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Submissions from 2015

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The Spatial Distribution of the Red Giants in the Distant Galactic Globular Cluster Cluster NGC2419, Stephen D. Gillam

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Population Gradients in Globular Clusters, Catherine A. Pilachowski, Stephen D. Gillam, and Brian J. Brondel

Submissions from 2014

Are Some Star Clusters Remnants of Primordial Clusters?, Stephen D. Gillam Dr, Sydnee Hamrick, and Christian Keating

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Two Stellar Populations in The Distant Milky Way Globular Cluster NGC2419, Stephen D. Gillam Dr, Sydnee Hamrick, and Christian Keating

Spy Physics: Using a Laser to 'hear' a conversation, Timothy Grove and Trunghieu T. Nguyen

Spy Physics: Using a Laser to 'hear' a conversation, Timothy Grove and Trunghieu T. Nguyen

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Mechanical NMR 2.0, Mark Masters and Jacob Millspaw

Distance and Remote Labs, Jacob Millspaw

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What can you do with a Programmable System on a Chip (PSoc)?, Jacob Millspaw, Mark Masters, Skyler Stauffer, Dru Bolding, and Marcello Ruffolo

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Learning about light and optics in on-line general education classes using at-home experimentation, Jacob Millspaw, Gang Wang, and Mark Masters

Submissions from 2013

Using Plumbdads-Quarkles to examine student understanding of scientific practices, Timothy Grove

Using Plumbdads-Quarkles to examine student understanding of scientific practices, Timothy Grove

Low-budget Instructional Labs, Timothy Grove, Mark Masters, and Jacob Millspaw

Learning about light and optics in on-line general education classes using at-home experimentation, Mark Masters

Panel - Fighting over lab goals, Mark Masters

Using Concept Building in Optics to Improve Student Research Skills, Mark Masters

Writing to Learn in the introductory, intermediate and advanced Laboratory, Mark Masters and Timothy Grove

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Using Electric Motors to Explore Conservation of Energy Concepts, Mark Masters, Jacob Millspaw, Finn Buldt, and Skyler Stauffer

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Using the Programmable System on a Chip (PSoC) in the Physics Laboratory, Mark Masters, Jacob Millspaw, and Aaron Magner

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Examining Inelastic Collisions, Mark Masters and James Otto

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iLabs: Hands on Investigations with iPads in Introdctory Physics Labs, Jacob Millspaw

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iLabs: Hands on Investigations with iPads in Introdctory Physics Labs, Jacob Millspaw

Submissions from 2012

Teaching optics in the introductory Mechanics Laboratory, Timothy Grove and Mark Masters

Optical concept assessment, Timothy Grove, Mark Masters, and Ernest Behringer

Optical concept assessment, Timothy Grove, Mark Masters, and Ernest Behringer

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Advanced Laboratory Workshop, Mark Masters

Evolution of Tools for assessing impact of labs, Mark Masters

Panel: What is the point of instructional lab?, Mark Masters

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The zen of learning laboratory physics through writing and the art of peer review, Mark Masters

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Using cypress programmable system on a chip as part of a electronic instrumentation course, Mark Masters

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A mechanical analog of Nuclear Magnetic Resonance, Mark Masters, Srikanth Dasari, and Gregory Adams

Teaching Optics in the Introductory Mechanics Laboratory, Mark Masters and Timothy Grove

Writing to Learn in the Introductory, Intermediate and Advanced Laboratory, Mark Masters and Timothy Grove

Writing to Learn Physics in the Laboratory, Mark Masters and Timothy Grove

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An Optics Investigation Using a Beaker, Mark Masters and Jacob Millspaw

Phase corrected three-dimensional optical assembly, Gang Wang

Submissions from 2011

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Helping Students Understand the Work-kinetic Energy Theorem, Brian Baumann, Mark F. Masters, Jacob Millspaw, and Eric Ayars

Opening up the department: Day camps and workshops, Timothy Grove and Mark Masters

Opening up the department: Day camps and workshops, Timothy Grove and Mark Masters

Opening up the department: Day camps and workshops, Timothy Grove and Mark Masters

Our Current Second Semester Introductory Physics Laboratories, Mark Masters

Designing Non-online Labs for Online Courses, Jacob Millspaw

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There Might be Giants?, Jacob Millspaw and Mark F. Masters

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Web Cam Spectroscopy of LASER Induced Fluorescence of Play-Doh, Eric Tomek, Mark F. Masters, and Jacob Millspaw

Submissions from 2010

Optics Concept Assessment: an Evaluation Tool, Timothy Grove and Mark Masters

Optics Concept Assessment: an Evaluation Tool, Timothy Grove and Mark Masters

Research-based Alternative to Traditional Problems in Introductory Physics, David P. Maloney, Kathleen A. Harper, and Thomas M. Foster

NTIPERS: Research-based Reasoning Tasks for Introductory Mechanics, David P. Maloney, Curtis J. Hieggelke, and Steve Kanim

A Lasers Course for Nontechnical Major Students, Mark Masters

Student Writing and Reviewing as a Means of Finding Insights in the Laboratory, Mark Masters

Student Writing and Reviewing in the Laboratory, Mark Masters

Using Concept Building Laboratories to Improve Student Research Skills, Mark Masters

What's a Lab For? A Decade of Continuous Laboratory Revision, Mark Masters

Dielectric Constants and the Parallel Plate Capacitor: Doing It Right!, Mark Masters and Timothy Grove

