Mansuripur, Jeffrey
P. Wilde and Pavel G. Polynkin |
Reconfigurable optical add-drop multiplexers
employing polarization diversity |
|
6,753,960 |
Pavel G. Polynkin and Jeffrey P. Wilde |
Optical spectral power monitors employing
frequency-division multiplexing detection schemes |
|
6,738,186 |
Shibin Jiang, Sergio Brito Mendes, Gualtiero Nunzi
Conti, Dan T. Nguyen, Ewan M. Wright, Arturo Chavez-Pirson
and Yushi Kaneda |
Multimode erbium micro fiber amplifier (EMFA) |
|
6,731,834 |
Mario E. deAngelis, William R. Holland and Stanley
Pau |
System and method to calibrate an optical
cross-connect |
|
6,731,434 |
Hong Hua and Jannick P. Rolland |
Compact lens-assembly for the teleportal augmented
reality system |
|
6,693,666 |
Henry
H. Baker, John I. Woodfill, Pierre St. Hilaire and Nicholas R.
Kalayjian |
Moving
imager camera for track and range capture |
|
6,684,019 |
Robert A. Norwood, Louay Eldada, Shing Yin, Cathy
Glass and Robert M. Blomquist |
Planar polymeric waveguide devices with temperature
dependence control features |
|
6,680,150 |
James W. Blatchford Jr., Omkaram Nalamasu and
Stanley Pau |
Suppression of side-lobe printing by shape
engineering |
|
6,657,769 |
Robert R. Hayes, Alan R. Kost, Daniel Yap and
Thomas R. Cooper |
Low-voltage, semiconductor phase modulator |
|
6,624,894 |
Artur G. Olszak and Joanna Schmit |
Scanning interferometry with reference signal |
|
6,624,893 |
Joanna
Schmit and Artur G. Olszak |
Correction of scanning errors in interferometric profiling |
|
6,611,372 |
Nasser Peyghambarian |
Erbium and ytterbium co-doped phosphate glass optical
fiber amplifiers using short active fiber length |
|
6,608,950 |
Elizabeth T. Kunkee, David V. Forbes, James E. Leight
and Mahmoud Fallahi |
Integrated optoelectronic device and method of making same |
|
6,603,917 |
Kazuya Takayama, Donald S. Bitting and Robert A.
Norwood |
Planar optical waveguide with core barrier |
|
6,597,504 |
Matthew B. Dubin and Brent D. Larson |
Optical devices employing beam folding with
polarizing splitters |
|
6,593,062 |
Barrett G. Potter Jr., Kelly Simmons Potter, David R.
Wheeler and Gregory M. Jamison |
Formation of bulk refractive index structures |
|
6,577,584 |
Tom D.
Milster and Kei Shimura |
Method
and apparatus for detecting light from a multilayered object |
|
6,560,386 |
Louay Eldada and Robert A. Norwood |
Tunable optical add/drop multiplexer |
|
6,555,288 |
Baopei Xu, Louay Eidada, Robert A. Norwood and
Robert M. Blomquist |
Optical devices made from radiation curable
fluorinated compositions |
|
6,538,805 |
Robert A. Norwood, Anthony F. Garito
and Anna
Panackal |
Codopant polymers for efficient optical amplification |
|
6,525,466 |
Ghassan E. Jabbour, Nasser Peyghambarian
and Bernard Kippelen |
Cathode including a mixture of a metal and an
insulator for organic devices and method of making the same |
|
6,511,183 |
Jeffrey A. Shimizu, Peter J. M. Janssen and Stephen
McClain |
Digital image projector with oriented
fixed-polarization-axis polarizing beamsplitter |
|
6,510,261 |
Wayne V. Sorin, Pavel G. Polynkin, Steven L. Shepherd, Byoung Yoon Kim
and Seok Hyun Yun |
Acousto-optic variable attenuator with active
cancellation of back reflections |
|
6,507,685 |
Pavel G. Polynkin and Jeffrey P. Wilde |
Method and apparatus for servo-based spectral array
alignment in optical systems |
|
6,504,976 |
Pavel G. Polynkin, Jeffrey P. Wilde and Michael
J. Timmons |
Spectral power monitors with active alignment
compensation |
|
6,504,943 |
William C. Sweatt, Stephen M. Gentry, Clinton A.
Boye, Carter l. Grotbeck, Brian R. Stallard and Michael R. Descour
|
Information-efficient spectral imaging sensor
|
|
6,493,093 |
Akiko
Harasaki and Joanna Schmit |
Bat-wing attenuation in white-light interferometry |
|
6,473,551 |
Robert A. Norwood and Chia-Chi Teng |
Thin film optical waveguides |
|
6,469,830 |
Matthew B. Dubin and Brent D. Larson |
Display screen and method of manufacture therefor |
|
6,466,349 |
George C. Valley, Kenneth R. Elliot, Alan R. Kost
and Daniel Yap |
Integrated optical transmitter |
|
6,459,490 |
William P. Kuhn and Robert E. Parks |
Dual field of view optical system for microscope and microscope and interferometer containing the same |
|
6,438,293 |
Louay Eldada and Robert A. Norwood |
Tunable optical add/drop multiplexer |
|
6,436,613 |
Mahmoud Fallahi and Amir Fardad |
Integrated hybrid optoelectronic devices |
|
6,433,876 |
William P. Kuhn |
Multiple wavelength or multiple shear distance quantitative
differential interference contrast microscopy |
|
6,404,544 |
William P. Kuhn |
Wavelength multiplexed quantitative differential interference
contrast microscopy |
|
6,402,994 |
Seth R. Marder, Nasser Peyghambarian, Bernard Kippelen, Boris Volodin
and Eric Hendrickx |
Thermally stable molecules with large dipole moments
and polarizabilities and applications thereof |
|
6,399,221 |
Tobin J. Marks, Joshua E. Malinsky, Bernard Kippelen,
Nasser Peyghambarian and Ghassan E. Jabbour |
Organic light-emitting diodes and methods for assembly and emission
control |
|
6,392,787 |
Raymond A. Cirelli, Omkaram Nalamasu, Sanjay Patel,
Stanley Pau, George P.
