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Name |
Primary Contact |
Type |
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Breakout session - BFY Labs on Electronics Labs |
Matt Vonk |
Breakout Session |
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Breakout session - BFY Labs on Optics/Lasers Labs |
Lowell McCann |
Breakout Session |
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Breakout session - BFY Labs on Quantum Optics/photon-based Quantum Mechanics Labs |
Mark Beck |
Breakout Session |
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|
Breakout session - BFY Labs on Statistical Physics/Thermodynamics/Soft Matter Labs |
Jeremiah Williams |
Breakout Session |
|
|
Breakout session - BFY labs on Condensed Matter/materials/nano |
John Essik |
Breakout Session |
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|
Breakout session - Bio-related BFY Labs in Physics |
Suzanne Amador Kane |
Breakout Session |
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Breakout session - Communicating Experimental Results |
Erin Flater |
Breakout Session |
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|
Breakout session - Developing Student Experimental Skills Friday Session |
Natasha Holmes |
Breakout Session |
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Breakout session - Developing Student Experimental Skills Thursday Session |
Yongkang Le |
Breakout Session |
|
|
Breakout session - Instruction in Writing and Revision in the Advanced Lab |
Mark Masters |
Breakout Session |
|
|
Breakout session - Laboratory Assessment Beyond the First Year |
Ben Zwickl |
Breakout Session |
|
|
Breakout session - Labs on a Limited Budget Friday Session |
Lowell McCann |
Breakout Session |
|
|
Breakout session - Labs on a Limited Budget Thursday Session |
Joss Ives |
Breakout Session |
|
|
Breakout session - Mentoring Projects |
Yongkang Le |
Breakout Session |
|
|
Breakout session - Resources/ideas for New Advanced Laboratory Instructors |
Melissa Eblen-Zayas |
Breakout Session |
|
|
Breakout session - Teaching Modern Physics / Sophomore-physics Lab |
Erin Flater |
Breakout Session |
|
|
Breakout session - Teaching Uncertainty and Statistical Analysis Friday Session |
Joss Ives |
Breakout Session |
|
|
Breakout session - Teaching Uncertainty and Statistical Analysis Thursday Session |
Natasha Holmes |
Breakout Session |
|
|
A Sabbatical "Immersion" to Rebuild Advanced Labs |
Anne Cox |
Invited Presentation |
|
|
Breaking the Myth of the "Non-Traditional" Physicist: Preparing Physics Graduates for the Real World of Employment |
Crystal Bailey |
Invited Presentation |
|
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External Support for Advanced Labs |
Dick Peterson |
Invited Presentation |
|
|
Flipping the Prelab to Optimize Student Preparedness and Lab Time |
Suzanne Amador Kane |
Invited Presentation |
|
|
Implementing the AAPT Recommendations for the Undergraduate Physics Lab |
Ben Zwickl |
Invited Presentation |
|
|
Open Labs for Innovation and Entrepreneurship in Physics |
Duncan L Carlsmith |
Invited Presentation |
|
|
PIRA Demo Show |
Dale Stille |
Invited Presentation |
|
|
The Laboratory Report as a Rhetorical Act |
Cary Moskovitz |
Invited Presentation |
|
|
Thinking of laboratory experiences as mentoring opportunities |
Chandra Turpen |
Invited Presentation |
|
|
Visually Communicating Scientific Concepts, Data, and Results |
Kelly Martin |
Invited Presentation |
|
|
(Practice makes perfect) Speed of Light measurement using the Foucault Method. |
