Fordham University            The Jesuit University of New York

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Martin A. Sanzari

Martin A. Sanzari
Assistant Professor
Director, Engineering Physics Program

Freeman Hall 201
Tel: (718) 817-4178
Fax: (718) 817-4180

PhD Physics, Stevens Institute of Technology
MEng Optical Engineering, Stevens Institute of Technology
MEng Mechanical Engineering, Stevens Institute of Technology
BS Mechanical Engineering, University of Rhode Island

fall 2013 Teaching
Phys 1207: Physics of Light & Color
Phys 1511: Physics I Lab
Phys 4020: Biomechanics

My research program focuses on applying lasers to the study of biological materials. I am currently collaborating with researchers at the Hospital For Special Surgery to study the properties of collagen.

You can view a recent popular lecture entitled "A novel method for measuring the Optical Activity of Biopolymers".
  • P. V. Shibaev, P. Rivera, D. Teter, M.A. Sanzari. Color Changing and Lasing Stretchable Cholesteric Films. Optics Express, Vol. 16, No. 5, 2008.
  • A.Majewski, M.A. Sanzari, H.L. Cui, P. Torzilli. Effects of Ultraviolet Radiation on the Type-I Collagen Protein Triple Helical Structure: A Method for Measuring Structural Changes Through Optical Activity. Physical Review E, Vol. 65, 2002.
  • Presented Paper: A. Majewski, M.A. Sanzari. A Novel Method for Measuring the Optical Activity of Biopolymers and Application in Measuring Denaturation of Type I Collagen. Biomechanical Engineering Division of the 2000 ASME International Mechanical Engineering Congress and Exposition. Orlando, Fla.
  • Invited Paper:F. Karwacki, H.L. Cui, M.A. Sanzari, Z. Hasan. Novel High Frequency QW Optical Modulator Based on Surface Effects. SPIE 98, Sensors 4: Optical Devices and Laser Systems. San Diego, CA.
  • F. Karwacki, M.A. Sanzari, M. Shishkov, Z. Hasan, H.L. Cui, Quantum Well Mirror Biasing of a Ring Laser Gyroscope. 24th Joint Services Data Exchange Symposium 1998. Anaheim, CA.
  • F. Karwacki, M. Shishkov, Z. Hasan, M.A. Sanzari, H.L. Cui. Optical Biasing of a Ring Laser Gyroscope with a Quantum Well Mirror. IEEE Plan 98, Guidance and Navigation Symposium. Palm Springs, CA.
  • M.A. Sanzari, H.L. Cui and F. Karwacki, The London Moment for Heavy-Fermion Superconductors, Applied Physics Letters, 68, 3802-3804,1996.
  • Presented Paper: M.A. Sanzari and F. Karwacki, Superconducting Gyroscope, 1994,22nd Guidance, Navigation and Control Conference. Palm Springs, CA.
  • F. Karwacki and M.A. Sanzari, Josephson Junction Gyroscope, 1992, 21st Guidance, Navigation and Control Conference.

Quantum Well Bias Mirror for Phase Modulation in a Ring Laser Gyroscope
M.A. Sanzari, United States Patent Number: 5,416,583
Date of Issue: May 16, 1995
A semiconductor quantum well mirror is designed using optical thin film design techniques. The filter design creates a highly reflective semiconductor mirror for laser light in the visible region of the electromagnetic spectrum. Applying an electric field to the quantum well structure results in a modulation of the reflected intensity.

Superconducting Dual Junction Gyroscope Apparatus
M.A. Sanzari, United States Patent Number: 5,487,304
Date of Issue: January 30, 1996
A superconducting ring with quantum tunneling junctions is used to cause quantum interference ofmatter waves.; The phase shift between the waves resulting from rotation of the ring is measured as a voltage change across the quantum-tunneling junctions.

Apparatus and Method for Measuring Optical Activity
M.A. Sanzari, United States Patent Number: 6,687,012
Date of Issue: February 3, 2004
Collinear laser beams of counter-rotating circular polarizations emanating from a modified Zeeman laser is used in an optical heterodyning technique to measure the optical activity of chiral molecules.

Method and Apparatus for Distinguishing Materials
M.A. Sanzari, United States Patent Number: 7,049,596
Date of Issue: May 23, 2006
An optical fiber is used to guide infrared laser radiation emanating from a quantum cascade laser to measure the absorption of organic molecules in soft tissue, bone and cancerous tissue. Reflection and absorption from the tissue is mediated through the use on an attenuating total reflection prism.

