Published on ASU Department of Physics (http://physics.asu.edu)

Home > Research Rotation

Research Rotation Catalog

Below is a list of research projects for the Fall 2009 semester. You may change the semester and year to view previous projects. When the department is ready to accept applicants for the research projects you will see an "Apply Here" button. It will not be visible otherwise.

To print multiple project descriptions, select the desired projects (or Select All), then click on Print Selected. Un-checking the Select All checkbox will clear your selections.

Please review the Research Rotation Policies and Procedures [1].


Fall
Spring


Select All Sorted by project title. (Click on column headings to change sort order)

Select Project Title [2] Subdiscipline [3] Designation [4] Advisor [5]
A quantitative demonstration of the Coriolis effect [6] Multidisciplinary Experimental Tsong, Ignatius [7]
Analysis of the Disease Pathway by Dynamics of the Adenylosuccinate lyase (... [8] Biological Physics Theoretical Ozkan, Banu [9]
Applications of Density Functional Theory [10] Multidisciplinary Theoretical Rez, Peter [11]
Atom Diffraction from Nanoscale Man-Made Gratings [12] Nanoscale Physics Experimental Doak, R. Bruce [13]
Biomineralization and Biophysics [14] Nanoscale Physics Theoretical &
Experimental		 Rez, Peter [11]
Carbon nanotube nanopores for DNA sequencing [15] Biological Physics Experimental Lindsay, Stuart [16]
Characterization of Ionic Liquids and Amorphous Materials for Mg Battery Ap... [17] Materials Physics &
Condensed Matter		 Experimental Yarger, Jeff [18]
Computational optics of subwavelength materials [19] Nanoscale Physics Theoretical Sukharev, Maxim [20]
Deuteron formation in low density matter [21] Subatomic Physics Theoretical Schmidt, Kevin [22]
Electron transport through weak hydrogen bonds in DNA with the goal of sequ... [23] Biological Physics Theoretical Sankey, Otto [24]
Gravitational Deceleration of Microscopic Liquid Droplets [25] Multidisciplinary Experimental Doak, R. Bruce [13]
Intermixing during SiGe heteroepitaxy [26] Materials Physics &
Condensed Matter		 Experimental Drucker, Jeff [27]
Lee-Wick particles and renormalization [28] Subatomic Physics Theoretical Lebed, Richard [29]
Magneto-optic Kerr effect (MOKE) studies of thin MnAs films [30] Materials Physics &
Condensed Matter		 Experimental Bauer, Ernst [31]
Measurement of the Casimir vacuum torque [32] Materials Physics &
Condensed Matter		 Theoretical &
Experimental		 Spence, John [33]
Mechanical unfolding of proteins using linear response theory [34] Biological Physics Experimental Ozkan, Banu [9]
Modeling Amorphous Graphene [35] Materials Physics &
Condensed Matter		 Theoretical Thorpe, Michael [36]
Nanopattern Formation on Ferroelectric Surfaces [37] Nanoscale Physics Experimental Nemanich, Robert [38]
Nanothermodynamics applied to disordered materials [39] Materials Physics &
Condensed Matter		 Theoretical Chamberlin, Ralph [40]
NMR and MRI Structural and Dynamic Elucidation of Spider Silk Fibers & Rela... [41] Biological Physics Experimental Yarger, Jeff [18]
Photonic approach to the inactivation of viruses with ultrashort pulsed las... [42] Biological Physics Experimental Tsen, Kong-Thon [43]
Protein Pathways [44] Biological Physics Theoretical Thorpe, Michael [36]
Quantum Hall effect in graphene in a strong magnetic field [45] Nanoscale Physics Theoretical Shovkovy, Igor [46]
Science of Nanowire Epitaxy [47] Materials Physics &
Condensed Matter		 Experimental Drucker, Jeff [27]
Simulation Studies for Nuclear and Particle Physics Experiments [48] Subatomic Physics Theoretical &
Experimental		 Alarcon, Ricardo [49]
Single Cell Adhesion [50] Biological Physics Experimental Ros, Robert [51]
Single Molecule Force Spectroscopy on Ligand-Receptor Systems [52] Biological Physics Experimental Ros, Robert [51]
Stochastic effects in gene regulation [53] Biological Physics Theoretical Newman, Timothy [54]
Studying conformational dynamics in biopolymers by Fluorescence Fluctuation... [55] Biological Physics Experimental Levitus, Marcia [56]
Superfluid fermi gases [57] Materials Physics &
Condensed Matter		 Theoretical Schmidt, Kevin [22]
The origin of “dead layer” in nanocapacitors [58] Materials Physics &
Condensed Matter		 Theoretical Peng, Xihong [59]
Theoretical simulations of properties of viral pathogens and of cell transp... [60] Biological Physics Theoretical Sankey, Otto [24]

