Recent developments in holographic optical elements (HOEs)

Optics and Lasers in Engineering

Volumn 44, Issue 9, 2006, Pages 871-880

  Mohan, Nandigana K ^a   Islam, Quazi T ^b   K Rastogi, Pramod ^c  

^a INDIAN INSTITUTE OF TECHNOLOGY MADRAS   (India)

^b Philip Morris USA   (United States)

^c EPFL   (Switzerland)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 33646467237     PISSN: 01438166     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.optlaseng.2005.06.010     Document Type: Editorial

References (134)

1. Gabor D. A new microscope principle. Nature 161 (1948) 777-778
2. Leith E.N., and Upatnieks J. Reconstructed wavefronts and communication theory. J Opt Soc Am 52 (1962) 1123-1130
3. Leith E.N., and Upatnieks J. Wavefront reconstruction with diffused illumination and three-dimensional objects. J Opt Soc Am 54 (1964) 1295-1301
4. Denisyuk YuN. Photographic reconstruction of the optical properties of an object in its own scattered radiation fields. Sov Phys Dokl 7 (1962) 543-545
5. Collier R.J., Burckhardt C.B., and Lin L.H. Optical holography (1971), Academic press, New York
6. In: Stone T.W., and Thompson B.J. (Eds). Selected papers on holographic and diffractive lenses and mirrors. SPIE milestone series vol. MS34 (1991), SPIE Optical Engineering Press, Washington
7. In: Smith H.M. (Ed). Holographic recording materials. Topics in applied physics vol 20 (1977), Springer, Berlin
8. Bjelkhagen H.I. Silver halide recording materials (1995), Springer, New York
9. Meier R.W. Magnification and third order aberration in holography. J Opt Soc Am 55 (1965) 987-992
10. Champagne E.B. Non paraxial imaging, magnification and aberration properties in holography. J Opt Soc Am 57 (1967) 51-55
11. Kogelnik H. Coupled wave theory for thick hologram gratings. J Bell Syst Tech 48 (1969) 2909-2947
12. Latta J.N. Computer based analysis of hologram imagery and aberrations-Part I. Hologram types and their monochromatic aberrations. Appl Opt 10 (1971) 599-608
13. Latta J.N. Computer based analysis of hologram imagery and aberrations-Part II. Aberrations induced by wavelength shift. Appl Opt 10 (1971) 609-618
14. Latta J.N. Computer based analysis of holography using ray tracing. Appl Opt 10 (1971) 2698-2710
15. Kubota T., and Ose T. Interference patterns of hologram aberrations. J Opt Soc Am 61 (1971) 1539-1541
16. Latta J.N. Analysis of multiple hologram optical elements with low dispersion and low aberrations. Appl Opt 11 (1972) 1686-1698
17. Lin B.J., and Collins Jr. S.A. Holographic imaging and aberrations due to an incorrectly repositioned hologram in a system with lenses having aberrations. J Opt Soc Am 63 (1973) 537-547
18. Close D.H. Holographic optical elements. Opt Eng 14 (1975) 408-419
19. Sweatt W.C. Describing holographic optical elements as lenses. J Opt Soc Am 67 (1977) 803-808
20. Sweatt W.C. Designing and constructing thick holographic optical elements. Appl Opt 17 (1978) 1220-1227
21. Chen C.W. Using a conventional optical design program to design holographic optical elements. Opt Eng 19 (1980) 649-653
22. Mehta P.C., Syam Sunder Rao K., and Hradaynath R. Higher order aberrations in holographic lenses. Appl Opt 21 (1982) 4553-4556
23. Shaker C, Aggarwal AK, Vardhan H. A report on development of holographic optical elements. CSIO communication, Chandigarh, India,, vol.11, 1984, p. 42-64.
