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Think and Do The Extraordinary

Michael Paesler

Professor Emeritus

Riddick Hall 102



Professor Paesler earned his BA degree at Beloit College and his PhD from the University of Chicago in 1975. His PhD experimental research on disordered solids was undertaken in the laboratory of Hellmut Fritzsche. In 1976 he was a Guest Scientist at the Max- Planck-Institut für Festkörperforschung in Stuttgart, working with Professor Hans Queisser on the photo-Hall effect in crystalline gallium arsenide. Thereafter he assumed a position as a Post- doctoral Research Fellow in the Division of applied Sciences at Harvard University working with Professor William Paul studying hydrogenated amorphous silicon. Professor Paesler came to NC State in 1980 where he is now a Professor. From 1997 to 2005 he served as the Director of Graduate Programs. From 2005 to 2012 he served as Head of the department.

Research Description

In nearly four decades in the physics department Professor Paesler's research followed a variety of paths. His early work on optical experimental studies of amorphous semiconductors morphed into spectroscopic studies of microscopic phenomena of interest to mechanical engineers. In that role, he joined the university’s Precision Engineering Center as it became the first facility on the Centennial Campus. Work there became more and more precise until the need to resolve sub-wavelength features led his program into the then-emerging study of near-field optics, or NFO. There, his team accomplished a number of experimental firsts in NFO research where the team designed and built near-field microscopes that provided sub-wavelength optical resolution. After several years in this arena, he spent a few years working with NC State paleontologists involved in a variety of paleophysics studies. A return to amorphous semiconductors followed as he developed a group that exploited x-ray absorption spectroscopy in efforts to understand and improve phase-change optical memory devices. This effort coincided with his assumption of the headship of the physics department. After seven years in that role, he concluded his x-ray research, stepped down as department head, and joined the NC State physics education research team. As a member of that team, he helped introduce electronic technologies, including smartphones, into instruction laboratories.   The following chronological listing of sample publications span the academic career of professor Paesler and represent examples of the various research efforts described above.

Honors and Awards

  • Professor Paesler is a Fellow of the American Physical Society, and is a member of Phi Beta Kappa, Sigma Xi, and the NC State Academy of Outstanding Teachers. He was the sponsor of the thesis research leading to the American Physical Society Apker Award of Charles Brabec (1990).

Selected Publications

Compositional dependence of the electronic properties of amorphous Te-Tl
MA Paesler
Physical Review B 13, (12), (1976), 5578

New development in the study of amorphous silicon hydrogen alloys: The story of O
MA Paesler, DA Anderson, EC Freeman, G Moddel, W Paul
Physical Review Letters 41, (21), (1978), 1492

Photoluminescence in sputtered amorphous silicon-hydrogen alloys
MA Paesler, W Paul
Philosophical Magazine B, 41 (4), (1980), 393-417

Electronic effect on crystallization growth velocities produced by charged dangling bonds in a-Si
LE Mosley, MA Paesler
Applied physics letters, 45 (1), (1984), 86-88

Photon intensity-dependent darkening kinetics in optical and structural anisotropy in a-As2S3: A study of X-ray absorption spectroscopy
JM Lee, G Pfeiffer, MA Paesler, DE Sayers, A Fontaine
Journal of Non-Crystalline Solids, 114, (1989), 52-54

Reversible photodarkening of amorphous arsenic chalcogens
G Pfeiffer, MA Paesler, SC Agarwal
Journal of non-crystalline solids, 130 (2), (1991), 111-143

Depth profiling of residual stress along interrupted test cuts in machined germanium crystals
RG Sparks, MA Paesler
Journal of applied physics, 71 (2), (1992), 7891-897

Resolution in collection mode scanning optical microscopy
EL Buckland, PJ Moyer, MA Paesler
Journal of applied physics, 73 (3), (1993), 1018-1028

Huygens-Fresnel principle in the near field
F Depasse, MA Paesler, D Courjon, JM Vigoureux
Optics letters, 20 (3), (1995), 234-236

Near-field optics: theory, instrumentation, and applications
MA Paesler, PJ Moyer
Wiley-Interscience, (1996)

Proximal electromagnetic shear forces
E Ayars, D Aspnes, P Moyer, MA Paesler
Journal of microscopy, 202 (1), (2001), 142-147

Fundamental differences between micro- and nano-Raman spectroscopy
EJ Ayars, CL Jahncke, MA Paesler, HD Hallen
Journal of microscopy, 202 (1), (2001), 142-147

Environments of mid-Cretaceous Saharan dinosaurs
DA Russell, MA Paesler
Cretaceous Research, 24 (5), (2003), 569-588

EXAFS study of local order in the amorphous chalcogenide semiconductor Ge2Sb2Te5
MA Paesler, DA Baker, G Lucovsky, AE Edwards, PC Taylor
Journal of Physics and Chemistry of Solids, 68 (5-6), (2007), 873-877

The Glass Computer
Ma Paesler
The Physics Teacher, 47 (2), (2009), 80-86

Characterizing the effects of etch-induced material modification on the crystallization properties of nitrogen doped Ge2Sb2Te5
JS Washington, EA Joseph, S Raoux, JL Jordan-Sweet, D Miller
Journal of Applied Physics, 109 (3), (2011), 034502

A better 2-D mechanical energy conservation experiment
MA Paesler
The Physics Teacher, 50 (2), (2012), 109-111

Enhancing Students' Understanding of Scientific Equipment: Smartphones in the Laboratory
C Countryman, MA Paesler
arXiv preprint, arXiv:1607.03736, (2016)