Dr. Derrick E. Boucher

What's physically wrong with this photo? Click it to find out.

Associate Professor of Physics at King's College

in Wilkes-Barre PA.

 

Weekly schedule for this semester

Contents

 Work Information

 Contact Information

 Current Courses

 Curriculum Vitae (Resume)

Areas of Interest

 

Work Information

Associate Professor of Physics

Why I am a physicist: I think just about everything in the physical universe is profoundly interesting. A common thread running through all of it is physics. I love to be able to look at any phenomenon or object and understand something about it, however basic. After you've been exposed to some of the basic ideas of physics, the world looks very different. Everywhere one sees motion, forces, light, color, magnetism and virtually any machine or device there is a physics story behind it.

I have been teaching at King's College since 1996 and have been teaching physics since my graduate school days at Lehigh University, 1988-1993, and then again at Lehigh as a visiting professor from 1994-96. I simply LOVE to talk about physics and to show students how profound, exciting and challenging it can be.

Key responsibilities

Dr. Kristi Concannon and I pretty much run the whole physics endeavor here at King's College. I teach the General Physics lectures and some lab sections and she the rest. We also maintain and organize the physics laboratory, to the extent that it can be called "organized."

In addition to physics, I also teach science to non-science majors (CORE 270, 276 and PHYS 100) and occasionally a philosophy course with one of our resident philosophers. It’s a course on Religion and Science, with specific emphasis on issues in physics and cosmology (CORE 289: Science and Religion). Every couple years or so I help team teach the Chemistry of Materials course, CHEM 476. Occasionally, I teach an upper-level physics elective for a student or two.

The Department of Chemistry and Physics

I am one of two physicists amid a sea of chemists in the department. A sea of about seven or eight, so a very small sea, more of a puddle. (a gaggle of geese, a murder of crows….a puddle of chemists! I like it.) For the departmental home page, click here.

My place in the department

Although I'm a physicist, my field of expertise is in territory on the boundary between chemistry and physics. I specialize in quantum mechanical calculations in molecules and crystals. In essence, this is the foundation of all chemical behavior; where the electrons are and what they're doing. In practice, it's a very large step between simulating a molecule on a computer and running a real reaction in the lab. So, keep those test tubes handy!

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Contact Information

You may email me at: derrickboucher@kings.edu

My office coordinates are: Administration Building, room A307 (570) 208-5900 ext. 5427

 

For Mailing, the address below is sufficient:

Dr. Derrick Boucher

King's College, 133 N. River St.

Wilkes-Barre PA 18711

 

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Current Courses

I'm teaching three courses in spring 2007:

Physics 108 and 108 Laboratory; Applied Biophysics for Athletic Trainers

Physics 112 Laboratory

Research Interests

I am interested in the atomic-scale mechanisms behind electrostatic phenomena. Since my area of expertise is computer modeling of chemical bonding, I approach this topic theoretically; what might the atoms and electrons be doing that leads to electrostatic behavior?

The phenomena include frictional electrification (like rubbing a balloon on you hair!), electrostatic discharge (sparks flying from a doorknob to your finger) and the differences among different materials in such situations.

I am currently collaborating with researchers in NASA's Electrostatics and Surface Physics Laboratory, and in particular with Dr. Steve Trigwell who works there. We're studying the effects of air pressure plasma discharge on the electrostatic properties of polymers. He does the experiments and I do parallel calculations that seek to interpret the experimental findings, letting us understand what might be happening at the atomic scale, but about which we don't know directly from the experimental data.

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Last Revised: February 2007