|
Name |
Primary Contact |
Session |
|
Caltech’s Undergraduate Advanced Laboratory Program |
Eric D. Black |
Session I - Plenary |
|
The Advanced Laboratory Program at California State University-East Bay |
Derek F. Jackson Kimball |
Session I - Plenary |
|
The Advanced Laboratory at Swarthmore College |
Carl H. Grossman |
Session I - Plenary |
|
The MIT Junior Physics Laboratory Course |
Isaac Chuang |
Session I - Plenary |
|
A New Sequence of Advanced Laboratory Courses at the University of Wisconsin Oshkosh |
Dennis Rioux |
Session II - Syllabi Poster Session |
|
Advanced Lab Sequence at San Francisco State University |
James M. Lockhart |
Session II - Syllabi Poster Session |
|
Advanced Physics Laboratory at Purdue University Calumet |
Adam Rengstorf |
Session II - Syllabi Poster Session |
|
Advanced Physics Labs at the University of Oregon |
Dean Livelybrooks |
Session II - Syllabi Poster Session |
|
An advanced-lab model for liberal-arts colleges: Capstone research projects |
Enrique J. Galvez |
Session II - Syllabi Poster Session |
|
Berkeley's two-semester advanced lab sequence. |
Thomas Colton |
Session II - Syllabi Poster Session |
|
Binghamton University Intermediate and Advanced Lab Courses |
Mark Stephens |
Session II - Syllabi Poster Session |
|
Honing Experimental Physicists at UW-River Falls |
Lowell McCann |
Session II - Syllabi Poster Session |
|
Increasing student independence and insight in the intermediate physics laboratory |
Mark Masters |
Session II - Syllabi Poster Session |
|
Intermediate Lab at NEIU |
Paul J. Dolan, Jr. |
Session II - Syllabi Poster Session |
|
Intermediate and Advanced Labs at Carleton College |
Melissa Eblen-Zayas |
Session II - Syllabi Poster Session |
|
Intermediate and Advanced Physics Laboratories: Breadth and Depth in Experimental Physics |
Matthew C. Sullivan |
Session II - Syllabi Poster Session |
|
Intermediate/Advanced Laboratory: Combining Writing, Basic Instrumentation, Fundamental Electronics |
Ross Reynolds |
Session II - Syllabi Poster Session |
|
Modern Physics Lab at Marshall University |
Maria C. Babiuc-Hamilton |
Session II - Syllabi Poster Session |
|
Optics for Scientists and Engineers Laboratory Syllabus |
Orven F. Swenson |
Session II - Syllabi Poster Session |
|
Research Group Model for Advanced Lab |
Martin Madsen |
Session II - Syllabi Poster Session |
|
Syllabi and Questions for Intermediate & Advanced Labs for the College Physics Major |
Ed Deveney |
Session II - Syllabi Poster Session |
|
The Advanced Laboratory Program at the Colorado School of Mines |
David Schuster |
Session II - Syllabi Poster Session |
|
The Advanced Physics Lab at the University of Toronto |
David C. Bailey |
Session II - Syllabi Poster Session |
|
The Advanced Physics Laboratory Course at Pomona College |
Alma C. Zook |
Session II - Syllabi Poster Session |
|
The Advanced Undergraduate Nuclear and Atomic Laboratory Course at the University of North Texas |
Duncan Weathers |
Session II - Syllabi Poster Session |
|
The Biological Physics Labs in the JHU Department of Physics and Astronomy |
Steven K. Wonnell |
Session II - Syllabi Poster Session |
|
The Contemporary Physics Laboratories of the Faculty of Science UNAM |
Beatriz Fuentes |
Session II - Syllabi Poster Session |
|
The Evolving Syllabus for the Capstone Project Course at Eastern Michigan University |
Ernest Behringer |
Session II - Syllabi Poster Session |
|
The Process of Science |
Donald Smith |
Session II - Syllabi Poster Session |
|
Upper level labs at University of Alberta |
Isaac Isaac |
Session II - Syllabi Poster Session |
|
Upper-level lab sequence at Wittenberg University: paths to student independence |
Elizabeth A. George |
Session II - Syllabi Poster Session |
|
Use of LabVIEW™ in a Senior-Level Capstone Laboratory |
Dr. Linda S. Fritz |
Session II - Syllabi Poster Session |
|
Curricular Roles for Advanced Labs: Goals of upper division laboratory experiences |
Robert DeSerio |
Session III - Panel |
|
Curricular Roles for Advanced Labs: Introduction |
Elizabeth George |