Watson, Christopher A. White and Robert W. Zehner |
Process for fabricating article comprising photonic band gap material |
|
6,392,235 |
Harrison H. Barrett, Eric Clarkson and Donald W. Wilson |
Coded-aperture system for planar imaging of volumetric sources |
|
6,385,362 |
Robert A. Norwood |
Hybrid integrated optical add-drop multiplexer |
|
6,377,306 |
Michael J. Johnson and Matthew B. Dubin |
Method and apparatus for providing a seamless tiled
display |
|
6,370,422 |
Rebecca Richards-Kortum, Colin l. Smithpeter, Brett
S. Bowman and Michael R. Descour |
Fiber-optic confocal imaging apparatus and methods of use
|
|
6,368,775 |
Barrett G. Potter Jr. and Kelly Simmons Potter |
3-D
photo-patterning of refractive index structures in photosensitive
thin film materials |
|
6,341,181 |
John E. Greivenkamp and Andrew E. Lowman |
Mid-spatial frequency digital boost filter |
|
6,314,809 |
Mark A. Kasevich and Brian P. Anderson |
Gravity measurement using Bose-Einstein condensed
vapors and atom interferometry |
|
6,311,305 |
Baruch Sollish and Dennis G. Howe |
Method and system for overriding error correction
|
|
6,311,004 |
John T. Kenney, John Midgley, Valentine N. Morozov,
Ken Purchase, Marc Stiller, Anthony Ticknor, James Burke and John
Love |
Photonic devices comprising thermo-optic polymer
|
|
6,310,968 |
William G. Hawkins and Daniel Gagnon |
Source-assisted attenuation correction for emission computed
tomography |
|
6,307,913 |
Richard M. Foster, Edmond Turcu, José Sasián,
Harry Rieger and James H. Morris |
Shaped source of soft X-ray, extreme ultraviolet and
ultraviolet radiation |
|
6,306,563 |
Baopei Xu, Louay Eldada, Robert A. Norwood and
Robert M. Blomquist |
Optical devices made from radiation curable
fluorinated compositions |
|
6,292,292 |
Anthony F. Garito, Robert A. Norwood, Renyuan Gao
and Anna Panackal |
Rare earth polymers, optical amplifiers and optical
fibers |
|
6,278,546 |
Matthew B. Dubin and Brent D. Larson |
Display screen and method of manufacture therefor |
|
6,274,295 |
Ralph R. Dammel and Robert A. Norwood |
Light-absorbing antireflective layers with improved
performance due to refractive index optimization |
|
6,266,472 |
Robert A. Norwood, Brian Brown, Jason Holman
and Lawrence W. Shacklette |
Polymer gripping elements for optical fiber splicing |
|
6,264,332 |
Yoshinori Honguh, Yuzuru Takashima, Hisayuki Mihara and
Masaru Kitamura |
Illumination apparatus and a projection type image display apparatus
using it |
|
6,256,530 |
William L. Wolfe |
Optical instrument and technique for cancer diagnosis
using in vivo fluorescence of test tissue |
|
6,256,428 |
Robert A. Norwood, David H. Sossen and Meade H.
Rudasill |
Cascading of tunable optical filter elements |
|
6,251,546 |
Raymond A. Cirelli, Omkaram Nalamasu, Stanley Pau
and George P. Watson |
Method
of fabricating devices using an attenuated phase-shifting mask and
an attenuated phase-shifting mask |
|
6,244,712 |
Matthew H. Smith, Lloyd W. Hillman, Kurt R. Denninghoff
and Russell Chipman |
Optical scanning spectroscopic apparatus and
associated method |
|
6,237,303 |
Clayton J. Allen, James E. Partridge and Ralph M. Richard
|
Steel frame stress reduction connection
|
|
6,236,508 |
Maryn G. Stapelbroek |
Multicolor detector and focal plane array using
diffractive lenses |
|
6,218,057 |
Raymond A. Cirelli, Omkaram Nalamasu, Stanley Pau
and George P. Watson |
A lithographic process having sub-wavelength
resolution |
|
6,205,244 |
Edward J. Bawolek, Lawrence A. Booth, Curt Corum and William P.
