Education
- 1974, BA, Physics, University of Wisconsin, Madison, WI
- 1976, BA, Physics, University of Rochester, Rochester, NY
- 1979, PhD, Physics, University of Rochester, Rochester, NY
Academic/Industrial Positions Held
- 1980-1982 Research Associate, Catholic U. of America, DC
- 1982-1983 Visiting Assistant Professor, Catholic U. of America, DC
- 1984-2006 Member of Technical Staff, AT&T Bell Labs, Reading, PA
- 1987-1990 MTS, AT&T Bell Labs, Allentown, PA
- 1991-2001 MTS, AT&T/Lucent Technologies, Bell Labs, Breinigsville, PA
- 2001-2004 MTS, Agere Systems, Microelectronics, Allentown, PA
- 2005 Jan-Oct Visiting Research Scientist, Consortium of the America for Interdisciplinary Science, U. of New Mexico, NM
- 2005 Technical Consultant, CyOptics, Breinigsville, PA
- 2006 Jan-Oct Visiting Research Scientist, Consortium of the America for Interdisciplinary Science, U. of New Mexico, NM
- 2008- Physics Lab Instructor, Lafayette College, Easton, PA
Manuscripts or PowerPoint in preparation
- Y.M. Wong et. al, Analysis of Voltage Biased Instability of LiNbO3 Optical Modulator.
- Y.M. Wong et. al, Time-dependent Order Parameter in the Kuramoto Synchronization Model.
- Rodrigo de P.A. Lima et. al, Time dependent solution of chimera states for a nonlocal coupled phase oscillators.
Selected list of publications
- Y.M. Wong, V.M. Kenkre: “Extension of Exciton Transport Theory for Transient Grating Experiments into the Intermediate Coherence Domain,” Phys. Rev. B22, 3072 (1980). PDF
- V.M. Kenkre, Y.M. Wong: “Theory of Exciton Migration Experiments with Imperfectly Absorbing End Detectors,” Phys. Rev. B22, 5716 (1980). PDF
- Y.M. Wong et. al, “A memory function equation approach to the kinetics of spinodal decomposition in the very early linear regime.” (1981)
- V.M. Kenkre, Y.M. Wong: Effect of Transport Coherence on Trapping: Quantum-Yield Calculations for Excitons in Molecular Crystals, Phys. Rev. B23, 3748 (1981). PDF
- V.M. Kenkre, Y.M. Wong: Spatial Profile of the Steady-State Exciton Distribution in Doped Molecular Crystals, Chem. Phys. Lett. 87, 263 (1982). PDF
- Y.M. Wong, V.M. Kenkre: Comments on the Effect of Disorder on Transport with Intermediate Degree of Coherence: Calculation of the Mean Square Displacement, Z. Phys. B46, 185 (1982). PDF
- Y.M. Wong et. al, “Transient phenomenon in a 1/2 2 16g6 model,” Physics Letters A, Volume 90, Issue 6, 19 July 1982, Pages 271-273.
- Y.M. Wong et. al, Simple extension of Suzuki’s scaling approach to the onset time of an unstable state: Application to supercooled liquid (1982)
- M.F. Shlesinger, et. al, “Random walks with innite spatial and temporal moments.” J. of Stat. Phys. 27, 499 (1982).
Selected list of Engineering publication
- J.A. Walker, et al, “Hybrid integration of surface-emitting microlaser chip and planar optics substrate for interconnection applications. (1992)
- Y.M. Wong et. al, “Liquid Flux Assisted Bump Bonding Process And Thermal Design For Laser Arrays For Optical Interconnection.” (1993)
- M. Duatartus, et al, “Optical performance of low-cost self-aligned MCM-D based optical data links.” (1996)
- Y.M. Wong et. al, “Technology development of a high-density 32-channel 16-Gb/s optical data link for optical interconnection applications for the optoelectronic technology consortium (OETC).” (1996)
- Y.M. Wong, et. al, “Optoelectronic technology consortium (OETC) parallel optical data link: Components, system applications, and simulation tools.” (1996)
- G.J. Grimes, et. al, “Photonic packaging using laser/receiver arrays and
flexible optical circuits.” (1997)
Few Selected list of U.S. Patents
- Method and compositions for achieving a kinetically controlled solder bond
- Bonding method using solder composed of multiple alternating gold and tin layers
- Bonding of InP laser diodes by Au-Sn solder and tungsten-based barrier metalization schemes
- Ion implanted lithium niobate modulator with reduced drift
- Optical waveguide devices and method of fabrication
- Lithium niobate waveguide device incorporating Li-trapping layers
Professional Talks:
Miscellaneous:
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Sorry for this very late reply since I only see your response now (2/2015).
The future belongs to the quantitative neuroscience: the understanding of the brain.
A Lafayette student, Professor Antanaitis, and I are also working on applying and developing multifractal analysis to Heart Rate Variation for clinical application.