David L. Sidebottom, MS, PhD

Department

• Physics

Position

• Professor

David Sidebottom is a seasoned spectroscopist with experience in numerous forms of optical spectroscopy including: Raman, Brillouin, Photon Correlation, Photoluminescence, Fluorescence, and Phonon Sideband.  He has been active in the field of glass transition kinetics, particularly using dynamic light scattering (photon correlation and Brillouin), for over 25 years and has published numerous papers in this area.  His most recent research activity has dealt with light scattering studies of network-forming oxide melts intended to clarify relationships between glass structure and liquid dynamics. 

Books

• , 1-10

Articles

• , 142, Article ID 107103
• , 92.6, 062804
• , 402, 16-20
• , 87, 1-6
• , 104, 346a-347a
• , 87, 054202
• , 96, 2147
• , 82, 051904-051904
• , 80, 064201-064207
• , 81, 999-1014
• , 72, 046501-046501
• , 223, 1161-1170
• , 77, 020201-1 - 020201-4
• , 75, 132201
• , 76, 011505-1 - 011505-7
• , 125, 24502
• , 71, 134206
• , 344, 128-134
• , 89, 195901
• , 288, 18
• , 62, 5504-5507.
• , 63, 24301
• , 61, 14507-14516
• , 82, 3653-3656
• , 83, 983-986
• , 255, 67
• , 479, 219
• , 108, 5870-5875
• , 231, 89
• , 71, 1963-1965
• , 56, 170-177
• , 222, 282
• , 222, 354
• , 203, 300
• , 51, 2770-2776.
• , 74, 5068-5071.
• , 183, 151
• , 172-174, 1352
• , 71, 2260-2263.
• , 48, 391
• , 68, 3587-3590
• , 91, 7153-7158
• , 40, 461-466
• , 89, 1608-1615

General

• , 53, 367
• , 20, 285103
• , 244, 223

Presentations

Research and Scholarship Interests

• David Sidebottom is a seasoned spectroscopist with experience in numerous forms of optical spectroscopy including: Raman, Brillouin, Photon Correlation, Photoluminescence, Fluorescence, and Phonon Sideband. He has been active in the field of glass transition kinetics, particularly using dynamic light scattering (photon correlation and Brillouin), for over 25 years and has published numerous papers in this area. His most recent research activity has dealt with light scattering studies of network-forming oxide melts intended to clarify relationships between glass structure and liquid dynamics.

Grant Funding Received

• Dynamic light scattering test of bond model prediction for the dynamics of network-forming liquids near the glass transition," Sponsored by National Science Foundation
• Light Scattering and Fluorescence Study of Sugar Solutions as Cryoprotective Agents in Protein Storage," Sponsored by National Institutes for Health

• Provided expert testimony regarding laser dangers and safety., 2013