Methods and compositions for recording optical information emplo

Static information storage and retrieval – Information masking – Polarization

Patent

Rate now

  [ 0.00 ] – not rated yet Voters 0   Comments 0

Details

365107, G11C 1300

Patent

active

047899654

ABSTRACT:
Methods and compositions for use in optically recording information. The present invention includes incorporating solute molecules within an extremely viscous medium. The solute molecules may be chemically bound within the medium or they may be held physically in place. In either case actual rotation of the solute molecules is prevented. The solute molecules are chosen such that they are capable of generalized pseudorotation. That is, the solute molecules or chromophores attached to a polymer chain may be converted from a first form to a second form which differs in orientation without a net chemical transformation into another chemical species and in the absence of actual rotation. In addition, the various forms of the solute molecules can be produced by passing selectively polarized light through the medium. The form of the solute molecules can then be "read" by passing light through the medium and detecting its characteristics as it exits the medium.

REFERENCES:
patent: 3119099 (1964-01-01), Biernat
patent: 3214382 (1965-10-01), Windsor
patent: 3320067 (1967-05-01), Taylor
patent: 3557218 (1971-01-01), Hall et al.
patent: 3565814 (1971-02-01), Pellon
patent: 3687863 (1972-08-01), Wacher
patent: 3696263 (1972-10-01), Wacher
patent: 3868653 (1975-02-01), Winter
patent: 4033673 (1977-07-01), Seki
patent: 4346186 (1982-08-01), Garrett et al.
patent: 4503177 (1985-03-01), Reid et al.
J. Morgan, Introduction to Geometrical and Physical Optics, Chapter 16, McGraw-Hill Book Company, Inc. (1953).
D. von der Linde et al., "Multiphoton Photorefractive Processes for Optical Storage in LiNbO.sub.3," 25, Applied Physics Letters, 155-157 (Aug. 1974).
Blume, H. and Bader, T., "Bi-Directional Holographic Information Storage Based on the Optical Reorientation of F.sub.A Centers in KCl:Na," 12, Optics Communications, No. 2, pp. 147-151 (Oct. 1974).
V. N. Seleznev et al., "Materials for Erasable Optical Memories (Review)," 4, Soviet Journal of Quantum Electronics, 819-827 (Jan. 1975).
D. von der Linde et al., "High-Sensitivity Optical Recording in KTN by Two-photon Absorption," 26, Applied Physics Letters, 22-24 (Jan. 1975).
R. L. Kurtz et al., "Holographic Recording Materials--A Review," 14, Optical Engineering, 393-401 (Sep.-Oct. 1975).
R. A. Bartolini et al., "Review and Analysis of Optical Recording Media," 15, Optical Engineering, 99-108 (Mar.-Apr. 1976).
G. R. Levinson et al., "Laser Processing of Thin Films (Review)", 6, Soviet Journal of Quantum Electronics, 885-896 (Aug. 1976).
D. von der Linde et al., "Multiphoton Processes for Optical Storage in Pyroelectrics," 10, Ferroelectrics, 5-8 (1976).
Paper, J. Corcoran et al., "Melting Holes in Metal Films for Real Time, High-Density, Permanent Digital Data Storage," Ampex Corporation, Redwood City, Calif. (Sep. 1977).
G. C. Kenney et al., "An Optical Disk Replaces 25 Mag Tapes," IEEE Spectrum, 33-37 (Feb. 1979).
K. Bulthuis et al., "Ten Billion Bits on a Disk," IEEE Spectrum, 26-33 (Aug. 1979).
J. M. O'Reilly et al., "Scanned Laser Marking of Metallic and Organic Films," 23, Photographic Science and Engineering, 314-318 (Sep.-Oct. 1979).
M. S. Cohen, "Computer Modelling Study of Ablative Optical Recording," 36, Applied Physics Letters, 950-953 (Jun. 1980).
P. Hariharan, "Holographic Recording Materials: Recent Developments," 19, Optical Engineering, 636-641 (Sep./Oct. 1980).
P. Kivits et al., "Superheating of Thin Films for Optical Recording," 24, Applied Physics Letters, 273-278 (1980).
D. G. Howe et al., "Solvent-Coated Organic Materials for High-Density Optical Recording," 18, Journal of Vacuum Science Technology, 92-99 (Jan./Feb. 1981).
D. Y. Lou et al., "Bit Oriented Optical Storage with Thin Tellurium Films," 18, Journal of Vacuum Science Technology, 78-86 (Jan./Feb. 1981).
David Y. Lou, "The Archival Stability of Tellurium Films for Optical Information Storage," 128, Journal of the Electromechanical Society, 699-701 (Mar. 1981).
David Y. Lou et al., "Defect Measurements in Digital Optical Disks," 20, Applied Optics, 887-891 (Mar. 1981).
Article, "Self-Developing Holographic Material Does Not Degrade When Read by Laser," Laser Focus, 22-24 (Mar. 1981).
T. H. Allen et al., "Optical Properties of Tellurium Films Used for Data Recording," 20, Optical Engineering, 373-376 (May/Jun. 1981).