24. Hayford M.J. Optical design of holographic optical elements (HOE) construction optics. Proc SPIE 531 (1985) 241-245
25. Hayford M.J. Optical design of holographic optical elements (HOE) construction optics. Proc SPIE 554 (1986) 502-509
26. Kostuk R.K., Goodman J.W., and Hesselink L. Design considerations for holographic optical elements. Appl Opt 26 (1987) 3947-3953
27. Leith E.N., and Leon S. Construction and evaluation of HOEs in light or reduced coherence. Appl Opt 23 (1984) 942-947
28. Pernick B.J., and Leib K.G. The formation and optimization of interferometric fringes. Am J Phys 46 (1978) 90-93
29. Kostuk R.K., Goodman J.W., and Hesselink L. Volume reflection holograms with multiple gratings: an experimental and theoretical evaluation. Appl Opt 25 (1986) 4328-4362
30. Lin L.H., and Doherty E.T. Efficient and aberration-free wavefront reconstruction from holograms illuminated at wavelengths differing from the forming wavelength. Appl Opt 10 (1971) 1314-1318
31. Silvernnoinen R., and Jaaskelaine C. Design procedure using coupled multiwave analysis for wavelength shifted holographic optical elements. Opt Commun 39 (1981) 123-126
32. Amitai Y., and Friesem A.A. Recursive design techniques for Fourier transform holographic lenses. Opt Eng 26 (1987) 1133-1139
33. Assenheimer, Amitai Y., and Friesem A.A. Recursive design for an efficient HOE with different recording and readout wavelength. Appl Opt 27 (1988) 4747-4752
34. Amitai Y., and Friesem A.A. Design of holographic optical elements by using recursive techniques. J Opt Soc Am A 5 (1988) 702-712
35. Winick K.A. Designing efficient aberration free holographic lenses in the presence of construction-reconstruction wavelength shift. J Opt Soc Am 72 (1982) 143-148
36. Malin M., and Morrow H.E. Wavelength scaling holographic scaling optical elements. Opt Eng 20 (1981) 756-758
37. Stone T., and George N. Wavelength performance of holographic optical elements. Appl Opt 24 (1985) 3797-3810
38. Chen H.R.R., Hershey R.R., and Leith E.N. Design of a holographic lens for the infrared. Appl Opt 26 (1987) 1983-1988
39. Herzig H.P. Holographic optical elements(HOE) for semiconductor lasers. Opt Commun 58 (1986) 144-148
40. Awatsuji Y., Matsuura Y., Shimizu T., and Kubota T. Design of the optimum holographic optical element lens using the hologram computer-aided design tool. Opt Rev 8 (2001) 249-253
41. Shimizu T., Awatsuji Y., and Kubota T. Simulator for computer-aided design of holograms. Opt Eng 40 (2001) 2524-2532
42. Kostuk R.K. Practical design considerations and performance characteristics of high numerical aperture holographic lenses. Proc SPIE 1461 (1991) 24-34
43. Cowan J.J. Holographic honeycomb microlens. Opt Eng 24 (1985) 796-802
44. Case S.K., Paugen P.R., and Lokberg O.J. Multifacet holographic optical elements for wavefront transformations. Appl Opt 20 (1981) 2670-2675
45. Cronkite P., and Lawrence G. Design of high-numerical-aperture holographic gratings for integrated optics readout heads. Proc SPIE 883 (1988) 188-193
46. Kim R.C., and Case S.K. Holographic beam splitter for multiple plane wave formation with matched phasefronts. Proc SPIE 1052 (1989) 52-64
47. Perez M.V., Gomez Reino C., and Bara S. Holographically produced parabolic zone plates. Opt Eng 26 (1987) 461-466
48. Goto K., Kato Y., and Togawa K. Design of holographic gratings. Opt Acta 26 (1979) 841-861
49. Atencia J., and Quintanilla M. Ray tracing for holographic optical element recording with non-spherical waves. J Opt A: Pure Appl Opt 3 (2001) 387-397
50. Twardowski P.J., and Harthong J. Phase holographic optical elements and geometrical optics. J Opt Soc Am A 14 (1997) 1293-1295
51. Jivkova ST, Kavehrad M. Holographic optical receiver front end for wireless infrared indoor communications, vol.40,2001, p. 2828-35.
