|
7,420,657 |
Jose Sasian, James Claudill, and Peter Yantzer |
Methods, apparatus, and systems for evaluating gemstones |
|
7,405,871 |
Jose Sasian |
Efficient EUV collector designs |
|
7,391,938 |
Nasser Peyghambarian, Robert Norwood, and Christopher DeRose |
Technique to enhance the electro-optic coefficient of polymers by
using a sol-gel cladding layer to increase poling efficiency |
|
7,382,445 |
Jose Sasian, James Caudill, and Peter Yantzer |
Methods, apparatus, and systems for evaluating gemstones |
|
7,372,552 |
Jose Sasian, James Caudill, and Peter Yantzer |
Methods, apparatus, and systems for evaluating gemstones |
|
7,355,683 |
Jose Sasian, 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 |
|
7,336,347 |
Jose Sasian, James Caudill, and Peter Yantzer |
Methods, apparatus, and systems for evaluating gemstones |
|
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 |
|
7,203,428 |
Robert G. Waarts and Russell A. Chipman |
Method and apparatus for polarization mode dispersion monitoring in
a multiple wavelength optical system |
|
7,184,610 |
Ronald S. Weinstein, Michael R. Descour, Chen Liang, Peter H.
Bartels, and Roland V. Shack |
Miniaturized microscope array digital slide scanner
|
|
7,158,823 |
William G. Harkins |
Limited-angle frequency-distance resolution recovery in nuclear
medicine imaging |
|
7,081,623 |
C.
S. Pai and S. Pau |
Wafer-based ion traps |
|
7,079,730 |
M. Fallahi and A. Fardad |
Integrated hybrid optoelectronic devices. |
|
7,068,936 |
S.
Pau, J. Yu, K. Kojima, N. Chand |
Method and apparatus for optical switching |
|
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 |
|
7,042,982 |
S.
Pau and D. M. Tennant |
Focusable and steerable micro miniature x-ray
apparatus |
|
7,012,250 |
V.
A. Aksyuk and S. Pau |
Wafer supported, out-of-plane ion trap devices |
|
7,217,951 |
S.
Krishna, M. M. Hayat, J. S. Tyo, and U. Sakoglu |
Spectrally adaptive quantum dots-in-a-well infrared photodetectors |
|
7,132,648 |
B.
M. Ratliff, M. M. Hayat, J. S. Tyo, and T. S. Turner, Jr. |
Uniform, non-diruptive and radiometrically accurate calibration of
infrared focal plane array sensors using global scene motion |
|
7,130,115 |
Artur G. Olszak, Liang Chen,
and Michael R. Descour |
Multi-mode scanning imaging system |
|
7,116,437 |
Ronald S. Weinstein, Michael R. Descour, Chen Liang,
Peter H. Bartels, and Roland V. Shack |
Inter-objective baffle system |
|
7,072,042 |
Tae-Hee Kim and James H. Burge |
Apparatus for and method of measurement of aspheric surfaces using
hologram and concave surface |
|
7,061,584 |
Arthur G. Olszak and Michael R. Descour
|
Multi-axis projection imaging system |
|
7,048,379 |
Joseph Marion Miller and James Theodore Schwiegerling |
Imaging lens and illumination system |
|
7,047,695 |
Clayton J. Allen, James E. Partridge, and Ralph M.
Richard |
Steel frame stress reduction connection |
|
7,019,890 |
Gerald Meredith, Bernard Kippelen, and David Mathine |
Hybrid electro-active lens |
|
7,015,052 |
Ghassan Jabbour, Dino P.
Guzman, and Nasser Peyghambarian |
Method for fabricating organic light-emitting diode
and organic light-emitting display using screen-printing |
|
6,983,667 |
Brian Cuerden, J. Roger P. Angel, James H. Burge, and
Scott T. DeRigne |
Impact
micro-positioning actuator |
|
6,967,326 |
C.
