John
C. Schotland, M.D., Ph.D. 
Professor of Bioengineering
Professor of Electrical Engineering
Office:
311 Hayden Hall
Telephone:
215-573-3154
email:
schotland@seas.upenn.edu
Dr. Schotland’s research is focused on theoretical optical physics with applications to biomedical imaging and nano-optics. Areas of current interest include optical tomography, optical imaging of nanoscale systems, and the use of quantum states of light for optical imaging. Inverse problems, particularly inverse scattering problems, are a unifying theme which connects these areas.
Recent Publications
1. Lytle, D., Carney, S., Schotland, J. and Wolf, E. A Generalized Optical Theorem for Reflection, Transmission and Extinction of Optical Power for Electromagnetic Fields. Phys. Rev. E 71, 056610-1–056610-7 (2005)
2. Zysk, A., Carney, S. and Schotland, J. Eikonal Method for Calculation of Coherence Functions. Phys. Rev. Lett. 95, 043904-1–043904-4 (2005)
3. Panasyuk, G., Markel, V. and Schotland, J. Superresolution and Corrections to the Diffusion Approximation in Optical Tomography. App. Phys. Lett. 87, 101111-1–101111-3 (2005)
4. Wang, Z., Panasyuk, G., Markel, V. and Schotland, J. Experimental Demonstration of an Analytic Method for Image Reconstruction in Optical Tomography with Large Data Sets. Opt. Lett. 30, 3338-3340 (2005)
5. Panasyuk, G., Schotland, J. and Markel, V. Radiative Transport Equation in Rotated Reference Frames. J. Phys. A 39, 115-137 (2006)
6. Kim, A. and Schotland, J. Self-Consistent Scattering Theory for the Radiative Transport Equation. J. Opt. Soc. Am. A 23, 596-603 (2006)
7. Markel, V. and Schotland, J. Fourier-Laplace Structure of the Linearized Inverse Scattering Problem for the Radiative Transport Equation. Inv. Prob. Imag. 1, 181-189 (2006)
8. Panasyuk, G., Markel, V., Carney, S. and Schotland, J. Nonlinear Inverse Scattering and Three Dimensional Near-Field Optical Imaging. App. Phys. Lett. 89, 221116-1–221116-3 (2006)
9. Sun, J., Carney, S. and Schotland, J. Near-Field Scanning Optical Tomography: A Nondestructive Method for Three-Dimensional Nanoscale Imaging IEEE J. Selected Topics in Quantum Electronics [Invited Paper] 12, 1072-1083 (2006)
10. Markel, V. and Schotland, J. On the Convergence of the Born Series in Optical Tomography with Diffuse Light. Inverse Problems 23, 1445-1465 (2007)
11. Fisher, A., Schissler, A. and Schotland, J. Photoacoustic Effect with Multiply-Scattered Light. Phys. Rev. E 76, 036604-1–036604-9 (2007)
12. Davis, B., Swan, A., Unlu, S., Karl, W., Goldberg, B., Schotland, J. and Carney, S. Spectral Self-Interference Microscopy for Nanoscale Axial Imaging. J. Opt. Soc. Am. A 24, 3587-3599 (2007)
13. Sun, J., Carney, S. and Schotland, J. Strong Tip Effects in Near-Field Optical Tomography. J. App. Phys. 102, 103103-1–103103-9 (2007)
14. Panasyuk, G., Schotland, J. and Markel, V. Classical Theory of Optical Nonlinearity in Conducting Nanoparticles. Phys. Rev. Lett. 100, 047402-1–047402-4 (2008)
15. Schoonover, R., Zysk, A., Carney, S., Schotland, J. and Wolf, E. Geometrical Optics Limit of Stochastic
Electromagnetic Fields. Phys. Rev. A 77, 043831-1–043831-6 (2008)
16. Konecky, S., Panasyuk, G., Lee, K., Markel, V., Yodh, A. and Schotland, J. Imaging Complex Structures with Di?use Light. Optics Express 16, 5048-5060 (2008)
17. Panasyuk, G., Wang, Z., Schotland, J. and Markel, V. Fluorescence Optical Tomography with Large Data Sets. Opt. Lett. 33, 1744-1746 (2008)
18. Epstein, C. and Schotland, J. The Bad Truth About Laplace’s Transform. SIAM Review 50, 504–520 (2008)
19. Moskow, S. and Schotland, J. Convergence and Stability of the Inverse Scattering Series for Di?use Waves. Inverse Problems, 24, 065005 (2008)
20. Lukic, V., Markel, V. and Schotland, J. Optical Tomography with Structured Illumination. Opt. Lett. 34, 983-985 (2009)
21. Florescu, L., Schotland, J. and Markel, V. Single-Scattering Optical Tomography. Phys. Rev. E 79, 036607 (2009)
22. Machida, M., Panasyuk, G., Markel, V., and Schotland, J. Di?usion Approximation Revisited. J. Opt. Soc. Am A 26, 1291-1301 (2009)
Bioengineering
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