Engaging Students in Optics, Mark Masters and Timothy Grove

The Game of Formulating and Testing Hypotheses, Mark Masters and David P. Maloney

Using Assessment to Propel General Education Reform, Mark Masters and Chris Tokpah

Making Physics General Education Courses More Exciting Through Interactive Learning, Jacob Millspaw

Submissions from 2009

A Student-assembled Spectrograph with a CCD Detector to Assist with Students' Understanding of Spectrometry, Timothy Grove and Mark Masters

Construction of an Inexpensive Copper Heat-pipe Oven, Timothy Grove and Mark Masters

Modifying the Optics Laboratory for Greater Conceptual Understanding, Timothy Grove and Mark Masters

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A Conceptual Course on LASERS for General Education, Mark Masters

Improving Intermediate Optics for Greater Conceptual Understanding, Mark Masters

What's a lab for? A decade of continuous laboratory revision, Mark Masters

Active Learning Using Tutorials in Intermediate Optics, Mark Masters and Timothy Grove

Writing and Peer Review for Advanced Laboratories: a Proposal, Mark Masters, Timothy Grove, and Stevens Amidon

Gaining Physical Insight and Independence in the Modern Physics Laboratory, Mark Masters, Timothy Grove, and David P. Maloney

Using Reverse Game Play to Engage Students in Formulating and Testing Hypotheses, Mark Masters and David P. Maloney

Very Very Simple Construction of a Spherical Air Bearing, Mark Masters, Clint Reynolds, Hans Suedhoff, and Mike DeArmond

Submissions from 2008

An Air-Bearing Based, Random Orbital Drive System for a Longitudinally Pumped Solid State Dye Laser, F. DeArmond, R. Dill, J. Suelzer, and Mark Masters

Construction of an Inexpensive Heat Pipe Oven, Timothy Grove and Mark Masters

Tracking Through Modern Physics Laboratory, Mark Masters

Rayleigh Scattering From Argon Clusters in a Planar Expansion, Mark Masters, F. DeArmond, R. Dill, and J. Suelzer

Convective Chemical Fronts in a Poiseuille Flow, Desiderio A. Vasquez

Submissions from 2007

Improving Intermediate Optics for Greater Conceptual Understanding, Mark Masters and Timothy Grove

Tracking Through the Modern Physics Laboratory, Mark Masters, Timothy Grove, and David P. Maloney

Force Measurement and Optical Assisted Particle Separation in an Optical Standing Wave, W. Mu, Z. Li, L. Luan, P. West, H. Kyriazes, Gabriel C. Spalding, Gang Wang, A. Feinerman, and John B. Ketterson

Layer-by-layer Optical Assembly of Colloidal Particles, Gang Wang

Submissions from 2006

Optical Separation of Particles Based on a Dynamic Interferometer, W. Mu, Gang Wang, Gabriel C. Spalding, L. Luan, P. West, H. Kyriazes, and John B. Ketterson

Submissions from 2005

Numerical Analysis of Enhanced Optical Trapping Force Based on Centripetal Evanescent Waves, Gang Wang

Lens-less Approach to Image the Optically-tweezed Assembly, Gang Wang and John B. Ketterson

Submissions from 2004

Defect-free Optical Assembly of Polystyrene Spheres, Gang Wang, Gabriel C. Spalding, and John B. Ketterson

Submissions from 2003

Tracking through modern physics lab, Timothy Grove, Mark Masters, and David P. Maloney

Submissions from 2002

Impulse, momentum, and energy of human strikes, Timothy Grove

Submissions from 2000

Hypothesis Testing in the Introductory Laboratory, David P. Maloney, Timothy Grove, and Mark Masters

Submissions from 1997

Efficient, fast, low-power optical phase conjugation using two photon-induced Zeeman coherence in rubidium, E. Rousseau, D. Hsuing, X. Xia, M. S. Shahriar, Timothy Grove, and P. R. Hemmer

Submissions from 1996

Diffraction-limited propagation and high gain in optically dense Na vapor at low pump intensity, S. M. Shahriar, P. R. Hemmer, Timothy Grove, J. Donoghue, and M. Cronin-Golomb

Submissions from 1995

Observation of rectified forces in a three-level cascade system, Timothy Grove, B. C. Duncan, V. Sanchez Villicana, and P. L. Gould

Cooling and trapping of three-level atoms in a bichromatic standing wave, H. Pu, T. Cai, N. P. Bigelow, Timothy Grove, and P. L. Gould

Submissions from 1994

Observation of rectified forces in a three-level cascade system (Post-Deadline), Timothy Grove, B. C. Duncan, V. Sanchez Villicana, and P. L. Gould

Spectroscopy of the Rb(5D) level using trapped atoms, Timothy Grove, V. Sanchez Villicana, B. C. Duncan, S. Maleki, and P. L. Gould

Submissions from 1993

Rectified forces on a three-level atom: the cascade configuration, Timothy Grove, V. Sanchez Villicana, S. Maleki, and P. L. Gould

Submissions from 1991

Laser Cooling and Trapping of Rubidium, C. D. Wallace, Timothy Grove, T. P. Dinneen, and P. L. Gould

Laser Cooling and Trapping of Rubidium, C. D. Wallace, Timothy Grove, T. P. Dinneen, and P. L. Gould