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Degree of polarization fading of light passing through birefringent medium with optical axis variation

Degree of polarization fading of light passing through biref...

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conference on photonics Applications in Astronomy, Communications, Industry, and High-Energy Physics Experiments 2010

作者： Makowski, Piotr L. Domanski, Andrzej W. Warsaw Univ Technol Fac Phys PL-00662 Warsaw Poland

ISBN: (纸本)9780819482358

Numerical implementation of Mueller-Stokes matrix calculus for polychromatic light is used to analyze and plainly illustrate polarization properties of multi-section linearly birefringent systems illuminated by the light of any spectrum profile. Numerical investigations are preceded by a detailed review of known concepts for modeling the depolarization phenomenon in anisotropic media. The numerical study examines efficiency of the Lyot depolarizer system undergoing variations from the optimal configuration. In addition, the power spectrum density profile and intrinsic polarization state of light passing through the system are considered as interesting degrees of freedom. The comparative analysis makes use of the degree of polarization and the depolarization index diagrams.

关键词： Mueller-Stokes calculus complex degree of coherence linear birefringence Lyot depolarizer depolarization index

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Investigation of Thirty Meter Telescope Wavefront Maintenance Using Low Order Shack-Hartmann Wavefront Sensors to Correct for Thermally Induced Misalignments

Investigation of Thirty Meter Telescope Wavefront Maintenanc...

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conference on modeling, systems Engineering and Project Management for Astronomy IV

作者： Nissly, Carl Seo, Byoung-Joon Troy, Mitchell Angeli, George Cho, Myung Shelton, Chris Sigrist, Norbert Sirota, Mark CALTECH Jet Prop Lab 4800 Oak Grove Dr Pasadena CA 91109 USA CALTECH Pasadena CA 91125 USA Thirty Meter Telescope Observ Pasadena CA 91107 USA

ISBN: (纸本)9780819482280

We evaluate how well the performance of the Thirty Meter Telescope (TMT) can be maintained against thermally induced errors during a night of observation. We first demonstrate that using look-up-table style correction for TMT thermal errors is unlikely to meet the required optical performance specifications. Therefore, we primarily investigate the use of a Shack-Hartmann Wavefront Sensor (SH WFS) to sense and correct the low spatial frequency errors induced by the dynamic thermal environment. Given a basic SH WFS design, we position single or multiple sensors within the telescope field of view and assess telescope performance using the JPL optical ray tracing tool MACOS for wavefront simulation. Performance for each error source, wavefront sensing configuration, and control scheme is evaluated using wavefront error, plate scale, pupil motion, pointing error, and the Point Source Sensitivity (PSSN) as metrics. This study provides insight into optimizing the active optics control methodology for TMT in conjunction with the alignment and Phasing system (APS) and primary mirror control system (M1CS).

关键词： Wavefront Sensing and Control Active optics On-Instrument Wavefront Sensor Shack-Hartmann Segmented Mirrors optical modeling MACOS Point Source Sensitivity Thirty Meter Telescope

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modeling and optimal design of an optical MEMS tactile sensor for use in robotically-assisted surgery

Modeling and optimal design of an optical MEMS tactile senso...

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conference on photonics North 2010

作者： Ahmadi, Roozbeh Kalantari, Masoud Packirisamy, Muthukumaran Dargahi, Javad Concordia Univ Dept Mech & Ind Engn Opt Bio Microsyst Lab Montreal PQ H3G 2W1 Canada

ISBN: (纸本)9780819482419

Currently, Minimally Invasive Surgery (MIS) performs through keyhole incisions using commercially available robotic surgery systems. One of the most famous examples of these robotic surgery systems is the da Vinci surgical system. In the current robotic surgery systems like the da Vinci, surgeons are faced with problems such as lack of tactile feedback during the surgery. Therefore, providing a real-time tactile feedback from interaction between surgical instruments and tissue can help the surgeons to perform MIS more reliably. The present paper proposes an optical tactile sensor to measure the contact force between the bio-tissue and the surgical instrument. A model is proposed for simulating the interaction between a flexible membrane and bio-tissue based on the finite element methods. The tissue is considered as a hyperelastic material with the material properties similar to the heart tissue. The flexible membrane is assumed as a thin layer of silicon which can be microfabricated using the technology of Micro Electro Mechanical systems (MEMS). The simulation results are used to optimize the geometric design parameters of a proposed MEMS tactile sensor for use in robotic surgical systems to perform MIS.