52. Jivkova S.T., Shurulinkov S., and Kavehrad K. Holographic parabolic mirror as a receiver optical front end for wireless infrared communications: experimental study. Appl Opt 41 (2002) 5860
53. Kahkichashvily S.D. Polarization holographic elements. Proc SPIE 1574 (1991) 101-108
54. Martinez-Ponce G., Solano C.E., Calixto-Carera S.C., Nikoloya L., Todorov T., Petrova T., et al. Polarization holographic element using an azobenzen polymer. Proc SPIE 5622 (2004) 556-559
55. Kley E.B., Cumme M., Wittig L.C., Thieme M., and Gabler W. Beam shaping elements for holographic applications. Proc SPIE 4179 (2000) 58-64
56. Tai A.M., Eismann M.T., and Neagle B.D. Design and fabrication of a wide-field holographic lens for a laser communication receiver. Opt Eng 32 (1993) 3254-3266
57. Pedersen H.C., and Thirstrup C. Design of near-field holographic optical elements by grating matching. Appl Opt 43 (2004) 1209-1215
58. Kim J.M., Choi B.S., Kim II S., Kim J.M., Bjelkhagen H.J., and Phillips N.J. holographic optical elements recorded in silver halide sensitized gelatin emulsions. Part 1. Transmission holographic optical elements. Appl Opt 40 (2001) 622-633
59. Kim J.M., Choi B.S., Kim II S., Kim J.M., Bjelkhagen H.J., and Phillips N.J. Holographic optical elements recorded in silver halide sensitized gelatin emulsions. Part 2. Reflection holographic optical elements. Appl Opt 41 (2002) 1522-1533
60. Chao W., and Chi S. Novel holographic colour filters with double-transmission holograms. J Opt 29 (1998) 259-264
61. Krishna Mohan N. Fabrication of holographic optical elements. Technical report, IIT Madras, India, 1992.
62. Bhattacharya S., Darlin J.S., Senthilkumaran P., Kothiyal M.P., and Sirohi R.S. Holographic array illuminator using Michelson interferometers in tandem: fabrication and analysis. J Mod Opt 42 (1995) 2275-2283
63. Collados M.V., Atencia J., Tornos J., and Quintanilla M. Construction and characterization of compound holographic lenses for multichannel one-dimensional Fourier transformation and optical parallel processing. Opt Commun 249 (2005) 85-94
64. Ebizuka N., Oka K., Yamada A., Watanabe M., Shimizu K., Kodate K., et al. Development of volume phase holographic (VPH) Grism for visible to near infrared instruments of the 8.2 m Subaru Telescope. Proc SPIE 4842 (2003) 319-328
65. Yao J., and Chen G.C. Holographic diffuser for diffuse infrared wireless home networking. Opt Eng 42 (2003) 317-324
66. Lucila H.D., Gluch E., and Streibl N. Holographic quarter wave plates. Appl Opt 29 (1990) 3286-3290
67. Hariharan P. Optical holoraphy, principles, techniques and applications. 2nd ed (1996), Cambridge University Press, New York
68. Mehta P.C. Lasers and holography (1993), World Scientific, New Jersey
69. Neipp C., Beronich E., Pascual I., and Belendez A.J. Fixation-free bleached silver halide transmission holograms recorded on Slavich PFG-01 red sensitive plates. Mod Opt 48 (2001) 1643-1655
70. Zacharovas S.Z., Ratcliffe D.B., Skokov G.R., Vorobiov S.P., Kumonko P.I., and Sazonov Y.A. Recent advances in holographic materials from Slavich. Proc SPIE 4149 (2000) 73-80
71. Cowan J.J., and Slafer W.D. Holographic embossing at polaroid: the polaroid process. Proc SPIE 600 (1986) 49-56
72. Shvartsman F.P. Holographic optical elements by dry photopolymer embossing. Proc SPIE 1461 (1991) 313-320
73. Funato H. Holographic scanner for laser printer. Proc SPIE 390 (1983) 174-182
74. Dickson L.D., Sincerbox G.T., and Wolfheimer A.D. Holography in IBM 3687 super market scanner. IBM J Res Dev 26 (1982) 228-234
75. Herzig H.P., and Dandliker R. Holographic laser scanning elements: analytical method for determining the phase function. J Opt Soc Am A4 (1987) 1063-1070
76. Herzig H.P., and Dandliker R. Holographic optical scanning elements with minimum aberrations. Appl Opt 27 (1988) 4739-4746