Kuhn |
Method for imager device color calibration utilizing light-emitting
diodes or other spectral light sources |
|
6,204,064 |
David S. Alberts and Peter H. Bartels
|
Measurement of lesion progression via mapping of chromatin texture
features along progression curve |
|
6,202,040 |
James T. Schwiegerling and William F. Coyer
|
Image modifiers for use in scanning photographic
images |
|
6,183,084 |
Ronald D. Blum, Russell Chipman, Amitava Gupta
and Edgar Menezes |
Progressive addition lenses |
|
6,177,675 |
Daniel
Gagnon, Stephen D. Miller and William G. Hawkins |
Gamma
camera system having multiresolution detectors |
|
6,175,754 |
Anthony John Scholl, Thomas Anthony Silvestrini, Isidro Matias
Gandionco, William P. Kuhn and Phillip C. Baker |
Method and apparatus for measuring corneal incisions |
|
6,169,827 |
Jason Holman, Stephen M. Emo, Robert A. Norwood
and Lawrence W. Shacklette |
Micro-optic switch with lithographically fabricated
polymer alignment features for the positioning of switch components
and optical fibers |
|
6,138,045 |
Matthew A. Kupinski and Maryellen L. Giger |
Method and system for the segmentation and
classification of lesions |
|
6,130,903 |
Jerome V. Moloney, Robert Indik, Cun-Zheng Ning,
Peter Matths Wippel Skovgaard and John G. McInerney
|
Trumpet-flared monolithically integrated
semiconductor laser amplifier |
|
6,125,294 |
Anthony John Scholl, Thomas Anthony Silvestrini, Isidro Matias
Gandionco, William P. Kuhn and Phillip C. Baker |
Method and apparatus for measuring corneal incisions |
|
6,112,324 |
Dennis G. Howe and Babak Tehranchi
|
Direct access compact disc, writing and reading
method and device for same |
|
6,111,839 |
Tom D.
Milster, Wenbin Jiang and Michael S. Lebby |
Optical pickup head including a coherent first order mode laser
light source |
|
6,090,332 |
Seth R. Marder, Nasser Peyghambarian, Bernard Kippelen, Boris Volodin
and Eric Hendrickx |
Process of changing the refractive index of a composite containing a
polymer and a compound having large dipole moment and polarizability
and applications thereof |
|
6,072,570 |
Russell Chipman, Jonathan J. Drewes and James B.
Hadaway |
Image quality mapper for progressive eyeglasses |
|
6,050,990 |
Nikolai I. Tankovich, Kurt A. Dasse, David H. Fine, Paul W.
Fairchild, Zhong-Quan Zhao, Michael Lefebvre, John Lee Jr.,
Jonathan L. Rolfe, Susan Murrell, Allen Hunter II, Amanda J.
Reynolds and Vladimir G. Kolinko |
Methods and devices for inhibiting hair growth and related skin
treatments |
|
6,042,992 |
Ralph R. Dammel and Robert N. Norwood |
Bottom antireflective coatings through refractive
index modification by anomalous dispersion |
|
6,000,798 |
Russell Chipman, Patrick Reardon and Amitava
Gupta |
Ophthalmic optic devices |
|
5,991,488 |
Zdzislaw Salamon, Gordon Tollin and H. Angus
Macleod |
Coupled plasmon-waveguide resonance spectroscopic device and method
for measuring film properties |
|
5,991,461 |
Mark
A. Schmucker and Joanna Schmit |
Selection process for sequentially combining multiple sets of
overlapping surface-profile interferometric data to produce a
continuous composite map |
|
5,982,422 |
Laurence Flath, Eustace L. Dereniak, John P. Garcia
and Steven M. Shepard |
Accelerated imaging technique using platinum silicide
camera |
|
5,975,702 |
Edward N. Pugh Jr., Nader Engheta, Manoel P. Rowe and
J. Scott Tyo |
Method of using polarization differencing to improve
vision |
|
5,955,661 |
Amin Samsavar, Michael Weber, Thomas McWaid, William
P. Kuhn and Robert E. Parks |
Optical profilometer combined with stylus probe
measurement device |
|
5,935,076 |
Matthew H. Smith, Russell Chipman, Thomas E.
Minnich, Lloyd W. Hillman and Kurt R. Denninghoff |
Method and apparatus for accurately measuring the
transmittance of blood within a retinal vessel |
|
5,929,985 |
David R. Sandison, Mark R. Platzbecker, Michael R. Descour, David L. Armour, Marcus J. Craig
and Rebecca
Richards-Kortum |
Multispectral imaging probe |
|
5,920,399 |
David
R. Sandison, Mark R. Platzbecker, Timothy D. Vargo, Randal R.
Lockart, Michael R. Descour and Rebecca Richards-Kortum |
Multispectral imaging method and apparatus |
|
5,877,509 |
Stanley Pau, Hui Cao and Yoshihisa Yamamoto |
Quantum well exciton-polariton light emitting diode |
|
5,874,734
|
Virgil B. Elings, Dennis M. Adderton and Dror Sarid
|
Atomic force microscope for measuring properties of
dielectric and insulating layers |
|
5,825,033 |
Harrison H. Barrett, Herbert Bradford Barber, Joshua Eskin and
Daniel Marks |
Signal-processing method for gamma-ray semiconductor sensor |
|
5,818,900
|
Thomas L. Vogelson, William John Dallas, Hans Roehrig and Eugene J. Gross |
Image spot noise reduction employing rank order
|
|
5,813,809 |
William Russum |
Polymeric insert with crush-formed threads for mating with threaded
surface. |
|
5,785,651 |
William P. Kuhn and Phillip C. Baker |
Distance measuring confocal microscope |
|
5,782,602 |
Zersis M. Mehta and Robert M. Stone
|
Device for loading and unloading pallets
|
|
5,776,060 |
Matthew H. Smith, Russell Chipman, Thomas E.