Department of Physics 
Bateman Physical Sciences Center F-Wing, PSF 470 | PO Box 871504, Tempe, AZ 85287-1504
Phone: 480-965-3561 | Fax: 480-965-7954 | Contact Us

Source URL (retrieved on 11/24/2009 - 03:25): http://physics.asu.edu/rotation/catalog

Links:
[1] http://physics.asu.edu/files/Research_Rotation-Policies_and_Procedures-Feb-13-2008.pdf
[2] http://physics.asu.edu/rotation/catalog?sort=T
[3] http://physics.asu.edu/rotation/catalog?sort=S
[4] http://physics.asu.edu/rotation/catalog?sort=D
[5] http://physics.asu.edu/rotation/catalog?sort=A
[6] http://physics.asu.edu/project%3Fm%3D%2526project%3D208
[7] http://physics.asu.edu/faculty.php?name=igtsong
[8] http://physics.asu.edu/project%3Fm%3D%2526project%3D230
[9] http://physics.asu.edu/faculty.php?name=sozkan
[10] http://physics.asu.edu/project%3Fm%3D%2526project%3D232
[11] http://physics.asu.edu/faculty.php?name=atppr
[12] http://physics.asu.edu/project%3Fm%3D%2526project%3D198
[13] http://physics.asu.edu/faculty.php?name=rbdoak
[14] http://physics.asu.edu/project%3Fm%3D%2526project%3D233
[15] http://physics.asu.edu/project%3Fm%3D%2526project%3D229
[16] http://physics.asu.edu/faculty.php?name=stuartl
[17] http://physics.asu.edu/project%3Fm%3D%2526project%3D206
[18] http://physics.asu.edu/faculty.php?name=yarger1
[19] http://physics.asu.edu/project%3Fm%3D%2526project%3D218
[20] http://physics.asu.edu/faculty.php?name=msukhare
[21] http://physics.asu.edu/project%3Fm%3D%2526project%3D224
[22] http://physics.asu.edu/faculty.php?name=atkes
[23] http://physics.asu.edu/project%3Fm%3D%2526project%3D216
[24] http://physics.asu.edu/faculty.php?name=atofs
[25] http://physics.asu.edu/project%3Fm%3D%2526project%3D199
[26] http://physics.asu.edu/project%3Fm%3D%2526project%3D200
[27] http://physics.asu.edu/faculty.php?name=jsdruck
[28] http://physics.asu.edu/project%3Fm%3D%2526project%3D211
[29] http://physics.asu.edu/faculty.php?name=rlebed
[30] http://physics.asu.edu/project%3Fm%3D%2526project%3D221
[31] http://physics.asu.edu/faculty.php?name=assia
[32] http://physics.asu.edu/project%3Fm%3D%2526project%3D209
[33] http://physics.asu.edu/faculty.php?name=jspence
[34] http://physics.asu.edu/project%3Fm%3D%2526project%3D228
[35] http://physics.asu.edu/project%3Fm%3D%2526project%3D202
[36] http://physics.asu.edu/faculty.php?name=mfthorpe
[37] http://physics.asu.edu/project%3Fm%3D%2526project%3D226
[38] http://physics.asu.edu/faculty.php?name=rnemanic
[39] http://physics.asu.edu/project%3Fm%3D%2526project%3D207
[40] http://physics.asu.edu/faculty.php?name=chamberl
[41] http://physics.asu.edu/project%3Fm%3D%2526project%3D205
[42] http://physics.asu.edu/project%3Fm%3D%2526project%3D210
[43] http://physics.asu.edu/faculty.php?name=kttsen
[44] http://physics.asu.edu/project%3Fm%3D%2526project%3D215
[45] http://physics.asu.edu/project%3Fm%3D%2526project%3D220
[46] http://physics.asu.edu/faculty.php?name=ishovkov
[47] http://physics.asu.edu/project%3Fm%3D%2526project%3D201
[48] http://physics.asu.edu/project%3Fm%3D%2526project%3D222
[49] http://physics.asu.edu/faculty.php?name=ralarcon
[50] http://physics.asu.edu/project%3Fm%3D%2526project%3D204
[51] http://physics.asu.edu/faculty.php?name=rros1
[52] http://physics.asu.edu/project%3Fm%3D%2526project%3D203
[53] http://physics.asu.edu/project%3Fm%3D%2526project%3D197
[54] http://physics.asu.edu/faculty.php?name=tjnewman
[55] http://physics.asu.edu/project%3Fm%3D%2526project%3D212
[56] http://physics.asu.edu/faculty.php?name=mlevitus
[57] http://physics.asu.edu/project%3Fm%3D%2526project%3D227
[58] http://physics.asu.edu/project%3Fm%3D%2526project%3D231
[59] http://physics.asu.edu/faculty.php?name=xpeng7
[60] http://physics.asu.edu/project%3Fm%3D%2526project%3D217