American Journal of Physics

Papers
(The TQCC of American Journal of Physics is 1. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2021-05-01 to 2025-05-01.)
ArticleCitations
Motion of a charged particle in the electric field of a uniformly charged finite wire35
Graphical analysis of an oscillator with constant magnitude sliding friction34
Energy and Entropy: A Dynamic Duo28
An experimental demonstration of level attraction with coupled pendulums18
Electric field lines of an arbitrarily moving charged particle17
Complementarity and entanglement in a simple model of inelastic scattering15
Whose work matters? A tool for identifying and developing more inclusive physics textbooks12
Playing melodies on a single string by exciting harmonics using the Lorentz force10
Comment on projectile motion with quadratic drag using an inverse velocity expansion9
Motion of a charged particle in the static fields of an infinite straight wire9
Infinite-fold energy degeneracy in 2D square lattices of magnetic spheres8
Resource Letter DM1: Dark matter: An overview of theory and experiment8
The basic concepts determining electromagnetic shielding8
Static dielectric response and screening in solid state physics: Why dimensionality matters in dielectrics8
Quantifying biomolecular diffusion with a “spherical cow” model8
Quantum mechanics: A historical-linguistic perspective8
Erratum: “Smooth double barriers in quantum mechanics” [Am. J. Phys. 78, 1352–1360 (2010)]8
The crane operator's trick and other shenanigans with a pendulum8
The e/m experiment: Student exploration into systematic uncertainty7
The right way to introduce complex numbers in damped harmonic oscillators7
Data science education in undergraduate physics: Lessons learned from a community of practice7
An undergraduate lab experiment on matched filtering as used in gravitational wave detection7
Making digital aquatint with the Ising model6
In this issue: October 20236
Skier and loop-the-loop with friction6
A Bose horn antenna radio telescope (BHARAT) design for 21 cm hydrogen line experiments for radio astronomy teaching6
In this issue: October 20216
In this issue: July 20246
Resources-oriented instruction: What does it mean, and what might it look like?6
Stereographic projection to and from the Bloch sphere: Visualizing solutions of the Bloch equations and the Bloch–Riccati equation6
The Great Paradox of Science: Why Its Conclusions Can Be Relied Upon Even Though They Cannot Be Proven6
An analysis of the large amplitude simple pendulum using Fourier series6
The field inside an infinite solenoid of arbitrary cross section using Ampère's law6
Electrically connected and magnetically coupled inductors: Aiding or opposing fluxes?6
A new look at quantal time evolution6
Schrödinger's equation as a diffusion equation5
Perfect and imperfect pitchfork bifurcations in a V-shaped spring-mass system: Comment on “Hysteresis in a simple V-shaped spring-mass system” [Am. J. Phys. 89, 663–665 (2021)]5
Comment on “Experimental determination of heat capacities and their correlation with theoretical predictions” [Am. J. Phys. 79(11), 1099–1103 (2011)]5
Investigating the magnetic field outside small accelerator magnet analogs via experiment, simulation, and theory5
Comment on “Coefficient of rolling friction: Lab experiment”5
Toward a more coherent and profession-related physics teacher education: Linking subject-specific and physics education content in the study entry phase5
In this issue: February 20225
Simple precession calculation for Mercury: A linearization approach5
Energy-mass equivalence from Maxwell equations5
Using Hexbugs™ to model gas pressure and electrical conduction: A pandemic-inspired distance lab5
How energy is conserved in Newtonian gravity5
General formalism for calculating the thermal efficiency of thermodynamic cycles defined in a pV diagram5
Analysis of ill-conditioned cases of a mass moving on a sphere with friction4
Memories of a mid-20th century electrical measurements laboratory and its instrumentation4
Thermal damping of the motion of a piston: Any irreversibility implies dissipation4
In this issue: December 20244
Supporting student success4
Self-inductance and magnetic flux4
Measuring the viscosity of air with soapy water, a smartphone, a funnel, and a hose: An experiment for undergraduate physics students4