Dr. Elena Gregg |
Poster |
|
|
A Differential Thermal Analysis Apparatus for Exploring the Glass Transition |
William R. Heffner |
Poster |
|
|
A Grading Rubric for Intermediate Laboratory Courses in Physics |
Jeffrey J. Sudol |
Poster |
|
|
A Peer Review of Writing Workshop in the Advanced Lab |
Dr. Melanie Lott |
Poster |
|
|
A powerful spectrograph based upon a low cost spectrograph |
Timothy Grove |
Poster |
|
|
An Arduino-based alternative to the traditional electronics laboratory |
Rodney Yoder |
Poster |
|
|
An Experiment Revealing some Characteristics of Diatomic Molecules by Spectral Analysis of Laser Induced Fluorescence of Iodine |
Burcin Bayram |
Poster |
|
|
An Optics Laboratory Module on Image Formation, Aberrations and Lens Design |
Robert D. Polak |
Poster |
|
|
An open-ended advanced lab on transverse normal modes of vertically hanging chains |
Paul Voytas |
Poster |
|
|
Assessing modeling behaviors in the lab |
Natasha Holmes |
Poster |
|
|
Building a Pedagogically Sound Second-Year Physics Course in a Newly Revived STEM Program |
Matthew Civiletti |
Poster |
|
|
Calibrating an Electromagnetic Calorimeter for High Energy Physics Experiments |
Brett Fadem |
Poster |
|
|
Comparing electronic and traditional lab notebooks in the advanced lab |
Melissa Eblen-Zayas |
Poster |
|
|
Correlating students' beliefs about experimental physics with laboratory course success |
Bethany Wilcox |
Poster |
|
|
Demonstrating Interference with Single Photons |
R. Seth Smith |
Poster |
|
|
Developing a new laboratory course to prepare students for graduate research in astrophysics |
Christine Lindstrøm |
Poster |
|
|
Effectiveness of flipped classroom techniques in an advanced laboratory physics course |
Sean P. Robinson |
Poster |
|
|
Electron Spin Resonance: An experiment for perceiving Quantum Physics Intuition |
Ratnakar Palai |
Poster |
|
|
Electron’s Charge-to-Mass Ratio Experiment: Students Laser-Focused on Perfection. |
Dr. Elena Gregg |
Poster |
|
|
Engaging Students in Scientific Practices in an Electronics Course |
Heather Lewandowski |
Poster |
|
|
Experimental Plasma Station for the Undergraduate Curriculum |
Jeremiah Williams |
Poster |
|
|
Exploring the Rotating Reference Frame in NMR - An Easy Extension of an Experiment You May Already Have |
David B Pengra |
Poster |
|
|
Flipping (and Scrambling) the Introductory Electronics Course |
Eric Ayars |
Poster |
|
|
Incorporating Research Ethics into Advanced Labs Curriculum |
Kirstin Purdy Drew |
Poster |
|
|
Integrating Commercial Solar Panels in the Physics Curriculum |
Nicole Ackerman |
Poster |
|
|
Investigating student understanding of operational-amplifier circuits* |
MacKenzie R. Stetzer |
Poster |
|
|
Investigation of the Bragg-Snell Law in Photonic Crystals |
Shabbir M Mian |
Poster |
|
|
LCphysX: Teaching undergraduate physics majors in upper-level laboratory courses multi-media science communication skills for public outreach |
Shannon O'Leary |
Poster |
|
|
Laboratory on Medical Physics |
Yongkang Le |
Poster |
|
|
Low-cost coincidence counting apparatus for single photon investigations |
Mark Masters |
Poster |
|
|
Low-cost optical manipulation using hanging droplets of PDMS |
Craig McDonald |
Poster |
|
|
Maximum Likelihood is Least Squares (and not just for Gaussian random variables) |
Robert DeSerio |
Poster |
|
|
Measuring Nano-particle Fluorescence in Caramelized Sugar Glass |
William R. Heffner |
Poster |
|
|
Nonlinear Dynamics on the Cheap in the Junior Laboratory |
Richard J Krantz |
Poster |
|
|