关键词： optical Bio-Sensor Tactile Sensor Finite Element Method Tissue modeling Minimally Invasive Surgery Micro Electro Mechanical systems

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Laser tweezers for determining anisotropic viscosity coefficients of nematic liquid crystals

Laser tweezers for determining anisotropic viscosity coeffic...

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conference on optical Trapped and optical Micromanipulation VII

作者： Sanders, Jennifer L. Dickinson, Mark R. Gleeson, Helen F. Univ Manchester Sch Phys & Astron Manchester M13 9PL Lancs England

ISBN: (纸本)9780819482587

The dynamic response characteristics of a liquid crystal (LC) device are dependent upon its viscosity coefficients. Local shear viscosity coefficients, or Miesowicz viscosity coefficients, eta(i), are of particular importance for back-flow effects and their optimisation allows for faster LC device response times. With such a wide range of LC materials available, information regarding their viscous properties is often incomplete. Micromanipulation with laser tweezers offers an alternative method for determining shear viscosity coefficients. Micron sized dielectric particles are dispersed in homeotropically and planarly aligned nematic LC, sandwiched between two coverslips. The microfluidic behaviour of the LC is investigated using a computer controlled laser tweezer system where particle tracking is performed using a high speed CMOS camera to record bead displacement for power spectral density analysis. We investigate the effective viscosity coefficients parallel and perpendicular to the director (n) over cap, eta(parallel to)(eff) and eta(perpendicular to)(eff) respectively. These are directly related to the Miesowicz viscosity coefficients for homeotropic alignment eta(1), and homogenous alignment eta(2) and eta(3). The results infer practically pertinent details about the viscoelastic properties of liquid crystals, and particles in LC systems.

关键词： Laser tweezers optical trapping micromanipulation power spectral density liquid crystals anisotropic viscosity microfluidics

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NuSTAR: system engineering and modeling challenges in pointing reconstruction for a deployable X-ray telescope

NuSTAR: System engineering and modeling challenges in pointi...

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conference on modeling, systems Engineering and Project Management for Astronomy IV

作者： Harp, D. Isaiah Liebe, Carl Christian Craig, William Harrison, Fiona Kruse-Madsen, Kristin Zoglauer, Andreas CALTECH Jet Prop Lab 4800 Oak Grove Dr Pasadena CA 91109 USA Univ Calif Berkeley Space Sci Lab Berkeley CA 94720 USA CALTECH Space Radiat Lab Pasadena CA 91125 USA

ISBN: (纸本)9780819482280

The Nuclear Spectroscopic Telescope Array (NuSTAR) is a NASA Small Explorer mission that will make the first sensitive images of the sky in the high energy X-ray band (6 - 80 keV). The NuSTAR observatory consists of two co-aligned grazing incidence hard X-ray telescopes with a similar to 10 meter focal length, achieved by the on-orbit extension of a deployable mast. A principal science objective of the mission is to locate previously unknown high-energy X-ray sources to an accuracy of 10 arcseconds (3-sigma), sufficient to uniquely identify counterparts at other wavelengths. In order to achieve this, a star tracker and laser metrology system are an integral part of the instrument;in conjunction, they will determine the orientation of the optics bench in celestial coordinates and also measure the flexures in the deployable mast as it responds to the varying on-orbit thermal environment, as well as aerodynamic and control torques. The architecture of the NuSTAR system for solving the attitude and aspect problems differs from that of previous X-ray telescopes, which did not require ex post facto reconstruction of the instantaneous observatory alignment on-orbit. In this paper we describe the NuSTAR instrument metrology system architecture and implementation, focusing on the systems engineering challenges associated with validating the instantaneous transformations between focal plane and celestial coordinates to within the required accuracy. We present a mathematical solution to photon source reconstruction, along with a detailed error budget that relates component errors to science performance. We also describe the architecture of the instrument simulation software being used to validate the end-to-end performance model.