C. D. Eden, "Vanadium Dioxide Storage Material," 20, Optical Engineering, 377-378 (May/Jun. 1981).
D. Strand, "Optical Recording with Amorphous Materials," 20, Optical Engineering, 379-381 (May/Jun. 1981).
H. Brody, "Materials for Optical Storage: A State-of-the-Art Survey," Laser Focus, 47-52 (Aug. 1981).
G. C. Bjorklund et al., "Recording of Gated Holograms Using Two-Photon Photochemistry," 24, IBM Technical Disclosure Bulletin, No. 4 (Oct. 1981).
R. E. Kunz et al., "Optical Information Storage by Spatial Lifetime Hole Burning," 24, IBM Technical Disclosure Bulletin, No. 5 (Oct. 1981).
M. D. Levenson, "Time Domain Optical Information Storage in Systems Capable of Photochemical Hole Burning," 24, IBM Technical Disclosure Bulletin, No. 6 (Nov. 1981).
C. R. Jones, "Fluorescent Imaging System," 24, IBM Technical Disclosure Bulletin, No. 6 (Nov. 1981).
R. A. Bartolini, "Media for High Density Optical Recording," 18, Journal of Vacuum Science Technology, 70-74 (1981).
H. G. Craighead et al., "Microscopically Textured Optical Storage Media," 39, Applied Physics Letters, 532-534 (1981).
J. Drexler, "Drexon Optical Memory Media for Laser Recording," 18, Journal of Vacuum Science Technology, 87-91 (1981).
M. W. Goldberg et al., "Preheat-Aided Optical Disc Recording," 39, Applied Physics Letters, 583-585 (1981).
V. B. Jipson et al., "Infrared Dyes for Optical Storage," 18, Journal of Vacuum Science Technology, 105-109 (1981).
P. Kivits et al., "Laser Induced Melting and Superheating in Te and In Films for Optical Data Storage," 24, Applied Physics, 307-310 (1981).
P. Kivits et al., "Vanadyl Phthalocyanine: An Organic Material for Optical Data Recording," 26, Applied Physics Letters, 101-105 (1981).
T. W. Smith, "The Role of Polymers in Optical Recording Media," 18, Journal of Vacuum Science Technology, 100-104 (1981).
V. E. Wood et al., "Optical Erasure of One- and Two-Photon Holograms in Fe-Doped LiNbO.sub.3," 34, Ferroelectrics, 175-178 (1981).
Jon K. Clemens, "Video Disks: Three Choices," IEEE Spectrum, 38-42 (Mar. 1982).
David Y. Lou, "Characterization of Optical Disks," 21, Applied Optics, 1602-1609 (May 1982).
Advertising brochure entitled "Drexon Optical Memory Discs for Laser Recording and Archival Data Storage," Drexler Technology Corporation, 2557 Charleston Road, Mountain View, Calif.
Author unknown, Light, 940-942 (date unknown).
N. F. Borrelli, "Uniaxial Anisotropy in MgFe.sub.2-y Al.sub.y O.sub.4," J. Appl. Phys., vol. 46, No. 1, p. 430 (1975).
N. F. Borrelli et al., "Interpretation of Induced Colors in Polychromatic Glasses," J. of the Optical Society, vol. 68, #10, p. 1395 (1978).
N. F. Borrelli et al., "New Thin-Film Optical Recording Medium," Proceedings of the Society of Photo-Optical Instrumentation Engineers, vol. 200, Laser Recording and Information Handling (Aug. 27-28, 1979), San Diego, Calif.
N. F. Borrelli et al., "Read-Write-Erasable Thin Film Optical Recording Medium," Proceedings of the Society of Photo-Optical Instrumentation Engineers, vol. 222, Laser Scanning and Recording for Advanced Image and Data Handling (Apr. 8-9, 1980), Washington, D.C.
G. C. Newland et al., "Phototropic Compositions (B)," Ser. No. 768,947, filed Sep. 9, 1968, Defensive Publication, U.S. Patent Office published Feb. 4, 1969.
G. C. Newland et al., "Phototropic Anthraquinone Containing Compositions," Ser. No. 563,097, filed Jul. 6, 1966, Defensive Publication, U.S. Patent Office published Apr. 22, 1969.
J. G. Radziszewski et al., "4-Azahomoadamant-3-ene: Spectroscopic Characterization and Photoresolution of a Highly Reactive Strained Bridgehead Imine," J. Am. Chem. Soc., vol. 107, No. 3, pp. 594-603 (1985).
J. G. Radziszewski et al., "Nondestructive Photoorientation by Generalized Pseudorotation: A Quantitative Treatment," J. Am. Chem. Soc., vol. 109, No. 1,

LandOfFree

Say what you really think

Search LandOfFree.com for the USA inventors and patents. Rate them and share your experience with other people.

Rating

Methods and compositions for recording optical information emplo does not yet have a rating. At this time, there are no reviews or comments for this patent.

If you have personal experience with Methods and compositions for recording optical information emplo, we encourage you to share that experience with our LandOfFree.com community. Your opinion is very important and Methods and compositions for recording optical information emplo will most certainly appreciate the feedback.

Rate now

     

Profile ID: LFUS-PAI-O-1497178

  Search
All data on this website is collected from public sources. Our data reflects the most accurate information available at the time of publication.