P52 Putting some Nuclear Physics into a Rutherford Backscattering Experiment |
Randolph S. Peterson |
Poster |
|
|
Results for a Cheap Off-the-shelf Duffing’s Oscillator: Or how to make a meaningful laboratory from nothing |
Richard J Krantz |
Poster |
|
|
Sequential Introduction of Data Analysis Methods in the Modern Lab |
Timothy Roach |
Poster |
|
|
Stabilization of an NMR elctromagnet at low cost |
Jose Vithayathil |
Poster |
|
|
Stellar Photometry in the physics lab room |
Shawn Langan |
Poster |
|
|
Students' Ownership of Projects in the Upper-Division Instructional Physics Laboratory Setting |
Jacob Stanley |
Poster |
|
|
Study of Acoustics in Classrooms |
Dr Ramalingam P. |
Poster |
|
|
Teaching about the Gamma Camera and Ultrasound Imaging |
Mary Lowe |
Poster |
|
|
Technical Competencies - A Versatile Framework for Learning Practical Knowledge |
Randall Tagg |
Poster |
|
|
Tethered Particle Motion Experiments as a Gateway to Biophysics Research |
Obinna A. Ukogu |
Poster |
|
|
The Path to Fourier Analysis through Intuition Building |
Jenny Magnes |
Poster |
|
|
The Role of Metacognition in Troubleshooting: An Example From Electronics |
Kevin L. Van De Bogart |
Poster |
|
|
The Thermographic Phospor Labkit |
Steve Allison |
Poster |
|
|
Troubleshooting in an Electronics Course and the Experimental Modeling Framework |
Dimitri R. Dounas-Frazer |
Poster |
|
|
Undergraduate Advanced Laboratory Studies on Supersonic Nozzle Flow |
Keith Stein |
Poster |
|
|
Using Tethered Particle Motion Experiments in Statistical Mechanics or Biophysics Labs |
Adam D. Smith |
Poster |
|
|
Using a Tube of Water to Screen Electric Fields: An Experimental Investigation of the Transition from Conductive to Dielectric Screening |
Jake Bobowski |
Poster |
|
|
Vibrational and Rotational Spectra of Diatomic Molecules: Two Experiments in an Advanced Laboratory Course of Atomic and Molecular Spectroscopy |
Mario Freamat |
Poster |
|
|
Witnessing Entanglement |
Mark Beck |
Poster |
|
|
W01 - Real-time 2D heat flow data as an introduction to what Arduinos can do in your lab |
Eric Ayars |
Workshop |
|
|
W02 - Nanoparticle Scattering of Polarized Light |
Ernie Behringer |
Workshop |
|
|
W03 - Using split-ring resonators to measure the electromagnetic properties of materials: An experiment for senior physics undergraduates |
Jake Bobowski |
Workshop |
|
|
W04 - An Introduction to Atomic Force Microscopy |
Nancy Burnham |
Workshop |
|
|
W05 - Make your own DNA or microtubule AFM samples |
Ashley Carter |
Workshop |
|
|
W06 - Multidirectional Invisibility with Rays of Light - a “Rochester Cloak” |
Joseph Choi |
Workshop |
|
|
W08 - Chaotic pendulum: the complete attractor |
Bob DeSerio |
Workshop |
|
|
W09 - Paschen’s Law Experiment |
Arturo Dominguez |
Workshop |
|
|
W10 - Parametric Down Conversion Demo for Public and Undergraduate Use |
Emily Edwards |
Workshop |
|
|
W11 - Electrostatic Dust Trap |
Emily Edwards |
Workshop |
|
|
W12 - Quantized Conductance: A Contemporary Physics Experiment on the Wave-Particle Duality of Electrons |
Khalid Eid |
Workshop |
|
|
W13 - Low-Cost Capacitance Profiling of a Semiconductor |
John Essick |
Workshop |
|
|
W14 - Shoebox Spectrographs (Low-Cost Light and Spectroscopy Experiments) |
Timothy Grove |
Workshop |
|
|
W15 - An erbium-doped femtosecond fiber laser for the undergraduate laboratory |
Chad Hoyt |
Workshop |
|
|
W16 - Developing Scientific Writing Skills through Participation in JAUPLI |
Joe Kozminski |
Workshop |
|
|
W17 - Medical Imaging: Teaching about the Gamma Camera and Ultrasound Imaging |