Department of Defense, Office of Naval Research, 1993 – 2000.
Principal Investigator: Acted as the lead investigator and inventor. Responsible for all technical and managerial duties. Provided guidance and direction on all technical issues.
  • Quantum Well Mirror Ring Laser (1999-2000): Testing and evaluation of a breadboard quantum well ring laser gyroscope. Developed an optical beam combining device for the laser system and an optical fringe detection system.
  • Design and Fabrication of an Open Cavity Ring Laser Gyroscope for the Experimental Evaluation of Semiconductor Mirrors and Quantum Well Mirrors (1998-1999): Optical design and fabrication of an open laser cavity ring laser gyroscope. Mirror structures composed electro-optic modulators for internal frequency modulation.
  • Open Cavity Ring Laser Gyroscope for Quantum Well Mirror (1998-1999): Design analysis of a ring laser cavity with quantum well electro-optic modulator mirror structures. Performed laser cavity stability calculations and optical design analysis.
  • Stark Effect Quantum Well Mirror (1997-1998): Development of a Stark effect quantum well based filter for Doppler shifting laser radiation in a ring laser cavity. The laser cavity is Doppler shifted and is maximized for a minimum absorption criteria.
  • Quantum Well Mirror (1996-1997): Experimental investigation of semiconductormaterials for use as highlyreflective mirrors in Ring Laser Gyroscopes.
  • Superconducting Gyroscope I (1996-1997): Analysis of performance limitations of a superconducting gyroscope resulting from the quantum noise in a superconducting tunneling junction.
  • Quantum Well Mirror (1996-1997): Theoretical investigations into the variations of the index of refraction as a function of the applied electric field and the thickness of the quantum well structure.
  • Superconducting Gyroscope II (1996-1997): Experimental measurement of the London magnetic field in a parallelepiped that has a single vertical scribe. The scribe inhibits any tunneling current and the formation of a London supercurrent.
  • Superconducting Gyroscope Study II (1995-1996): Experimental investigation of the London magnetic moment in the heavy fermion superconductor HfV2.
  • Superconducting Gyroscope Study I (1995-1996):Development of a computer program for calculating the magnetic field generated by a rotating superconductor.
  • Superconducting Gyroscope Task (1994-1995): A study of the quantum Sagnac effect in superconducting quantum interference devices.
  • Quantum Well Gyroscope (1994-1995): Analysis of the nonreciprocal bias effects resulting from electro-optic modulation of quantum well structures.
  • Superconducting Gyroscope Analysis (1993-1994): A study of the random walk resulting from 1/f noise and quantum uncertainty in a superconducting gyroscope.

Kearfott Guidance and Navigation Corp., Wayne, NJ, June 1985 - August 1996
Research Specialist and Program Manager of the Advanced Sensor Research Program (1992-1996). The Advanced Sensor Research Program was split into three areas of research; quantum well devices, superconductivity and laser physics.
  1. Quantum Well Device Research for Ring Laser Gyroscopes: Theoretical and experimental investigations into the Stark effect in quantum wells, phase modulation, and the application of thin-film optical design techniques to quantum well mirrors for use as highly reflective mirrors in Ring Laser Gyroscopes.
  2. Laser Physics Research for Ring Laser Gyroscopes: Theoretical and experimental investigations into homogeneous and inhomogeneous broadening, and broadening resulting from hole burning as a function of gain in a HeNe ring laser.
  3. Superconducting Gyroscope Research: Theoretical and experimental investigations into the quantum Sagnac effect, electrodynamics of superconductors, electron inertia effects (kinetic inductance), and superconductivity in heavy fermions.
Senior Research Scientist (1989-1992): Designed and built a cryogenic testing laboratory, which consisted of a custom designed cryostat, high vacuum system, superconducting shields, mu-metal shields, dc SQUID magnetometer and a custom designed low temperature rotating probe assembly.

Research Scientist (1990-1992): Performed optical designs, which included, highly reflective multi-layer thin-film mirror coatings, quartz and zerodur beam combiners, multi-layer thin-film optical filters and laser path length controllers.

Mechanical Engineer (1985-1990): Designed piezoelectrically driven vibrational devices and performed structural and natural frequency analysis using ANSYS finite element analysis software. Designed mechanical mirror alignment mechanisms for RLG laser cavity fabrication.

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