Session III - Panel |
|
Curricular Roles for Advanced Labs: Major Curricular Roles for typical Advanced Lab courses |
John Brandenberger |
Session III - Panel |
|
Curricular Roles for Advanced Labs: Results of ALPhA survey |
Gabriel Spalding |
Session III - Panel |
|
Experiments with correlated photons: From advanced-lab projects to dedicated laboratories |
Enrique J. Galvez |
Session IV - Plenary |
|
Optical vortices: Light in a Spin |
Miles Padgett |
Session IV - Plenary |
|
Adiabatic Compression of Gases |
Physics Enterprises |
Session V - Parallel Workshops |
|
Atomic Resolution Imaging with the Scanning Tunneling Microscope |
Mark R. Flowers |
Session V - Parallel Workshops |
|
Blackbody Radiation and the Solar Surface Temperature |
Faculty or Staff |
Session V - Parallel Workshops |
|
Compton Scattering |
Faculty or Staff |
Session V - Parallel Workshops |
|
Computed Tomography |
Irwin Malleck and Werner Bietsch |
Session V - Parallel Workshops |
|
Diode-laser Spectroscopy A |
Dr. Jonathan F. Reichert |
Session V - Parallel Workshops |
|
Diode-laser Spectroscopy B |
Dr. Jonathan F. Reichert |
Session V - Parallel Workshops |
|
Driven Damped Harmonic Motion |
Ann Hanks |
Session V - Parallel Workshops |
|
Electrical Characterization of Photovoltaic Materials and Solar Cells with the Keithley Model 4200-SCS Semiconductor Characterization System |
John Hayes |
Session V - Parallel Workshops |
|
Faraday Effect |
Faculty or Staff |
Session V - Parallel Workshops |
|
Gamma Spectroscopy |
Roger Stevens |
Session V - Parallel Workshops |
|
How to Optimize Quantization of Detector Data by Minimizing Noise and Improving Signal Fidelity when using a Real Time Oscilloscope |
Marty Gubow |
Session V - Parallel Workshops |
|
Magneto-Optical Trap |
Georg Raithel |
Session V - Parallel Workshops |
|
Mass Spectrometry: Quadrupole Mass Filter |
Faculty or Staff |
Session V - Parallel Workshops |
|
Modern Interferometry A |
Dr. Jonathan F. Reichert |
Session V - Parallel Workshops |
|
Modern Interferometry B |
Dr. Jonathan F. Reichert |
Session V - Parallel Workshops |
|
Muon Physics |
Dr. Jonathan F. Reichert |
Session V - Parallel Workshops |
|
NMR of a Flower |
Irwin Malleck and Werner Bietsch |
Session V - Parallel Workshops |
|
Nonlinear Motion |
Robert DeSerio |
Session V - Parallel Workshops |
|
Optical Pumping A |
Dr. Jonathan F. Reichert |
Session V - Parallel Workshops |
|
Optical Pumping B |
Dr. Jonathan F. Reichert |
Session V - Parallel Workshops |
|
PS-15 Pulsed NMR |
Joe Dohm |
Session V - Parallel Workshops |
|
Positron-Electron Annihilation |
Faculty or Staff |
Session V - Parallel Workshops |
|
Pulsed NMR (Nuclear Magnetic Resonance) A |
Dr. Jonathan F. Reichert |
Session V - Parallel Workshops |
|
Pulsed NMR (Nuclear Magnetic Resonance) B |
Dr. Jonathan F. Reichert |
Session V - Parallel Workshops |
|
Quantum Analogs A |
Dr. Jonathan F. Reichert |
Session V - Parallel Workshops |
|
Quantum Analogs B |
Dr. Jonathan F. Reichert |
Session V - Parallel Workshops |
|
Radioactivity |
Celia Cunningham |
Session V - Parallel Workshops |
|
Raman Spectroscopy |
Faculty or Staff |
Session V - Parallel Workshops |
|
Single Photon Interference |
Enrique Galvez |
Session V - Parallel Workshops |
|
Studies in using an Optical Trap |
Ludwig Eichner |
Session V - Parallel Workshops |
|
TEL-X-Ometer |
Joe Dohm |
Session V - Parallel Workshops |
|
The Torsional Oscillator A |
Dr. Jonathan F. Reichert |
Session V - Parallel Workshops |
|
The Torsional Oscillator B |
Dr. Jonathan F. Reichert |
Session V - Parallel Workshops |
|
Transmission Electron Microscope |
Faculty or Staff |
Session V - Parallel Workshops |
|
Two-slit Interference, One Photon at a Time A |
Dr. Jonathan F. Reichert |
Session V - Parallel Workshops |
|
Two-slit Interference, One Photon at a Time B |
Dr. Jonathan F. Reichert |
Session V - Parallel Workshops |
|
X-Ray Spectroscopy |
Faculty or Staff |
Session V - Parallel Workshops |
|
MATLAB for Data Acquisition and Analysis |
James Lockhart |
Session VI - Workshops |
|
NI-Elvis Advanced workshop |