S. Pai, S. Pau, J. A. Taylor |
Mass
spectrometers on wafer-substrates |
|
6,947,618 |
Russell A. Chipman and Massimo
Martinelli |
Polarization controller |
|
6,912,090 |
Kornblit and S. Pau, M. 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 |
|
6,891,682 |
J.
Aizenberg, T. Kroupenkine, S. Pau, S. Yang |
Lenses with Tunable Liquid Optical Elements |
|
6,847,460 |
Colin T. Farrell, Anthony
L. Martinez, Joanna Schmit, and Michael B. Krell |
Alignment
and correction template for optical profilometric measurement |
|
6,823,101 |
J. V. Gates, B. Holland, J. Kim, S. Pau |
Method for Calibrating a MEMS Device
|
|
6,809,887 |
Chunyu Gao, Hong Hua, and
Narendra Ahuja |
Apparatus
and method for acquiring uniform-resolution panoramic images |
|
6,804,428 |
M. Garrett, J. Wilde, P. 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 |
|
6,778,328 |
J. Aizenberg, T. Kroupenkine, S. Pau, S. Yang |
Tunable field of view microlens
|
|
6,760,511 |
M. Garrett, M. Mansuripur, J. Wilde, P. Polynkin |
Reconfigurable optical add-drop multiplexers employing polarization
diversity
|
|
6,753,960 |
P. Polynkin, J. 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 Malcolm Wright,
Arturo Chavez-Pirson, and Yushi Kaneda |
Multi-mode
erbium micro fiber amplifier (EMFA |
|
6,731,834 |
M. deAngelis, B. Holland, S. Pau |
System and method to calibrate an optical cross-connect |
|
6,731,734 |
Hong Hua and J.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 |
|
6,680,150 |
J. W. Blatchford, O. Nalamasu, S. 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 Olszak and Joanna
Schmit |
Scanning
interferometry with reference signal |
|
6,624,893 |
Joanna Schmit and Artur
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 |
E.
Kunkee, D. Forbes, J. Leight, M. Fallahi |
Integrated Optoelectronic Device and Method of Making Same |
|
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 |
|
6,525,466 |
Ghassan E. Jabbour, Nasser N.
Peyghambarian, and Bernard Kippelen |
Cathode including a mixture of a metal and an
insulator for organic devices and method of making the same |
|
6,510,261 |
W.
Sorin, P. Polynkin, S. Shepherd, B. Y. Kim, S. H. Yun |
Acousto-optic variable attenuator with active cancellation of back
reflections |
|
6,507,685 |
P.
Polynkin, J. Wilde |
Method
and apparatus for servo-based spectral array alignment in optical
systems |
|
6,504,976 |
P.
Polynkin, J. Wilde, M. 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 |
|
6,466,349 |
G.
C. Valley, K. R. Elliot, A. R. Kost, and D. Yap |
Integrated Optical Transmitter |
|
6,436,613 |
M. Fallahi and
A. Fardad |
Integrated Hybrid
Optoelectronic Devices |
|
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 |
R.
Cirelli, O. Nalamasu, S. Patel, S. Pau, G. P. Watson, C. A. White,
R. 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 |
|
6,370,422 |
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 |
Formation of Bulk Refractive Index
Structures |
|
6,341,181 |
J.E. Greivenkamp and A.E. Lowman |
Mid-Spatial Frequency Digital Boost Filter |
|
6,311,305 |
Baruch Sollish and Dennis 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, Jose M. Sasian,
Harry Rieger, and James H. Morris |
Shaped source of soft x-ray, extreme ultraviolet and
ultraviolet radiation |
|
6,256,530 |
William L. Wolfe |
Optical instrument and technique for cancer diagnosis using in vivo
fluorescence of test tissue |
|
6,251,546 |
R.