Minnich, Lloyd Hillman and Kurt R. Denninghoff |
Method and apparatus for accurately measuring the
blood oxygen saturation within a retinal vessel with light having
several selected wavelengths |
|
5,767,517 |
William G. Hawkins |
Hybrid
resampling method for fan beam SPECT |
|
5,744,267 |
Klaus Meerholz,
Bernard Kippelen, Nasser Peyghambarian, Scott R. Lyon, Henry K. Hall Jr.,
Anne B. Padias, Sandalphon and Boris L. Volodin |
Azo-dye-doped photorefractive polymer composites for holographic
testing and image processing |
|
5,737,079 |
James H.
Burge and David S. Anderson |
System
and method for interferometric measurement of aspheric surfaces
utilizing test plate provided with computer-generated hologram |
|
5,727,226 |
Miguel
M. Blaum, Paul H. Siegel, Glenn T. Sincerbox and Alexander Vardy |
Method
and apparatus for modulation of multidimensional data in
holographic storage |
|
5,680,738 |
Ralph
M. Richard, Clayton J. Allen and James E. Partridge |
Stress
reduction system for steel moment frames |
|
5,680,333 |
Peter A. Jansson |
Predictive simulation of heather fabric appearance |
|
5,636,013 |
John B. Hayes |
Suspension assembly static attitude and distance measuring
instrument |
|
5,606,453 |
John C. Walling, Jui T. Lin, Mahendrakumar G. Jani,
Richard C. Powell and Donald F. Heller |
Optical parametric amplifiers and oscillators pumped
by tunable laser sources |
|
5,602,643 |
Harrison H. Barrett |
Method
and apparatus for correcting surface profiles determined by
phase-shifting interferometry according to optical parameters of
test surface |
|
5,592,246 |
William P. Kuhn and Phillip C. Baker |
Device and method for mapping objects |
|
5,566,151 |
Allen
K. Bates and Masud Mansuripur |
Optical devices having array detectors with light receiving photo
arrays larger than an incident beam cross-section |
|
5,538,389 |
Robert M. Stone |
Bin positioning device |
|
5,521,702 |
Zdzislaw
Salamon, Richard A. Schmidt, Gordon Tollin and H. Angus
Macleod |
Reusable biocompatible interface for immobilization of materials on
a solid support |
|
5,502,566 |
Chiayu Ai, James C. Wyant, Lian-Zhen Shao and
Robert
E. Parks |
Method and apparatus for absolute optical measurement
of entire surfaces of flats |
|
5,502,566 |
Chiayu
Ai, Lian-Zehn Shao, Robert E. Parks and James C. Wyant |
Method
and apparatus for absolute optical measurement of entire surfaces of
flats |
|
5,490,758 |
Robert M. Stone |
Pit-mounted load elevator |
|
5,475,452 |
William P. Kuhn and Phillip C. Baker |
Device and method for mapping objects |
|
5,436,980 |
Gregory P. Weeks, Akhileswar G. Vaidyanathan, Michael J. Merrill,
Peter A. Jansson and Barry Rubin |
Method for determining quality of dispersion of glass fibers in a
thermoplastic resin and preform layer characterized thereby |
|
5,420,947 |
Lifeng
Li and John C. Brazas |
A
method for achromatically coupling a beam of light into a waveguide |
|
5,416,946 |
Clinton A. Brown and Sean McCafferty |
Sootblower having variable discharge |
|
5,398,112 |
Chiayu
Ai and James C. Wyant |
Method
for testing an optical window with a small wedge angle |
|
5,394,498 |
Stephen J. Hinterlong, Robert A. Novotny and José Sasián |
Optical fiber bundle and method for manufacturing |
|
5,391,329 |
Thomas
K. Dougherty, William E. Elias, Alan R. Kost and Marvin B. Klein |
Process for making a solid optical limiter containing
a graded distribution of reverse saturable material |
|
5,379,727 |
Sean McCafferty, Mark A. Bunton and Thomas E. Moskal |
Low profile sootblower nozzle |
|
5,373,513 |
Dennis
G. Howe, Hugh M. Hilden and Edward J. Weldon Jr. |
Shift
correction code system for correcting additive errors and
synchronization slips |
|
5,353,164 |
José Sasián |
Objective lens for a free-space photonic switching system |
|
5,311,521 |
Boris Fitingof and Masud Mansuripur |
Method and apparatus for implementing post-modulation
error correction coding scheme |
|
5,271,356 |
Sean McCafferty, Mark A. Bunton and Thomas E. Moskal |
Low profile sootblower nozzle |
|
5,271,016 |
Hugh
M. Hilden and Dennis G. Howe |
Shift-correcting code system with efficient symbol-to-channel bit
transformation |
|
5,257,270 |
Hugh
M. Hilden, Dennis G. Howe and Edward J. Weldon Jr. |
Shift-correction code rate-enhancing parity encoding/decoding |
|
5,245,191 |
Herbert B.
Barber, Harrison H. Barrett, Eustace L. Dereniak and
Michel M. Rogulski |
Semiconductor sensor for gamma-ray tomographic imaging system |
|
5,231,533 |
Makoto
Gonokami, Kenji Takeda, Eiichi Hanamura and Yoshinori Tokura |
Nonlinear optical element and uses thereof |
|
5,224,196 |
Garo Khanarian, Robert A. Norwood, James Sounik,
Jacquelyn Popolo and Steve Meyer |
Waveguide device and method for phase matched second
harmonic generation |
|
5,220,568 |
Dennis
G. Howe, Edward J. Weldon Jr. and Hugh M. Hilden |
Shift
correcting code for channel encoded data |
|
5,202,875 |
Hal J.