77. Beiser L. Holographic scanning. Series on pure and applied optics (1988), Wiley, New York
78. Iwata S., Hasegawa S., Maeda S., Kayashima S., and Yamagishi F. Holographic straight line scanner using holoplate. Proc SPIE 1667 (1992) 284-288
79. Cheng C.C. High-performance horizontal side scanner using holographic technology. Proc SPIE 3422 (1998) 257-262
80. Gu T., Zhu M., and Fang S. Three-dimensional imaging system with holographic scanner and auxiliary reflectors. Proc SPIE 5636 (2005) 387-391
81. Tsunoda Y., Tatsuno K., Kataoka K., and Takeda Y. Holographic video disk: an alternative approach to optical video disk. Appl Opt 15 (1976) 1398-1403
82. Kimura Y., Sugama S., and Ono Y. Compact optical head using a holographic optical element for CD players. Appl Opt 27 (1988) 668-671
83. Weingartner L., and Rosenbruch K.J. Holographic video disc and laser scanning optics. Proc SPIE 396 (1983) 173-180
84. Lee W.H. Holographic optical head for compact disk applications. Opt Eng 28 (1989) 650-653
85. Komma Y., Kadowaki S., Hori Y., and Kato M. Holographic optical element for an optical disk head with spot-size detection servo optics. Appl Opt 29 (1990) 5127-5131
86. Huang G., Pan L., Xu D., Pei J., and Jia H. Holographic element for CD pickup-to-play DVD. Proc SPIE 2890 (1996) 38-42
87. McCauley D.G., Simpson C.E., and Murbach W.J. Holographic optical elements for visual display applications. Appl Opt 12 (1973) 232-242
88. Ravich L. Head-up displays in avionics. Laser Focus 22 (1986) 78-84
89. Wuest D., and Lakes R.S. Holographic optical element for projection of stereo images. Appl Opt 31 (1992) 1008-1009
90. Ludman J.E. Holographic solar concentrator. Appl Opt 21 (1982) 3057-3058
91. Bradbury R., Ludman J.E., and White J.W. Holographic lighting for energy efficient green houses. Proc SPIE 616 (1986) 104-111
92. Bainier C., Hernandez C., and Courjon D. Solar concentrating systems using holographic lenses. Solar Wind Technol 5 (1988) 395-404
93. Shakher C., and Yadav H.L. Dependence of diffraction efficiency of holographic concentrators on angle of illumination, hologram thickness and wavelength of illuminating light. J Opt 21 (1990) 267-272
94. Vander Lugt A.B. Signal detection by complex spatial filtering. IEEE Trans Inf Theory IT-10 (1964) 139-145
95. Bara S., and Gomez-Reino C. A holographic optical element for non-symmetric Fourier transform systems. J Mod Opt 36 (1989) 21-30
96. Kannan R., and Pappu S.V. Simultaneous display of image and spectrum in the same plane: a generalized analysis. Opt Laser Technol (1988) 205-210
97. Shekar C., and Sirohi R.S. Imaging in white light by using two holo-lenses. J Opt (Paris) 16 (1985) 225-227
98. Manjunath H.R., and Pappu S.V. Fourier spectrum of an object using holographic lens. Appl Opt 15 (1976) 849-851
99. Rabal H.J., Farlan W.D., and Garavaglia M. Astigmatic holographic processor for local pattern recognition. Opt Commun 65 (1988) 343-346
100. George N., and Stone T. Achromatized holographic phase shifter and modulator. Opt Commun 67 (1988) 185-191
101. Schwider J. Achromatic design of holographic optical interconnects. Opt Eng 35 (1996) 826-831
102. McCartney D.J., Payne D.B., and Duncan S.S. Position tunable holographic filters in dichromated gelatin for use in single mode fiber demultiplexers. Opt Lett 10 (1985) 303-305
103. Dmitriev A.L., and Ivanaov A.V. Holographic element of a demultiplexer for a lightguide communication systems. Opt and Spectro 62 (1987) 91-93
104. DeSchryver D.M. Holographic optical element wavelength multi-demultiplexer in the near infrared. Proc SPIE 600 (1986) 101-105
105. Cronkite P.J., and Lawrence G.N. Focusing grating coupler design method using holographic optical elements. Appl Opt 27 (1988) 679-683
106. Soares O.D.D. Holographic coupler for fiber optics. Opt Eng 20 (1981) 740-744