Paul Dixon and National Instruments |
Session VI - Workshops |
|
The Bug: A Temperature-controlled Experiment on a Protoboard |
Paul Dixon |
Session VI - Workshops |
|
Interfacing |
Robert DeSerio |
Session VII - Parallel Workshops |
|
Chaos Experiments for the Advanced Lab |
Robert DeSerio |
Session VIII - Plenary |
|
Fluid Mechanics and Computational Physics in the Advanced Undergraduate Laboratory |
Keith R. Stein |
Session VIII - Plenary |
|
Interdisciplinary Experiments for Upper-level Physics Laboratory Courses |
Suzanne Amador Kane |
Session VIII - Plenary |
|
A Knots Experiment |
David C. Bailey |
Session IX - Effective Experiments Poster Session |
|
A Michelson-Morley Experiment for the Advanced Physics Lab |
Charles Rogers |
Session IX - Effective Experiments Poster Session |
|
A Tabletop Measurement of the Quantization of Electrical Conductance in Gold Nanowires |
David Tam |
Session IX - Effective Experiments Poster Session |
|
Angular momentum outside of the classical mechanics courses |
Nathan H. Frank |
Session IX - Effective Experiments Poster Session |
|
Atomic Spectroscopy in Alkali Vapor |
Marin Pichler |
Session IX - Effective Experiments Poster Session |
|
Atomic Structure from the Sodium Atom UV-VIS-NIR Spectrum |
Randolph S Peterson |
Session IX - Effective Experiments Poster Session |
|
Can Students Design Their Own Experiments? |
Randy Knight |
Session IX - Effective Experiments Poster Session |
|
Computational and Optical Studies on the Vibrational Modes of a Tuning Fork |
Keith R. Stein |
Session IX - Effective Experiments Poster Session |
|
Determining the half-life of 40K from the activity of salt substitute |
Elizabeth A George |
Session IX - Effective Experiments Poster Session |
|
Developing Research and Experimentation Skills: Demonstrated using a Black Body Radiation Experiment |
Mark J. Pearson |
Session IX - Effective Experiments Poster Session |
|
Doppler-broadening for Rubidium Absorption |
James D. White |
Session IX - Effective Experiments Poster Session |
|
Driven Linear and Non-linear Resonance Experiment |
Rex Berney |
Session IX - Effective Experiments Poster Session |
|
Example Harmonic and Anharmonic Oscillators Demonstrated and Analyzed |
Bernard Cleyet |
Session IX - Effective Experiments Poster Session |
|
Experimental Observation and Control of Wave Dispersion |
S.K. Remillard |
Session IX - Effective Experiments Poster Session |
|
Finding thermal conductivity and specific heat via thermal diffusion in rods |
Matthew C. Sullivan |
Session IX - Effective Experiments Poster Session |
|
Measurement of the dispersion relation of a wave on a string |
Jeremiah D. Williams |
Session IX - Effective Experiments Poster Session |
|
Measuring the Molecular Polarizability of Air |
Martin Madsen |
Session IX - Effective Experiments Poster Session |
|
Measuring the speed of light in an optical fiber - Integrating Experimentation and Instrumentation |
Nasser Mulaa Juma |
Session IX - Effective Experiments Poster Session |
|
Millikan’s Oil Drop: Simulation and Experiment |
Sarah J Desotell |
Session IX - Effective Experiments Poster Session |
|
Noise Fundamentals, where noise is the signal |
George Herold |
Session IX - Effective Experiments Poster Session |
|
Nuclear Spin Echoes -- In Live Audio |
David A. Van Baak |
Session IX - Effective Experiments Poster Session |
|
Resistivity Measurements and Observation of Transition to Superconducting State |
Mohammed Z Tahar |
Session IX - Effective Experiments Poster Session |
|
Study of electric and magnetic dipole radiation via scattering from nanoparticles |
Natthi L. Sharma |
Session IX - Effective Experiments Poster Session |
|
Study of the relationship between radius and emission wavelength of indium phosphide quantum dots |
Donald Schnitzler |
Session IX - Effective Experiments Poster Session |
|
Sub-picometer resolution from a Michelson wavelength meter |
Chad Hoyt |
Session IX - Effective Experiments Poster Session |
|
TO BE OR NOT TO BE OHMIC: A Warm-up Exercise for Advanced Labs |
Paul J. Dolan, Jr. |
