Juan R. Burciaga
Visiting Assistant Professor
Department of Physics and Astronomy
Denison University
Granville, OH 43023

Phone: (740) 587-5665
FAX: (740) 587-6240

e-mail:
burciagaj@denison.edu

Favorite Activities: banging things together to see what happens, taking things apart to see why they work, building things with blocks and stuff

B.S., Univ. of Texas at Arlington, 1975
M.A., Univ. of Texas at Arlington, 1977
Ph.D., Texas A&M University, 1986

Teaching Philosophy and Experience

I started teaching at Denison University in the Fall of 2009. In addition to being here, I have been lucky enough to teach at other schools that also place a strong emphasis on excellence in teaching and participation of undergraduates in research. Most recently I have taught at Whitman College, Lafayette College, and Colorado College. In addition to physics, I have also taught astronomy, mathematics and chemistry.

I am very interested in helping students more effectively learn physics and astronomy. My work in this area has led me to adopt a non-teaching style in the classroom where students are very active in teaching themselves. We use group discussions, in-class experiments, and computerized simulations to keep things moving.

Some of my recent pedagogical papers and talks are listed below.

I enjoy teaching intro courses and advanced theoretical-based physics courses. But I also enjoy experimental work where I have a zillion pieces in front of me and no instructions.

Research Interests

My research interests are varied but center around atomic physics and astronomy. My masters thesis at the University of Texas at Arlington was based on positron-atom scattering and my doctorial work at Texas A&M was studying how rapidly hydrogen molecules photodissociated into their component atoms.

Recently I became interested in the pervasive role of molecular hydrogen in astrophysical phenomena and I have restarted my research program on perturbation effects in molecular hydrogen.

Several of my research papers are listed below.

  • Burciaga, J.R. and A.L. Ford, "Nonadiabatic Perturbation of the C State Shape Resonances in the Photodissociation of Molecular Hydrogen", (J. Mol. Spec. 149,1,1991)
  • Burciaga, J.R. and A.L. Ford, "C State Shape Resonances in the Photodissociation of Molecular Hydrogen" Regional Meeting of the American Physical Society, Texas Tech University, November 1988
  • Burciaga, J.R., et al, "Scattering of low-energy positrons by helium and neon atoms", (Phys. Rev. A 20,145,1979)
  • Burciaga, J.R., et al, "Positron-helium scattering at low energies", (J. Phys. B 10,L569,1977)

I enjoy working with students on projects. Sometimes we will work on some of my interests, either in computational molecular physics or in physics pedagogy and curriculum development.

But there are other time we will work in areas where I have little experience but the student has a great deal of enthusiasm for the project such as building a robot, a radio telescope, or an STM.

Organizations

I think of myself as a physcist and as an educator. Most of my work in organizations has been with the American Association of Physics Teachers and I am presently Book Editor for the AAPT. I am also the Education Officer for the National Society of Hispanic Physicists.

I have represented AAPT or NSHP on several task forces studying issues of diversity, policies of tenure and reappointment, and guidelines for the undergraduate curriculum.

I belong to several other physics and astronomy organizations, including SACNAS and APS, but my lack of time usally permits me only to pay dues.

Why go into physics?

Passion and wonder.

The universe is filled with beauty, mystery and unexpected delights. From the puzzling quantum world of the very small to the majestic motion of galaxies; from the wonderland world of the very fast to the almost motionless world of the very cold; from a single atom trapped in a well to the uncountable number of stars in the universe; from the beginning of time to the unfathomable future -- all of the physical universe is the realm of physicists.

Many people think of physicists as formal, stiff and overly-analytical. But what drives us is our passion to understand the universe and our delight in the wonder we see.


Last updated 28 August 2009