Rosen, Kurt A. Rubin, Glenn T. Sincerbox, Timothy C. Strand and
James M. Zavislan |
Multiple data surface optical data storage system and method |
|
5,200,934 |
Masud
Mansuripur |
Method
and apparatus for direct overwrite on magnetooptical recording media
using circularly polarized microwaves |
|
5,200,617 |
John B. Hayes |
PMN
translator and linearization system in scanning probe microscope |
|
5,189,906 |
Virgil
B.
Elings, John A. Gurley and Dror Sarid |
Compact atomic force microscope |
|
5,173,605 |
John B. Hayes |
Compact temperature-compensated tube-type scanning probe with large
scan range and independent X, Y and Z control |
|
5,166,989 |
Bulent N. Kurdi,
Glenn T. Sincerbox and James M. Zavislan |
Integrated magneto-optical detection channel |
|
5,153,926 |
Peter A. Jansson and John H. Fralinger |
Parallel processing network that corrects for light scattering in
image scanners |
|
5,153,778 |
José Sasián |
Powerless field corrective lens |
|
5,131,068 |
Garo Khanarian and Robert A. Norwood |
Thickness variation insensitive frequency doubling
polymeric waveguide |
|
5,130,849 |
George C. Valley, Marvin B. Klein, Afshin Partovi,
Alan R. Kost and Elsa M. Garmire |
Method and apparatus for energy transfers between optical
beams using near-band gap electrorefractive effect |
|
5,115,336 |
Jay S.
Schildkraut, Michael Scozzafava and Dennis G. Howe |
Photorefractive system and process for its use |
|
5,103,094 |
John B. Hayes |
Compact temperature-compensated tube-type scanning probe with large
scan range |
|
5,080,739 |
Félix
E. Fernández and Charles M. Falco |
Method
for making a beam splitter and partially transmitting
normal-incidence mirrors for soft X-rays |
|
5,075,562 |
John E. Greivenkamp, Russell J. Palum and Kevin G. Sullivan |
Method
and apparatus for absolute moiré distance measurements |
|
5,075,560 |
John
E. Greivenkamp and Russell J. Palum |
Moiré
distance measurement using a grating printed on or attached to a
surface |
|
5,064,286 |
John B. Hayes |
Optical alignment system utilizing alignment spot produced by image
inverter |
|
5,064,265 |
Garo Khanarian and Robert A. Norwood |
Optical parametric amplifier |
|
5,061,028 |
Garo Khanarian, Pascal Landi, David Haas and Robert
A. Norwood |
Polymeric waveguides with bidirectional poling for
radiation phase-matching |
|
5,045,701 |
Dennis H. Goldstein and Russell Chipman |
Infrared spectropolarimeter |
|
5,031,993 |
Rahul Asthana, Robert
D. Miller, Franklin M. Schellenberg, Glenn T. Sincerbox and James M.
Zavislan |
Detecting polarization state of an optical wavefront |
|
5,025,658 |
Virgil
B. Elings, John A. Gurley and Dror Sarid |
A
compact scanning force microscope |
|
4,988,886 |
Russell J. Palum and John E. Greivenkamp |
Moiré
distance measurement method and apparatus |
|
4,987,496 |
John
E. Greivenkamp |
System
for scanning halftone images |
|
4,980,262 |
Harold
T. Thomas and Dennis G. Howe |
Producing a replicate video disc by a method of photographic contact
printing |
|
4,971,416 |
Garo Khanarian and Robert A. Norwood |
Polymeric waveguide device for phase matched second
harmonic generation |
|
4,962,304 |
Maryn G. Stapelbroek, Michael D. Petroff and Ramasesha Bharat |
Intrinsic impurity band conduction detectors |
|
4,961,634 |
Russell Chipman and David B. Chenault |
Achromatic infrared retarder |
|
4,955,719 |
John B. Hayes |
Interferometer with thin absorbing beam equalizing pellicle |
|
4,953,949 |
William J. Dallas |
Device for forming a picture |
|
4,946,253 |
Raymond K. Kostuk |
Reconfigureable substrate-mode holographic
interconnect apparatus and method |
|
4,884,003 |
John B. Hayes |
Compact micromotion translator |
|
4,838,695 |
Masud
Mansuripur, Michael Ruane and Robert Rosenvold |
Apparatus for measuring reflectivity |
|
4,836,666 |
Aden B. Meinel, Marjorie P. Meinel and John E. Stacy |
Compensation for primary reflector wavefront error |
|
4,832,489 |
Katherine Creath and James C. Wyant |
Two-wavelength phase-shifting interferometer and method |
|
4,794,550 |
John
E. Greivenkamp |
Extended-range moiré contouring |
|
4,791,584 |
John
E. Greivenkamp |
Sub-Nyquist interferometry |
|
4,784,472 |
Eiichi
Hanamura and Tetsuji Tokihiro |
Optical control system and method |
|
4,760,385 |
Peter A. Jansson, Wade T. Rogers and James S. Schwaber |
Electronic mosaic imaging process |
|
4,678,736 |
Eiichi
Hanamura, Yoshinori Tokura, Akio Takada and Akiro Itsubo |
Optical recording media on which information is stored and method of
making same |
|