Cirelli, O. Nalamasu, S. Pau, and G. 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 A. Chipman |
Optical scanning spectroscopic apparatus
and associated method |
|
6,237,303 |
Clayton Jay Allen, James Edward Partridge, and Ralph
Michael Richard |
Steel
frame stress reduction connection |
|
6,218,057 |
R.
Cirelli, O. Nalamasu, S. Pau, and G. P. Watson |
A lithographic process having sub-wavelength
resolution |
|
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 A. 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 multi-resolution detectors |
|
6,138,045 |
M.
A. Kupinski, M. 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 |
|
6,112,324 |
Dennis George Hows 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 A. Chipman, Jonathan J. Drewes,
and James B. Hadaway |
Image quality mapper for progressive
eyeglasses |
|
6,000,798 |
Russell A. 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
|
|
5,975,702 |
E. N. Pugh, Jr., N. Engheta, M. P. Rowe, and J. S.
Tyo |
Method of using polarization differencing to improve
vision |
|
5,935,076 |
Matthew H. Smith, Russell A. 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 |
S. Pau, H. Cao, and Y. Yamamoto |
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 |
H. H. Barrett, H. B. Barber, Joshua Eskin
and Daniel Marks |
Signal-processing method for gamma-ray
semiconductor sensor |
|
5,818,900
|
Thomas L. Vogelson, William John Dallas, Hand 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. |
|
5,782,602 |
Zersis M. Mehta and Robert M.
Stone |
Device
for loading and unloading pallets |
|
5,776,060 |
Matthew H. Smith, Russell A. 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 |
K. Meerholz, B. Kippelen, N.
Peyghambarian, S. R. Lyon, H. K. Hall Jr., A. B. Padias, Sandalphon,
B. L. Volodin |
Azo-dye-doped photorefractive polymer
composites for holographic testing and image processing |
|
5,737,079 |
J. H. Burge and D. S. Anderson |
System and method for interferometric
measurement of aspheric surfaces utilizing test plate provided with
computer-generated hologram |
|
5,727,226 |
M. Blaum, P. Siegel, G. Sincerbox and A.
Vardy |
Method and apparatus for modulation of
multi-dimensional data in holographic storage |
|
5,680,738 |
Ralph M. Richard, C. Jay Allen, and James
E. Partridge |
Stress reduction system for steel moment
frames |
|
5,636,013 |
John Hayes |
Suspension assembly static attitude and
distance measuring instrument |
|
5,606,453 |
John C. Walling, Jui T. Lin, Mahendrakumar G. Jani,
Richard C. Powell, Donald F. Heller |
Optical parametric amplifiers and oscillators pumped
by tunable laser sources |
|
5,602,643 |
H. H. Barrett |
Method and apparatus for correcting
surface profiles determined by phase-shifting interferometry according
to optical parameters of test surface |
|
5,566,151 |
K. Bates, M. 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 |
Salamon, Zdzislaw, 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, 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 |
|
5,420,947 |
Lifeng Li and J. C. Brazas |
A method for achromatically coupling a
beam of light into a waveguide |
|
5,398,112 |
Chiayu Ai and James C. Wyant |
Method for testing an optical window with
a small wedge angle |
|
5,394,498 |
S. Hinterlong, R. Novotny, J. Sasian |
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 |
|
5,373,513 |
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 |
Jose M. Sasian |
Objective lens for a free-space photonic
switching system |
|
5,311,521 |
B.
Fitingof and M. Mansuripur |
Method and apparatus for implementing post-modulation error
correction coding scheme |
|
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 |
H. B. Barber, H. H. Barrett, E. L.
Dereniak and M. 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 |
|
5,220,568 |
Dennis G. Howe, Edward J. Weldon, Jr.;