关键词： Metrology Sensors Stars Laser metrology Observatories Error analysis optical alignment X-rays Source localization X-ray telescopes

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Use of shape induced birefringence for rotation in optical tweezers

Use of shape induced birefringence for rotation in optical t...

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conference on optical Trapped and optical Micromanipulation VII

作者： Asavei, Theodor Nieminen, Timo A. Heckenberg, Norman R. Rubinsztein-Dunlop, Halina Univ Queensland Sch Math & Phys Brisbane Qld Australia

ISBN: (纸本)9780819482587

Since a light beam can carry angular momentum (AM) it is possible to use optical tweezers to exert torques to twist or rotate microscopic objects. The alignment torque exerted on an elongated particle in a polarized light field represents a possible torque mechanism. In this situation, although some exchange of orbital angular momentum occurs, scattering calculations show that spin dominates, and polarization measurements allow the torque to be measured with good accuracy. This phenomenon can be explained by considering shape birefringence with an induced polarizability tensor. Another example of a shape birefringent object is a microsphere with a cylindrical cavity. Its design is based on the fact that due to its symmetry a sphere does not rotate in an optical trap, but one could break the symmetry by designing an object with a spherical outer shape with a non spherical cavity inside. The production of such a structure can be achieved using a two photon photo-polymerization technique. We show that using this technique, hollow spheres with varying sizes of the cavity can be successfully constructed. We have been able to demonstrate rotation of these spheres with cylindrical cavities when they are trapped in a laser beam carrying spin angular momentum. The torque efficiency achievable in this system can be quantified as a function of a cylinder diameter. Because they are biocompatible and easily functionalized, these structures could be very useful in work involving manipulation, control and probing of individual biological molecules and molecular motors.

关键词： Two-photon photopolymerization optical tweezers optical torque form birefringence

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A novel optoelectrofulidic system for cells/particles manipulation and sorting

A novel optoelectrofulidic system for cells/particles manipu...

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conference on optical Trapped and optical Micromanipulation VII

作者： Yang, Shih-Mo Yu, Tung-Ming Huang, Hang-Ping Hsu, Long Liu, Cheng-Hsien Natl Chiao Tung Univ Dept Electrophys Hsinchu Taiwan Natl Tsing Hua Univ Dept Power Mech Engn Hsinchu Taiwan

ISBN: (纸本)9780819482587

A novel optoelectrofulidic system integrated optical image concentration and alignment system, dielectrophoresis phenomenon, microfluidic and friendly real-time control interface is first reported in this article. A new application of photoconductive material oxotitanium phthalocyanine (TiOPc) for microparticle applying has been first described and demonstrated by our research group. Basis on the special character of the photoconductive material, a TiOPc-based optoelectronic tweezers (Ti-OET) is utilized for single and massive cells/particles manipulation. The objects wanted to be manipulated are defined with different behaviors (e.g., press, release, drag and move) using Flash (R) software when the cursor acts on them. It also reveals the application for biological application to form the cells trapping with three sorts of cells, HMEC-1, HepG2 and HEK293t. Another application of our optoelectrofulidic system is to fabricate a TiOPc-based flow cytometry chip which can be used for sorting the 15 mu m diameter particles with 105 mu m/s velocity. When the 10Vp. p. voltage and 45 kHz AC frequency apply on the top and button ITO electrode, the illuminated light pattern will become a spatially virtual switch inside the microchannel. The dielectrophoresis force between top ITO glass and button photoconductive layer controlled by the friendly interface will concentrate the cells/particles as a straight line and individually direct each one in different paths. In summary, we have established an optoelectronfulidic-based chip and spatially virtual switch system which are applied for cell pattern and particles sorting. In the future, this easy manipulation approach can place the full power of optoelectronfulidic chip into the biological operators' hands.