4,673,988 |
Peter A. Jansson, Wade T. Rogers and James S. Schwaber |
Electronic mosaic imaging process |
|
4,673,290 |
Steve A. Johnson and Robert R. Shannon |
Diagnostic apparatus and method for use in the
alignment of one or more laser means onto a fiber optics interface |
|
4,672,599 |
Frederick F. Geyer and Dennis G. Howe |
Optical disc unit and method and apparatus for writing and/or
reading information thereon |
|
4,672,559 |
Peter A. Jansson, Wade T. Rogers and James S. Schwaber |
Method for operating a microscopical mapping system |
|
4,660,151 |
Russell Chipman, Robert J. Obremski and Christopher W. Brown |
Multicomponent quantitative analytical method and
apparatus |
|
4,656,663 |
Peter A. Jansson, Michael J. Merrill, Daniel K. Owens and
Barry Rubin |
Method of film inspection with a microscopical image analyzer |
|
4,645,338 |
Anthony Juliana Jr., Milton R. Latta, Glenn T. Sincerbox and Carlton
G. Willson |
Optical system for focus correction for a lithographic tool |
|
4,639,139 |
Keith
N. Prettyjohns and James C. Wyant |
Optical profiler using improved phase-shifting interferometry |
|
4,638,456 |
John G. Elias and Peter A. Jansson |
Spot quantitation |
|
4,618,937 |
John G. Elias and Peter A. Jansson |
Spot quantitation |
|
4,595,014 |
Harrison H. Barrett, Herbert B. Barber and Walter J. Wild |
Imaging probe and
method |
|
4,586,074 |
Maryn G. Stapelbroek and Michael D. Petroff |
Impurity band conduction semiconductor devices |
|
4,586,068 |
Michael D. Petroff, Maryn G. Stapelbroek and William
A. Kleinhaus |
Solid state photomultiplier |
|
4,585,315 |
Glenn
T. Sincerbox, Harald W. Werlich and Bwo-han Yung |
Improved brightfield/darkfield microscope illuminator |
|
4,577,306 |
Dennis
G. Howe and Joseph J. Wrobel |
Method
for optically writing and/or reading information on optical
recording elements |
|
4,575,193 |
John
E. Greivenkamp |
Optical spatial frequency filter |
|
4,568,960 |
Michael D. Petroff and Maryn G. Stapelbroek |
Blocked impurity band detectors |
|
4,540,244 |
Glenn
T. Sincerbox |
Opto-optical light deflector/modulator |
|
4,539,573 |
Alan
B. Marchant and Dennis G. Howe |
Protective construction for optical disk units |
|
4,538,159 |
Mool
C. Gupta, Joseph J. Wrobel and Dennis G. Howe |
Ceramic overcoated optical recording element |
|
4,533,211 |
Glenn
T. Sincerbox and Gary C. Bjorklund |
Frequency multiplexed optical spatial filter based upon
photochemical hole burning |
|
4,530,082 |
Dennis
G. Howe and James A. Barnard |
Optical disc write/read employing passive focus maintenance |
|
4,523,846 |
James B. Breckinridge and Fred G. O'Callaghan |
Integrated optics in an electrically scanned imaging Fourier
transform spectrometer |
|
4,514,632 |
Harrison H. Barrett |
Modular scintillation camera |
|
4,497,540 |
James B. Breckinridge, Norman A. Page, Roland V.
Shack and Robert R. Shannon |
Optical system |
|
4,497,534 |
Glenn
T. Sincerbox |
Holographic optical head |
|
4,475,183 |
Alan
B. Marchant and Dennis G. Howe |
Optical disk retrieval methods, media and systems employing digital
data of high fractional bandwidth |
|
4,466,035 |
G.A. Neville Connell and Masud Mansuripur |
Magneto-optic media and system optimization |
|
4,460,259 |
John
E. Greivenkamp, David N. Lambeth and James W. Meyer |
Single
lens rangefinder device having light emitter and detector |
|
4,454,495 |
Thomas
R. Werner, Ivan K. Schuller and Charles M. Falco |
Layered ultra-thin coherent structures used as electrical resisters
having zero or lower coefficient of resistivity |
|
4,448,854 |
Ivan
K. Schuller and Charles M. Falco |
Coherent multilayer crystals and method of making |
|
4,447,899 |
Frederick F. Geyer and Dennis G. Howe |
Optical disc method, media and apparatus for writing and/or reading
information |
|
4,445,209 |
Lee
Mickelson and Eric V. Olson |
Dithered focusing systems |
|
4,444,456 |
Kantilal Jain, Milton R. Latta and Glenn T. Sincerbox |
Holographic method and apparatus for transformation of a light beam
into a line source of required curvature and finite numerical
aperture |
|
4,436,420 |
Steven
W. Depp and Glenn T. Sincerbox |
Optical fluid analyzing apparatus and method |
|
4,432,597 |
Gary
C. Bjorklund and Glenn T. Sincerbox |
Transmissive holographic optical element on aberrating substrate |
|
4,431,708 |
Gary E. Carver and Bernhard O. Seraphin
|
Annealed CVD molybdenum thin film surface |
|
4,430,183 |
Ivan
K. Schuller and Charles M. Falco |
Method
of making coherent multilayer crystals |
|
4,424,519 |
Don B.