Edward J., and Hugh M. Hilden |
Shift correcting code for channel encoded
data |
|
5,202,875 |
H. Rosen, K. Rubin, G. Sincerbox, T.
Strand and J. Zavislan |
Multiple data surface optical data
storage system and method |
|
5,200,934 |
M. Mansuripur |
Method and apparatus for direct overwrite
on magnetooptical recording media using circularly polarized
microwaves |
|
5,200,617 |
John Hayes |
PMN translator and linearization system
in scanning probe microscope |
|
5,189,906 |
V.B. Elings, J.A. Gurley, and D. Sarid |
Improved compact scanning force
microscope |
|
5,173,605 |
John Hayes |
Compact temperature-compensated tube-type
scanning probe with large scan range and independent X, Y, and Z
control |
|
5,166,989 |
B. N. Kurdi, G. T. Sincerbox and J.
Zavislan |
Integrated magneto-optical detection
channel |
|
5,153,778 |
Jose M. Sasian |
Powerless field corrective lens |
|
5,130,849 |
George C. Valley, Marvin B. Klein, Afshin Partovi, Alan Kost, and
Elsa M. Garmire |
Method and Apparatus for Energy Transfers Between Optical Beams
Using Near-Bandgap Electrorefractive Effect |
|
5,115,336 |
Jay S. Schildkraut, Michael Scozzafava;
Michaeland Dennis G. Howe |
Photorefractive system and process for
its use |
|
5,103,094 |
John 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 |
J.E. Greivenkamp, R.J. Palum and K.G.
Sullivan |
Method and apparatus for absolute moire
distance measurements |
|
5,075,560 |
J.E. Greivenkamp and R.J. Palum |
Moire distance measurement using a
grating printed on or attached to a surface |
|
5,064,286 |
John Hayes |
Optical alignment system utilizing
alignment spot produced by image inverter |
|
5,045,701 |
D.G. Goldstein and R.A. Chipman |
Infrared Spectropolarimeter |
|
5,031,993 |
R. Asthana, R. Miller, F. Schellenberg,
G. Sincerbox and J. Javislan |
Detecting polarization state of an
optical wavefront |
|
5,025,658 |
V.B. Elings, J.A. Gurley, and D. Sarid |
A compact scanning force microscope |
|
4,988,886 |
R.J. Palum and J.E. Greivenkamp |
Moire distance measurement method and
apparatus |
|
4,987,496 |
J.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 |
|
4,961,634 |
R.A. Chipman and D.B. Chenault |
Achromatic Infrared Retarder |
|
4,955,719 |
John Hayes |
Interferometer with thin absorbing beam
equalizing pellicle |
|
4,953,949 |
William J. Dallas |
Device for forming a
picture |
|
4,946,253 |
R.
K. Kostuk |
Reconfigureable Substrate-Mode Holographic Interconnect Apparatus
and Method |
|
4,884,003 |
John Hayes |
Compact micromotion translator |
|
4,838,695 |
M. Mansuripur, M. Ruane and R. Rosenvold |
Apparatus for measuring reflectivity |
|
4,832,489 |
Katherine Creath and James C. Wyant |
Two-wavelength phase-shifting
interferometer and method |
|
4,794,550 |
J.E. Greivenkamp |
Extended-range Moire contouring |
|
4,791,584 |
J.E. Greivenkamp |
Sub-Nyquist interferometry |
|
4,784,472 |
Eiichi Hanamura and Tetsuji Tokihiro |
Optical control system and method |
|
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 |
|
4,673,290 |
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 |
|
4,660,151 |
R.