关键词： TiOPc Optoelectronic Tweezers (OET) TiOPc-based OET (Ti-OET) Dielectrophoresis (DEP) Cell manipulation

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Leaky-mode resonance photonics: Technology for biosensors, optical components, MEMS, and plasmonics

Leaky-mode resonance photonics: Technology for biosensors, o...

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conference on Integrated optics - Devices, Materials, and Technologies XIV

作者： Magnusson, Robert Wawro, Debra Zimmerman, Shelby Ding, Yiwu Shokooh-Saremi, Mehrdad Lee, Kyu Jin Ussery, Daryl Kim, Sangin Song, Seok Ho Univ Texas Arlington Dept Elect Engn Box 19016 Arlington TX 76019 USA Resonant Sensors Incorp Arlington TX 76010 USA Univ Connecticut Dept Elect & Comp Engn Storrs CT 06269 USA Ajou Univ Dept Elect & Comp Engn Suwon 443749 South Korea Hanyang Univ Dept Phys Seoul 133791 South Korea

ISBN: (纸本)9780819480002

Resonant leaky modes can be induced on dielectric, semiconductor, and metallic periodic layers patterned in one or two dimensions. Potential applications include bandpass and bandstop filters, laser mirrors, ultrasensitive biosensors, absorption enhancement in solar cells, security devices, tunable filters, nanoelectromechanical display pixels, dispersion/slow-light elements, and others. As there is now a growing realization worldwide of the utility of these devices, it is of interest to summarize their physical basis and present their applicability in photonic devices and systems. In particular, we have invented and implemented highly accurate, label-free, guided-mode resonance (GMR) biosensors that are being commercialized. The sensor is based on the high parametric sensitivity inherent in the fundamental resonance effect. As an attaching biomolecular layer changes the parameters of the resonance element, the resonance frequency (wavelength) changes. A target analyte interacting with a bio-selective layer on the sensor can thus be identified without additional processing or use of foreign tags. Another promising pursuit in this field is development of optical components including wideband mirrors, filters, and polarizers. We have experimentally realized such devices that exhibit a minimal layer count relative to their classical multilayer thin-film counterparts. Theoretical modeling has shown that wideband tuning of these filters is achievable by perturbing the structural symmetry using nano/microelectromechanical (MEMS) methods. MEMS-tuned resonance elements may be useful as pixels in spatial light modulators, tunable lasers, and multispectral imaging applications. Finally, mixed metallic/dielectric resonance elements exhibit simultaneous plasmonic and leaky-mode resonance effects. Their design and chief characteristics is described.

关键词： Guided-mode resonance leaky-mode resonance periodic elements biosensors nanoplasmonics nanolithography nanophotonics

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Gaussian versus Flat-top Spatial Beam Profiles for optical Stimulation of the Prostate Nerves

Gaussian versus Flat-top Spatial Beam Profiles for Optical S...

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conference on Photonic Therapeutics and Diagnostics VI

作者： Tozburun, Serhat Lagoda, Gwen A. Burnett, Arthur L. Fried, Nathaniel M. Univ N Carolina Dept Phys & Opt Sci Charlotte NC 28223 USA Johns Hopkins Med Inst Dept Urol Baltimore MD 21205 USA