107. Fldada L.A. Advances in telecom and datacom optical components. Opt Eng 40 (2001) 1165-1178
108. Goodman G., and Witte H.H. Holograms as optical branching systems. Opt Quant Electr 9 (1977) 75-78
109. In: Sirohi R.S. (Ed). Speckle metrology (1993), Marcel Dekker, New York [Chapter 10]
110. Petrov V., and Lau B. Holographically generated reference wave. Opt Eng 35 (1996) 2363-2370
111. Moustafa N., Kornis J., and Fuezessy. Holographically generated reference wave. Opt Eng 38 (1999) 1241-1245
112. Joenathan C., and Sirohi R.S. Holographic gratings in speckle shear interferometry. Appl Opt 24 (1985) 2750-2751
113. Krishna Mohan N., Masalkar P.J., and Sirohi R.S. Electronic speckle pattern interferometry with holo-optical element. Proc SPIE 1821 (1992) 234-242
114. Krishna Mohan N., and Sirohi R.S. Electronic speckle pattern interferometry with conventional and holo optical elements. J Opt (India) 23 (1994) 13-27
115. Joenathan C., and Burkle L. Electronic speckle pattern shearing interferometer using holographic gratings. Opt Eng 36 (1997) 2473-2477
116. Krishna Mohan N., and Rastogi P.K. Special Issue on recent developments in digital speckle pattern interferometry. Opt Lasers Eng (2003)
117. Mihaylova E., Naydenova I., Martin S., and Toal V. Electronic speckle pattern shearing interferometer with a photopolymer holographic grating. Appl Opt 43 (2004) 2439-2442
118. Leib K.G., and Pernick B.J. Holographic optical elements as laser irradiation sensor components. Proc SPIE 1532 (1991) 261-270
119. Krishna Mohan N., Masalkar P.J., and Sirohi R.S. Electronic speckle pattern interferometry with holo-optical element. Proc SPIE 1821 (1992) 234-242
120. Fouere J.C., and Roychoudhuri C. A holographic radial and lateral shear interferometer. Opt Commun 12 (1974) 29-31
121. Malcara D., and Mallick. Holographic lateral interferometer. Appl Opt 15 (1976) 2695-2697
122. Joenathan, Mohanty R.K., and Sirohi R.S. Lateral shear interferometry with holoshear lens. Opt Commun 52 (1984) 153-156
123. Joenathan C., Parthiban V., and Sirohi R.S. Shear interferometry with holographic lenses. Opt Eng 27 (1987) 359-364
124. Matsuda K., Takeya J., Tsujiuchi J., and Shinoda M. An experiment of image subtraction using holographic beam splitter. Opt Commun 2 (1971) 425-428
125. Rao V.V., Joenathan C., and Sirohi R.S. Real-time optical image subtraction by a holographic shear lens. Opt Commun 55 (1985) 83-86
126. Dills A.N., Andersen G., and Knize R.J. Holographic Raman/Rayleigh lidar for all-atmosphere thermal profile. Proc SPIE 4377 (2001) 186-193
127. Schwemmer G.K., Miller G.D., Wilkerson T., Guerra D., and Rallison R. NASA lidar uses HOEs for lightweight scanning. Laser Focus World 38 (2002) 141-147
128. Kim R.C., Case S.K., and Schock H.J. Holographic optical system for aberration corrections in laser Doppler velocimetry. Proc SPIE 523 (1985) 237-243
129. Kitchen S.R., Dam-Hansen C., and Jakobsen M.L. Quasi-achromatic laser Doppler anemometry systems based on a diffractive beam splitter. Appl Opt 42 (2003) 5642-5648
130. Bahuguna R.D., and Corboline T. Prism fingerprint sensor that uses a holographic optical element. Appl Opt 35 (1996) 5242-5245
131. Deng J.S., Lu M.F., and Huang Y.T. Double layer networks with holographic optical switches. Appl Opt 43 (2004) 1342-1348
132. Yu P., Mustata M., Peng L., Turek J.J., Melloch M.R., French M.W., et al. Holographic optical coherence imaging of rat osteogenic sarcoma tumor spheroids. Appl Opt 43 (2004) 4862-4873
133. Jeong K., Peng L., Turek J.J., Melloch R., and Nolte D.D. Fourier-domain holographic optical coherence imaging of tumor spheroids and mouse eye. Appl Opt 44 (2005) 1798-1805
134. Lizotte T.E., and Ohar O. The use of holographic and diffractive optics for optimized of machine vision illumination for critical dimension inspection. Proc SPIE 5265 (2004) 16-23