Chipman, R. Obremski, C. Brown |
Multicomponent Quantitative Analytical Method and Apparatus |
|
4,645,338 |
G. T. Sincerbox, M. R. Latta, A. Juliana,
& 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 |
|
4,595,014 |
H. H. Barrett, H. B. Barber and W. Wild |
Codedaperture imaging probe |
|
4,585,315 |
G. T. Sincerbox, H. W. Werlich, B. H.
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 |
J.E. Greivenkamp |
Optical spatial frequency filter |
|
4,540,244 |
G. 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 |
G. T. Sincerbox and G. 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 |
|
4,514,632 |
H. H. Barrett |
Modular scintillation camera |
|
4,497,540 |
James B. Breckinridge, Norman A. Page, Roland V. Shack, and Robert
R. |
Optical system |
|
4,497,534 |
G. 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.N. Connell, M. Mansuripur |
Magneto-optic media and system
optimization |
|
4,460,259 |
J.E. Greivenkamp, D.N. Lambeth and J.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 |
|
4,444,456 |
K. Jain, M. R. Latta and G. T. Sincerbox |
Holographic Method and Apparatus for
Transformation of a Light Beam Into a Line Source of Required
Curvature and Finite Numerical Aperture |
|
4,445,209 |
Lee Mickelson and Eric V. Olson |
Dithered Focusing Systems
|
|
4,436,420 |
S. W. Depp and G. T. Sincerbox |
Optical fluid analyzing Apparatus &
Method |
|
4,432,597 |
G. C. Bjorklund and G. 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, Norton, Lyle K. Norton,
and Eric V. Olson |
System and Method for producing Artwork
for Printed Circuit Boards |
|
4,422,713 |
B. D. Grant, M. M. Hilden, C. R. Jones
and G. 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 |
R.A. Sprague and D. Sarid |
Light modulator/deflector using acoustic
surface waves |
| 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 |
H. H. Barrett, W. Swindell, S. K. Gordon
and J. E. Greivenkamp, Jr. |
Transverse tomography with optical
filtering |
| 4,331,877 |
H.H. Barrett, W. Swindell, S. Gordon and
J.E. Greivenkamp |
Transverse tomography with optical
filtering |
| 4,329,588 |
H. H. Barrett, W. Swindell and J. E.
Greivenkamp, Jr. |
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 |
| 4,275,395 |
A. G. Dewey and G. 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 |
J. G. Gordon and G. 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 |
| 4,236,183 |
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 |
J. G. Gordon and G. T. Sincerbox |
Amplitude modulation of a light beam |
| 4,150,880 |
Dennis G. Howe, Richard N. Blazey and
James C. Owens |
Optical achromatization for acoustooptic
deflectors |
| 4,126,456 |
R. V. Pole, M. D. Shattuck, G. T.
Sincerbox and H. W. Werlich |
Visual Image Recording Device |
| 4,121,167 |
H.M. Gibbs, S.L. McCall, Jr., and T.N.C.
Venkatesan |
Amplifying characteristics of a
cavity-enclosed nonlinear medium |
| 4,110,614 |
D. Sarid and T.G. Davis |
Corona device |
| 4,093,358 |
M. D. Shattuck and G. T. Sincerbox |
High Efficiency Electrochromic Display
Device |
| 4,092,540 |
H. Barrett |
Radiographic camera with internal mask |
| 4,081,673 |
W. Swindell and H. 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 Inteference Device |
| 4,057,723 |
Brian e.
Springett and Dror Sarid |
Rotatable
corona device |
| 4,056,723 |
B.E. Springett and D. Sarid |
Rotatable corona device |
| 4,025,195 |
John F. Ebersole and James C. Wyant |
Image subtraction, addition system |
| 4,023,036 |
H. H. Barrett and S. K. Gordon |
Apparatus and method for transaxial
tomography |
| 4,012,699 |
H.M. Gibbs, S.L. McCall, jr., and T.N.C.