Mary Lowe |
Workshop |
|
|
W18 - Using PSoCs in the Advanced Laboratory |
Mark Masters |
Workshop |
|
|
W19 - Using an LED as a Low-Efficiency Single Photon Avalanche Diode |
Lowell McCann |
Workshop |
|
|
W20 - Rethinking Lab Writing Assignments |
Cary Moskovitz |
Workshop |
|
|
W21 - Brownian Motion: Measuring Avogadro’s Constant for $70 |
Beth Parks |
Workshop |
|
|
W22 - Compton Scattering of Cs-137 Gamma Rays |
Jim Parks |
Workshop |
|
|
W23 - Python Instrument Control System: Pythics |
Everett Ramer |
Workshop |
|
|
W25 - Fundamentals of low-noise electrical measurements: Ground loops, interference, shielding, etc. |
Walter Smith |
Workshop |
|
|
W26 - Stellar Photometry and Spectroscopy in the physics lab room |
Shawn Langan |
Workshop |
|
|
W27 - Engaging in the Advanced Lab with Interactive Videos |
Keith Stein |
Workshop |
|
|
W28 - On-demand modular learning of practical knowledge |
Randy Tagg |
Workshop |
|
|
W29 - Introduction to FPGAs |
Matt Vonk |
Workshop |
|
|
W30 - FPGA in the Advanced Lab |
Kurt Wick |
Workshop |
|
|
W31 - Diffusion in Microfluidic Structures |
Steve Wonnell |
Workshop |
|
|
W32 - Torsional Oscillator, Noise, and a Spectrum Analyzer – What can Fourier Analysis reveal when you drive the system with noise? |
Barbara Wolff-Reichert |
Workshop |
|
|
W33 - Fourier Methods |
Barbara Wolff-Reichert |
Workshop |
|
|
W34 - Noise Fundamentals, JN– Using Johnson-noise to measure the Boltzmann Constant |
Barbara Wolff-Reichert |
Workshop |
|
|
W35 - Noise Fundamentals, SN – Using Shot Noise to find “e” the Charge on the Electron |
Barbara Wolff-Reichert |
Workshop |
|
|
W36 - Pulsed/CW NMR – Using Spin Echoes to find Spin-Spin Relaxation Times |
Barbara Wolff-Reichert |
Workshop |
|
|
W37 - Pulsed/CW NMR – One-Dimensional Imaging, a glimpse of MRI physics |
Barbara Wolff-Reichert |
Workshop |
|
|
W38 - Diode-Laser Spectroscopy |
Barbara Wolff-Reichert |
Workshop |
|
|
W39 - Quantum Analogs |
Barbara Wolff-Reichert |
Workshop |
|
|
W40 - Optical Pumping |
Barbara Wolff-Reichert |
Workshop |
|
|
W41 - Magnetic Torque |
Barbara Wolff-Reichert |
Workshop |
|
|
W42 - Foundational Magnetic Susceptibility |
Barbara Wolff-Reichert |
Workshop |
|
|
W43 - Direct and Lock-In Measurements of Faraday Rotation |
Barbara Wolff-Reichert |
Workshop |
|
|
W44 - Micro-ESR as a Laboratory Teaching Tool |
Christine Hofstetter |
Workshop |
|
|
W45 - Laser Cooling and Trapping for Advanced Teaching Laboratories |
Thaddeus Baringer |
Workshop |
|
|
W46 - Optics and Photonics Lab Equipment |
Stephan Briggs |
Workshop |
|
|
W47 - Electrometer measurements of material properties |
Alan Wadsworth |
Workshop |
|
|
W48 - X-ray Physics – Three discrete experiments with the X-ray machine |
Dr. Werner Bietsch |
Workshop |
|
|
W49 - Diode pumped Nd:YAG Laser with Frequency Doubling |
Dr. Werner Bietsch |
Workshop |
|
|
W50 - How to Make Thermodynamics Relevant |
Ann Hanks |
Workshop |
|
|
W51 - VersaLab: a measurement cryostat and teaching curriculum for advanced labs |
Neil Dilley |
Workshop |
|
|
W52 - van der Pauw resistivity measurements on wafers, characterizing low resistance materials, and semiconductor characterization |
James Niemann |
Workshop |
|
|
W53 - Measurement and Experimentation with MATLAB |
Todd Atkins |
Workshop |
|
|
W54 - SQUID measurements of the AC Josephson Effect, Microwave-Induced (Shapiro) Steps at 77K, and h/e |
Robin Cantor |
Workshop |
|
|
W55 - Basic Gamma Spectroscopy with a NaI(Tl) Detector |
Roger Stevens |
Workshop |