Session IX - Effective Experiments Poster Session |
|
The Kenyon X-ray Facility Upgrade |
J. Terrence Klopcic |
Session IX - Effective Experiments Poster Session |
|
Two-laser Spectroscopy in Atomic Cesium |
Andrzej (Andy) Sieradzan |
Session IX - Effective Experiments Poster Session |
|
Using Longitudinal Laser Modes to Make Accurate Speed of Light Measurements |
James D. White |
Session IX - Effective Experiments Poster Session |
|
Using Pfund's method to find the index of refraction |
Helene F. Perry |
Session IX - Effective Experiments Poster Session |
|
Vibrational Spectra of the Nitrogen Molecules in the Liquid and Gas Phase |
Burcin Bayram |
Session IX - Effective Experiments Poster Session |
|
Brewster's Angle |
Ann Hanks |
Session XI - Parallel Workshops |
|
CWS 12-50 Continuous Wave NMR/ESR Spectrometer |
Joe Dohm |
Session XI - Parallel Workshops |
|
Cavendish Balance |
Joe Dohm |
Session XI - Parallel Workshops |
|
Fundamental Studies in Polarization |
Ludwig Eichner |
Session XI - Parallel Workshops |
|
Introduction to Nanoscale Imaging with the Atomic Force Microscope |
Mark R. Flowers |
Session XI - Parallel Workshops |
|
Mössbauer Effect |
Van Bistrow |
Session XI - Parallel Workshops |
|
Ultrasound Imaging: A Laboratory in Sound, Medical Physics & Imaging |
Suzanne Amador Kane |
Session XI - Parallel Workshops |
|
Projects, from Hands On Introduction to LabVIEW, (Oxford Press, 2009) |
John Essick |
Session XII - Workshops |
|
Advanced Demonstrations for the Classroom and the Laboratory |
David Sturm |
Session XIV - Demonstrations |
|
The Advanced Laboratory and the National Science Foundation |
Duncan McBride |
Session XV - Plenary |
|
Advanced Computer Interfacing |
Ramon Torres-Isea |
Session XVI - Advanced Computer Interfacing |
|
Advanced Labs in Biophysics |
No contact provided. |
Session XVI - Advanced Labs in Biophysics |
|
Multi-Format Approach to Communication of Experimental Results |
James M. Lockhart |
Session XVI - Communication of Experimental Results |
|
Oral Assessment in an Advanced Lab Course |
David C. Bailey |
Session XVI - Communication of Experimental Results |
|
Writing and peer review for advanced laboratories: a proposal |
Mark Masters |
Session XVI - Communication of Experimental Results |
|
Computation and Simulation in the Advanced Lab |
Keith Stein |
Session XVI - Computation and Simulation in the Advanced Lab |
|
Computation and Simulation in the Advanced Lab |
Keith Stein |
Session XVI - Computation and Simulation in the Advanced Lab |
|
Safety in the Advanced Lab - More than You Might Expect |
Gregory Puskar |
Session XVI - Machine Shop and Laboratory Safety |
|
The Visiting Students and Faculty Program at the University of North Texas |
Duncan Weathers |
Session XVI - Regional/National Advanced Lab Facilities |
|
Teaching Condensed Matter or Materials Physics Labs |
Gabriel C. Spalding |
Session XVI - Teaching Condensed Matter or Materials Physics Labs |
|
Teaching Condensed Matter or Materials Physics Labs |
Gabriel Spalding |
Session XVI - Teaching Condensed Matter or Materials Physics Labs |
|
An Electronics Course for the Computer Age using Learning Cycle Pedagogy |
Paul W. Zitzewitz |
Session XVI - Teaching the Electronics Course |
|
Contents or Discontents? Optimizing What Goes Into the Undergraduate Electronics Course |
Paul Nienaber |
Session XVI - Teaching the Electronics Course |
|
Teaching the Modern Physics Lab |
David Alan Van Baak |
Session XVI - Teaching the Modern Physics Lab |
|
Active learning using tutorials in intermediate optics |
Mark Masters |
Session XVI - Teaching the Optics Course |
|
Advanced Optics lab at SJSU |
Ramen Bahuguna |
Session XVI - Teaching the Optics Course |
|
Laboratory Emphasis in Interdisciplinary Photonics Related Courses |
Orven F. Swenson |
Session XVI - Teaching the Optics Course |
|
Modifying the optics laboratory for greater conceptual understanding |
Timothy T. Grove |
Session XVI - Teaching the Optics Course |
|
Undergraduate Laser Laboratory at SJSU |
Ken Wharton |
Session XVI - Teaching the Optics Course |