Venkatesan |
Amplifying characteristics of a
cavity-enclosed nonlinear medium |
| 3,961,191 |
W. W. Stoner, D. T. Wilson and H. H.
Barrett |
Coded imaging systems |
| 3,936,639 |
H. H. Barrett |
Radiographic imaging system for high
energy radiation |
| 3,906,229 |
G. D. DeMeester, H. H. Barrett and D. T.
Wilson |
High-energy spatially coded image
detecting system |
| 3,882,310 |
H. H. Barrett |
Spatially modulated imaging system |
| 3,867,637 |
M. Braun, H. D. Doolittle, H. H. Barrett,
J. P. Sage and D. T. Wilson |
Extended monochromatic x-ray source |
| 3,860,821 |
H. H. Barrett |
Imaging system |
| 3,845,420 |
H. G. Holland, M. G. Schultz and H. H.
Barrett |
Surface acoustic wave phase control
device |
| 3,831,031 |
H. Barrett, G. D. DeMeester and D. T.
Wilson, |
Zone plate imaging system |
| 3,829,688 |
H. H. Barrett |
High -intensity radiation imaging system |
| 3,829,219 |
James C. Wyant |
Shearing interferometer |
| 3,825,757 |
H. H. Barrett and F. A. Horrigan, |
Nuclear imaging system |
| 3,801,785 |
H. H. Barrett |
Spatially modulated imaging system |
| 3,766,498 |
R.G. Brewer and R.L. Shoemaker |
Method and apparatus for producing
electromagnetic transient coherent effects |
| 3,748,470 |
H. H. Barrett |
Imaging system utilizing spatial coding |
| 3,729,249 |
M. A. Habegger and G. T. Sincerbox |
Method and Apparatus for Large Object
Interference Pattern Recording |
| 3,720,921 |
R. S. Schools and G. T. Sincerbox |
Recording In Reversible, Photochromic
Medium |
| 3,695,879 |
F. P. Laming, S. L. Levine and G. T.
Sincerbox |
Hologram Life Extension |
| 3,632,214 |
D. C. Chang, R. S. Schools and G. T.
Sincerbox |
Method And Apparatus For Stabilizing The
Phase Of Radiation |
| 3,632,182 |
G. T. Sincerbox |
Method And Apparatus For Interference
Pattern Recording |
| 3,573,854 |
A.W. Grobin, J. L. Reynolds, R. S.
Schools and G. T. Sincerbox |
Holographic Method For Generating Masking
Patterns |
| 3,555,545 |
J. L. Reynolds, R. S. Schools and G. T.
Sincerbox |
System Of Recording In Radiation
Sensitive Medium |
| 3,542,448 |
J. L. Reynolds, R. S. Schools and G. T.
Sincerbox |
Holographic Recording and Readout of
Digital Information |
| 3,533,104 |
M. A. Habegger, T. J. Harris and G. T.
Sincerbox |
Head-Up Display System |
| 3,519,355 |
R. S. Schools and G. T. Sincerbox |
Light Filter |
| 3,516,727 |
A. S. Marathay and J. J. Hickey |
Multipass Interferometric Optical
Modulator |
| 3,513,323 |
G. T. Sincerbox and J. L. Reynolds |
Light Beam Deflection System |
| 3,512,879 |
J. L. Reynolds, R. S. Schools and G. T.
Sincerbox |
Bandwidth Coded Photographic Film Memory |
| 3,503,050 |
R. S. Schools and G. T. Sincerbox |
Wave Energy Recording In Radiation
Sensitive Medium |
| 3,497,831 |
A. S. Marathay and J. J. Hickey |
Broad Band Electro-optic Light Modulator |
| 3,430,212 |
E. Max and G. T. Sincerbox |
Apparatus For Reading And Printing Stored
Information By Light |
| 3,423,736 |
W. W. Ash, K. M. Kosanke and G. T.
Sincerbox |
Apparatus For Reading Information
Selectively From Storage Devices |
| 3,417,381 |
G. T. Sincerbox |
Apparatus For Writing Information In
Memory By Light |
| 3,396,266 |
E. Max and G. T. Sincerbox |
Optical Information Read-Out System |
| 3,391,970 |
G. T. Sincerbox |
Optical Memory In Which A Digital Light
Deflector Is Used In A Bi-Directional Manner |
| 3,391,599 |
H. F. Fleisher, K. M. Kosanke and G. T.
Sincerbox |
Detection Of Tape Defects By Means Of
Multiple Beam Interference |
|