A simple Minkowskian time-travel spacetime4
Arduino cavity controller for LIGO analogy lab [Am. J. Phys. 87, 44 (2019)]4
2024 Lillian McDermott medal lecture: You only get one—My life pursuing excellence in physics education4
In this issue: October 20224
Comment on “Atom-emitting-a-photon solved on the back of an envelope” [Am. J. Phys. 91, 576 (2023)]4
Illustrations of loosely bound and resonant states in atomic nuclei4
In this issue: March 20254
In this issue: January 20234
Practical study of optical stellar interferometry4
Conic transfer arcs for Kepler's problem4
Decoherence, entanglement, and information in the electron double-slit experiment with monitoring4
Nonlinear oscillator acceleration and period variation with amplitude4
Probing coherent phonons in the advanced undergraduate laboratory4
In this issue: February 20243
Comment on “Thermodynamics of Benford's first digit law” [Am. J. Phys. 87, 787–790 (2019)]3
Interference patterns produced by an evaporating droplet on a horizontal surface3
In this issue: April 20243
Naïve Bohr-type quantization for power-law potentials3
Resource Letter: Synthesis of the elements in stars3
A new microscopic look into pressure fields and local buoyancy3
Photoelectric effect measurements on a conventional neon bulb3
Unexplored aspects of a variational principle in electrostatics3
In this issue: March 20243
Bringing three-dimensional learning to undergraduate physics: Insight from an introductory physics laboratory course3
Resource Letter CP-3: Computational physics3
Coriolis acceleration and critical slowing-down: A quantitative laboratory experiment3
Progressive quantum collapse3
Teaching magnetism with bivectors3
Surface plasmon resonance sensing in the advanced physics laboratory3
Velocity reciprocity and the relativity principle3
Gravitational waves without general relativity redux3
Modeling the induced voltage of a disk magnet in free fall3
Quantitative measurement of birefringence in transparent films across the visible spectrum3
Is contour integration essential? Alternatives for beginning physics students3
Active charge and discharge of a capacitor: Scaling solution and energy optimization3
Event-based analysis of convergence to energy equipartition3
Orbital mechanics with the Global Positioning System3
The floating point: Tales of the unexpected3
Simulation led optical design assessments: Emphasizing practical and computational considerations in an upper division physics lecture course3
A revolution in physics education was forecast in 1989, why hasn't it happened? What will it take?3
In this issue: August 20212
An in-fiber Mach–Zehnder strain sensor for studying multimode interference of light2
Charging a supercapacitor through a lamp: A power-law RC decay2
The edge profile of liquid spills2
Comment on ‘Dynamics of a bouncing capsule: An impulse model vs a Hertzian model’2
Determining the difference between local acceleration and local gravity: Applications of the equivalence principle to relativistic trajectories2
Treating disorder in introductory solid state physics2
Pandemic modeling with the game of life2
Climate sensitivity from radiative-convective equilibrium: A chalkboard approach2
Exact solutions for the inverse problem of the time-independent Schrödinger equation2
Numerical simulation projects in micromagnetics with Jupyter2
Calculation and measurement of center of mass: An all-in-one activity using Tangram puzzles2
Relativistic spin-0 particle in a box: Bound states, wave packets, and the disappearance of the Klein paradox2
Perihelion precession in power-law potentials: Hénon's theorem2
Gamma camera imaging in an undergraduate physics course2
ChatGPT-4 with Code Interpreter can be used to solve introductory college-level vector calculus and electromagnetism problems2
Finding and improving bounds of real functions by thermodynamic arguments2
Why and how to implement worked examples in upper division theoretical physics2
A guide to the literature of the finite rectangular well2
A gentle introduction to the non-equilibrium physics of trajectories: Theory, algorithms, and biomolecular applications2
2024 David Halliday and Robert Resnick Award for Excellence in Undergraduate Physics Teaching Lecture: It's not business, it's personal. Teaching large classes, one student at a time2
Understanding and compensating for noise on IBM quantum computers2