ISBN: (纸本)9780819479440

The cavernous nerves (CN) course along the prostate surface and are responsible for erectile function. Improved identification and preservation of the CN's is critical to maintaining sexual potency after prostate cancer surgery. Noncontact optical nerve stimulation (ONS) of the CN's was recently demonstrated in a rat model, in vivo, as a potential alternative to electrical nerve stimulation (ENS) for identification of the CN's during prostate surgery. However, the therapeutic window for ONS is narrow, so optimal design of the fiber optic delivery system is critical for safe, reproducible stimulation. This study describes modeling, assembly, and testing of an ONS probe for delivering a small, collimated, flat-top laser beam for uniform CN stimulation. A direct comparison of the magnitude and response time of the intracavernosal pressure (ICP) for both Gaussian and flat-top spatial beam profiles was performed. Thulium fiber laser radiation (lambda=1870 nm) was delivered through a 200-mu m fiber, with distal fiber tip chemically etched to convert a Gaussian to flat-top beam profile. The laser beam was collimated to a 1-mm-diameter spot using an aspheric lens. Computer simulations of light propagation were used to optimize the probe design. The 10-Fr (3.4-mm-OD) laparoscopic probe provided a constant radiant exposure at the CN surface. The probe was tested in four rats, in vivo. ONS of the CN's was performed with a 1-mm-diameter spot, 5-ms pulse duration, and pulse rate of 20 Hz for a duration of 15-30 s. The flat-top laser beam profile consistently produced a faster and higher ICP response at a lower radiant exposure than the Gaussian beam profile due, in part, to easier alignment of the more uniform beam with nerve. The threshold for ONS was approximately 0.14 J/cm(2), corresponding to a temperature increase of 6-8 degrees C at the CN surface after a stimulation time of 15 s. With further development, ONS may be used as a diagnostic tool for identification of CN's dur

关键词： optical stimulation nerve prostate cavernous nerves neurovascular bundle

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Incorporation of Fiber Optic Beam Shaping into a Laparoscopic Probe for Laser Stimulation of the Cavernous Nerves

Incorporation of Fiber Optic Beam Shaping into a Laparoscopi...

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conference on Photonic Therapeutics and Diagnostics VI

作者： Tozburun, Serhat Lagoda, Gwen A. Mayeh, Mona Burnett, Arthur L. Farahi, Faramarz Fried, Nathaniel M. Univ N Carolina Dept Phys & Opt Sci Charlotte NC 28223 USA Johns Hopkins Med Inst Dept Urol Baltimore MD 21287 USA

ISBN: (纸本)9780819479440

The cavernous nerves (CN) course along the prostate surface and are responsible for erectile function. Improved identification and preservation of the CN's is critical to maintaining sexual potency after prostate cancer surgery. Noncontact optical nerve stimulation (ONS) of the CN's was recently demonstrated in a rat model, in vivo, as a potential alternative to electrical nerve stimulation (ENS) for identification of the CN's during prostate surgery. However, the therapeutic window for ONS is narrow, so optimal design of the fiber optic delivery system is critical for safe, reproducible stimulation. This study describes modeling, assembly, and testing of an ONS probe for delivering a small, collimated, flat-top laser beam for uniform CN stimulation. A direct comparison of the magnitude and response time of the intracavernosal pressure (ICP) for both Gaussian and flat-top spatial beam profiles was performed. Thulium fiber laser radiation (lambda=1870 nm) was delivered through a 200-mu m fiber, with distal fiber tip chemically etched to convert a Gaussian to flat-top beam profile. The laser beam was collimated to a 1-mm-diameter spot using an aspheric lens. Computer simulations of light propagation were used to optimize the probe design. The 10-Fr (3.4-mm-OD) laparoscopic probe provided a constant radiant exposure at the nerve surface. The probe was tested in four rats, in vivo. ONS of the CN's was performed with a 1-mm-diameter spot, 5-ms pulse duration, and pulse rate of 20 Hz for a duration of 15-30 s. The flat-top laser beam profile consistently produced a faster and higher ICP response at a lower radiant exposure than the Gaussian beam profile due, in part, to easier alignment of the more uniform beam with nerve. With further development, ONS may be used as a diagnostic tool for identification of the CN's during laparoscopic and robotic nerve-sparing prostate cancer surgery.

关键词： optical stimulation nerve prostate cavernous nerves neurovascular bundle

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