Neumann, Lyle K. Norton and Eric V. Olson |
System
and method for producing artwork for printed circuit boards
|
|
4,422,713 |
Barbara D. Grant, Magdalena M. Hilden, Carol R. Jones and Glenn T. Sincerbox |
Method
for making high efficiency holograms |
|
4,422,083 |
Don B.
Neumann, Lyle K. Norton and Eric V. Olson |
System
and method for producing artwork for printed circuit boards |
|
4,419,750 |
Dennis
G. Howe |
Constant track width optical disk recording |
|
4,419,675 |
Don B.
Neumann, Lyle K. Norton and Eric V. Olson |
Imaging system and method for printed circuit artwork and the like |
|
4,404,569 |
Don B.
Neumann, Lyle K. Norton and Eric V. Olson |
System
and method for producing artwork for printed circuit boards |
|
4,362,023 |
Charles M. Falco |
Superconducting thermoelectric temperature
stabilization device |
|
4,360,908 |
Dennis G. Howe and Joseph J. Wrobel |
Physically optimized optical disc structure, method
and apparatus |
|
4,359,750 |
Dennis G. Howe |
Optical disc structure |
|
4,354,196 |
Don B. Neumann, Lyle K. Norton and Eric V. Olson |
Laser engraving system with massive base table and
synchronization controls |
|
4,349,901 |
Dennis G. Howe |
Apparatus and method for reading optical discs |
|
4,346,965 |
Robert A. Sprague and Dror Sarid |
Light modulator/deflector using acoustic surface
waves |
|
4,337,758 |
Aden B. Meinel and Walter B. Meinel |
Solar energy collector and converter |
|
4,336,545 |
Dennis G. Howe, Alan B. Marchant and Joseph J.
Wrobel |
Optical disc structure, method and apparatus
physically optimized for writing and reading with a single
wavelength |
|
4,331,877 |
Harrison H. Barrett, William Swindell, Scott K. Gordon and
John E. Greivenkamp |
Transverse tomography with optical filtering |
|
4,329,588 |
Harrison H. Barrett, William Swindell and John E. Greivenkamp |
Polarization switched optical filtering for
transverse tomography |
|
4,322,837 |
Lee Mickelson and Eric V. Olson |
Dithered center tracking system |
|
4,321,559 |
Leon Esterowitz and Robert C. Eckardt |
Multiwavelength self-pumped solid state laser |
|
4,278,351 |
Robert A. Frosch, with respect to an invention of James B.
Breckinridge, Robert H. Norton and Rudolf A. Schindler |
Interferometer |
|
4,275,395 |
Anthony G. Dewey and Glenn T. Sincerbox |
Interactive projection display system |
|
4,270,130 |
Conrad G. Houle, Dennis G. Howe, Harold T. Thomas,
Joseph J. Wrobel and Bruce G. Fike |
Thermal deformation record device with bleachable dye |
|
4,266,008 |
Robert T. Kampwirth, Ivan K. Schuller and Charles
M. Falco |
Method for etching thin films of niobium and niobium
containing compounds for preparing superconductive circuits |
|
4,255,764 |
Dennis G. Howe |
Film scanner employing optical splice technique for
frame-rate conversion |
|
4,249,796 |
Joseph G. Gordon II and Glenn T. Sincerbox |
Projection display device |
|
4,245,247 |
Bruce G. Fike, Dennis G. Howe and Evan A. Edwards |
Hard copy reproduction from video disc information |
|
4,243,323 |
Robert A. Frosch, with respect to an invention of James B.
Breckinridge |
Interferometer |
|
4,236,183 |
Dennis G. Howe |
Optical configurations for a rotating polygon film
scanner |
|
4,222,070 |
Dennis G. Howe, Harold T. Thomas and James K. Lee |
Recording video information on a flexible master disc |
|
4,205,339 |
Dennis G. Howe |
Frame storage and retrieval wherein the frame fields
are quadrature amplitude modulated on a single carrier |
|
4,201,581 |
Harold T. Thomas, Dennis G. Howe and James K. Lee |
Method of providing close contact for contact
printing |
|
4,176,377 |
Dennis G. Howe |
Video disc configuration |
|
4,165,155 |
Joseph G. Gordon II and Glenn T. Sincerbox |
Amplitude modulation of a light beam |
|
4,150,880 |
Dennis G. Howe, Richard N. Blazey and James C. Owens |
Optical achromatization for acousto-optic deflectors |
|
4,131,485 |
Aden B. Meinel and Walter B. Meinel |
Solar energy collector and concentrator |
|
4,126,456 |
Robert V. Pole, Meredith D. Shattuck, Glenn T. Sincerbox and Harald W. Werlich |
Visual image recording device |
|
4,121,167 |
Hyatt M. Gibbs, Samuel L. McCall Jr. and Thirumalai
N.C. Venkatesan |
Amplifying characteristics of a cavity-enclosed
nonlinear medium |
|
4,110,614 |
Dror Sarid and Thomas G. Davis |
Corona device |
|
4,093,358 |
Meredith D. Shattuck and Glenn T. Sincerbox |
High efficiency electrochromic display device |
|
4,092,540 |
Harrison H. Barrett |
Radiographic camera with internal mask |
|
4,081,673 |
William Swindell and Harrison H. Barrett |
Transverse tomography apparatus and method |
|
4,064,029 |
Cheng-Teh Wu, Charles M. Falco and Robert T.