Invariants: Finding constancy in a sea of change2
Using mobile-device sensors to teach students error analysis2
Wigner rotation and Euler angle parametrization2
Cosmological horizons2
Solving introductory physics problems recursively using iterated maps2
Gravitoelectromagnetism: Removing action-at-a-distance in teaching physics2
Teaching rotational physics with bivectors2
In this issue: May 20222
Exploring entropy by counting microstates of the p-state paramagnet2
A simple derivation of relativistic energy and momentum2
In this issue: Special collection on the environment, sustainability, and climate change2
Resource Letter MP-4: The Manhattan Project and related nuclear research2
A modern interpretation of Newton's theorem of revolving orbits2
A simple electronic circuit demonstrating Hopf bifurcation for an advanced undergraduate laboratory2
On the bifurcation behavior of a folded notebook page2
A short pre-history of quantum gravity2
Elongation of a ferrofluid droplet near a permanent magnet: A tidal or magnetic energy effect?2
BOOK REVIEW2
BOOKS RECEIVED2
Erratum: “Advanced lab on Fresnel equations” [Am. J. Phys. 83, 935–941 (2015)]2
The force required to operate the plunger on a French press2
The Hohmann transfer as an application for teaching introductory physics2
Low-cost quadrature optical interferometer2
2024 AAPT award citations at the winter meeting in New Orleans, Louisiana2
Demonstrating two-particle interference with a one-dimensional delta potential well2
Outcomes of teaching physics using action-adventure scenarios with minimal direct instruction2
Electrostatic shape energy differences of one-dimensional line charges2
Using smartphone photographs of the Moon to acquaint students with non-Euclidean geometry2
A tabletop experiment for speed of light measurement using a Red Pitaya STEMlab board2
Implementing a course-based authentic learning experience with upper- and lower-division physics classes2
Resource Letter ALC-1: Advanced Laboratory Courses2
Scattering problems via real-time wave packet scattering1
Multivalued specific heat1
Numerical simulation of mirages above water bodies1
A course on climate change and sustainable building design1
Soil analysis using a 2″ NaI gamma detector1
Comment on “Avoid propagation of typos with numerical methods” [Am. J. Phys. 89(1), 9 (2021)]1
A simple treatment of the trolley paradox1
Breakdown of the connection between symmetries and conservation laws for semiholonomic systems1
Understanding exotic black hole orbits using effective potentials1
Metastable states in a 1D quantum system1
Cost-effective measurement of magnetostriction in nanoscale thin films through an optical cantilever displacement method1
In this issue: September 20241
In this issue: June 20211
Helping students apply superposition principle in problems involving spherical, cylindrical, and planar charge distributions1
In this issue: November 20221
In this issue: June 20241
An algebra and trigonometry-based proof of Kepler's first law1
Bose and the angular momentum of the photon1
2025 AAPT award citations at the winter meeting in St. Louis, Missouri1
Using a smartphone camera to explore ray optics beyond the thin lens equation1
Rubidium isotope shift measurement using noisy lasers1
Scattering shadows1
Labor-based grading practices in the physics classroom1
Resource Letter BP-1: Biological physics1
Special issue on teaching about the environment, sustainability, and climate change1
Design-oriented analysis1
Comment on “Spectral shifts in general relativity,” [Am. J. Phys. 62(10), 903–907 (1994)]1
In this issue: July 20231
Janus Point: A New Theory of Time1
The hardest-hit home run?1
Energy density of any capacitor or inductor1
Exploration of the Q factor for a parallel RLC circuit1
Phase plot of a gravity pendulum acquired via the MEMS gyroscope and magnetic field sensors of a smartphone1
Educational Shack–Hartmann wavefront sensor1
How the air slows a closing book1
What is a degree of freedom? Configuration spaces and their topology1
Virtual lab: Using spreadsheets to simulate experiments measuring viscosity, BJT NPN curves, and RL circuits1
Making squeezed-coherent states concrete by determining their wavefunction1
2022 AAPT award citations at the summer meeting in Grand Rapids, Michigan1
The drift motion of a spinning ball on carpet1