Kampwirth |
Method of making an improved superconducting quantum
interference device |
|
4,057,723 |
Dror Sarid and Brian E. Springett |
Compact corona charging device
|
|
4,056,723 |
Brian E. Springett and Dror Sarid |
Rotatable corona device |
|
4,025,195 |
John F. Ebersole and James C. Wyant |
Image subtraction, addition system |
|
4,023,036 |
Harrison H. Barrett and Scott K. Gordon |
Apparatus and method for transaxial tomography |
|
4,012,699 |
Hyatt M. Gibbs, Samuel L. McCall Jr. and Thirumalai
N.C. Venkatesan |
Amplifying characteristics of a cavity-enclosed
nonlinear medium |
|
4,007,075 |
Stephen McClain, Harvey A. Doman and Richard D. Entus |
Method of making a fiberglass pole |
|
3,961,191 |
William W. Stoner, David T. Wilson and Harrison H.
Barrett |
Coded imaging systems |
|
3,936,639 |
Harrison H. Barrett |
Radiographic imaging system for high energy radiation |
|
3,906,229 |
Gordon D. DeMeester, Harrison H. Barrett and David T.
Wilson |
High energy spatially coded image detecting system |
|
3,882,310 |
Harrison H. Barrett |
Spatially modulated imaging system |
|
3,867,637 |
Martin Braun, Howard D. Doolittle, Harrison H.
Barrett, Jay P. Sage and David T. Wilson |
Extended monochromatic X-ray source |
|
3,860,821 |
Harrison H. Barrett |
Imaging system |
|
3,845,420 |
Melvin G. Holland, Manfred B. Schulz and Harrison H.
Barrett |
Surface acoustic wave phase control device |
|
3,831,031 |
Harrison H. Barrett, Gordon D. DeMeester and David T.
Wilson |
Zone plate imaging system |
|
3,829,688 |
Harrison H. Barrett |
High-intensity radiation imaging system |
|
3,829,219 |
James C. Wyant |
Shearing interferometer |
|
3,825,757 |
Harrison H. Barrett and Frank A. Horrigan |
Nuclear imaging system |
|
3,801,785 |
Harrison H. Barrett |
Spatially modulated imaging system |
|
3,766,498 |
Richard G. Brewer and Richard L. Shoemaker |
Method and apparatus for producing electromagnetic
transient coherent effects |
|
3,748,470 |
Harrison H. Barrett |
Imaging system utilizing spatial coding |
|
3,729,249 |
Millard A. Habegger and Glenn T. Sincerbox |
Method and apparatus for large object interference
pattern recording |
|
3,720,921 |
Rodman S. Schools and Glenn T. Sincerbox |
Recording in reversible, photochromic medium |
|
3,695,879 |
Frank P. Laming, Solomon L. Levine and Glenn T. Sincerbox |
Hologram life extension |
|
3,632,214 |
David C. Chang, Rodman S. Schools, Glenn T. Sincerbox
and Tien-yu Tao |
Method and apparatus for stabilizing the phase of
radiation |
|
3,632,182 |
Glenn T. Sincerbox |
Method and apparatus for interference pattern
recording |
|
3,555,545 |
Jerry L. Reynolds, Rodman S. Schools and Glenn T. Sincerbox |
System of recording in radiation sensitive medium |
|
3,542,448 |
Jerry L. Reynolds, Rodman S. Schools and Glenn T. Sincerbox |
Holographic recording and readout of digital
information |
|
3,537,854 |
Allen W. Grobin Jr., Jerry L. Reynolds, Rodman S.
Schools and Glenn T. Sincerbox |
Holographic method for generating masking patterns |
|
3,533,104 |
Millard A. Habegger, Thomas J. Harris and Glenn T. Sincerbox |
Head-up display system |
|
3,519,355 |
Rodman S. Schools and Glenn T. Sincerbox |
Light filter |
|
3,516,727 |
Arvind S. Marathay and John J. Hickey |
Multipass interferometric optical modulator |
|
3,513,323 |
Glenn T. Sincerbox and Jerry L. Reynolds |
Light beam deflection system |
|
3,512,879 |
Jerry L. Reynolds, Rodman S. Schools and Glenn T. Sincerbox |
Bandwidth coded photographic film memory |
|
3,503,050 |
Rodman S. Schools and Glenn T. Sincerbox |
Wave energy recording in radiation sensitive medium |
|
3,497,831 |
Arvind S. Marathay and John J. Hickey |
Broad band electro-optic light modulator |
|
3,430,212 |
Erhard Max and Glenn T. Sincerbox |
Apparatus for reading and printing stored information
by light |
|
3,423,736 |
William W. Ash, Kurt M. Kosanke and Glenn T. Sincerbox |
Apparatus for reading information selectively from storage
devices |
|
3,417,381 |
Glenn T. Sincerbox |
Apparatus for writing information in memory by light |
|
3,396,266 |
Erhard Max and Glenn T. Sincerbox |
Optical information readout system |
|
3,391,970 |
Glenn T. Sincerbox |
Optical memory in which a digital light deflector is
used in a bi-directional manner |
|
3,391,599 |
Harold F. Fleisher, Kurt M. Kosanke and Glenn T. Sincerbox |
Detection of tape defects by means of multiple beam
interference |
|
|