On viewing the Himalayas from the plains1
Space pirates: A pursuit curve problem involving retarded time1
Why the action?1
Concepts in Monte Carlo sampling1
Electromagnetic induction: How the “flux rule” has superseded Maxwell's general law1
An undergraduate physics experiment to measure the frequency-dependent impedance of inductors using an Anderson bridge1
Physics writing in the era of artificial intelligence1
Simple realization of the polytropic process with a finite-sized reservoir1
Theoretical and experimental examination of simple coaxial photonic crystals for undergraduate teaching1
Relativistic acceleration in noninertial frames of a line of objects1
The mass spectrum of quarkonium using matrix mechanics1
Modelling the Earth's magnetic field1
Fréedericksz transition on air1
A versatile Hong–Ou–Mandel interference experiment in optical fiber for the undergraduate laboratory1
Erratum: “A compact disc under skimming light rays” [Am. J. Phys. 86(3), 169 (2018)]1
Application of the Helfrich elasticity theory to the morphology of red blood cells1
Book review—Beyond Global Warming: How Numerical Models Revealed the Secrets of Climate Change1
Does active participation in a daily quiz (TOPday) improve long-term retention in biomechanics?1
Understanding two-dimensional tractor magnets: Theory and realizations1
Adiabatic invariance and its application to Wien's complete displacement law of blackbody radiation1
Single-, double-, and triple-slit diffraction of molecular matter waves1
Two-body bound states through Yukawa forces and perspectives on hydrogen and deuterium1
Sliding and rolling along circular tracks in a vertical plane1
2025 Melba Newell Phillips Medal award talk: Who's your wingman?1
Hyperbolic times in Minkowski space1
A Standard Model Workbook1
An alternative way to solve the small oscillations problem1
Effects of greenhouse gases on Earth, Venus, and Mars: Beyond the one-blanket model1
Comment on “Bouncing on a slope” [Am. J. Phys. 89, 143–146 (2021)]1
Conditional probability as found in nature: Facilitated diffusion1
J. Robert Oppenheimer, Physicist1
Exam problems that link physical concepts with electrical phenomena in living cells1
A wave packet approach to resonant scattering1
Williamson theorem in classical, quantum, and statistical physics1
Hanbury Brown and Twiss effect demonstrated for sound waves from a waterfall: An experimental, numerical, and analytical study1
Dynamics of a bouncing capsule: An impulse model vs a Hertzian model1
On the normalization and density of 1D scattering states1
Erratum: “Two and three particles interacting in a one-dimensional trap” [Am. J. Phys. 85, 769 (2017)]1
Fermilab humor1
On the Brownian motion of a colloid trapped in optical tweezers: Experiments and simulations1
The computer revolution in physics education? It's here!1
Erratum: “Fraunhofer diffraction by a thin wire and Babinet's principle” [Am. J. Phys. 73, 83–84 (2005)]1
Experimentation on stochastic trajectories: From Brownian motion to inertial confined dynamics1
Coupled oscillations of the Wilberforce pendulum unveiled by smartphones1
Elastic collisions on a simulated circular air track1
Predicting the axial deformation of an extensible garden hose when pressurized1
Paragliders' launch trajectory is universal1
Magnetic hyperfine interaction made easier1
Oblique collision of a soft rubber disk with a rigid surface1
Unveiling the interdisciplinary character of negative pressure1
Employing an operator form of the Rodrigues formula to calculate wavefunctions without differential equations1
Maxwell's color box: Retracing the path of color matching experiments1
The law of entropy increase for bodies in mutual thermal contact1
Splitting the second: Designing a physics course with an emphasis on timescales of ultrafast phenomena1
Entropy production diagrams1
Exploring complex pattern formation with convolutional neural networks1
The harmonic quantum Szilárd engine1
Simulating spin dynamics with quantum computers1
In this issue: August 20231
A simple setup for the determination of the cosmic muon magnetic moment1
Response to Rod Cross's Letter1
Quantum fields from dimensional analysis: Applications in condensed matter systems1
Measuring the speed of light using optical feedback from a picosecond diode laser1
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