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- PHYS 101: Introduction to Physics
- PHYS 110: Mathematical Methods for Physics
- PHYS 201: Classical Mechanics
- PHYS 210: Waves and Oscillations
- PHYS 220: Thermodynamics and Statistical Mechanics
- PHYS 301: Electricity and Magnetism
- PHYS 310: Optics and Light
- PHYS 401: Special Relativity
- PHYS 410: Quantum Mechanics
- PHYS 501: Astrophysics and Cosmology
Thought Experiments
Recent News
- JWST spots lensing arcs in a distant cluster, hinting at early dark-matter concentration
- Criticality on Rényi Defects at $(2+1)\mathrm{D}$ O(3) Quantum Critical Points
- Testing superpositions of detector trajectories
- Quantum spectroscopy of optical near fields using low-energy free-electron Rabi oscillations in synthetic energy space
- Electronic states, spin-orbit coupling, and magnetism induced by ${60}^{∘}$ dislocations in germanium
- Finite temperature NLO corrections in relativistic scatterings: Implications for dark matter freeze-in
- Black hole–boson star binaries: Gravitational wave signals and tidal disruption
- Transduction-enabled superconducting quantum repeater: Toward deterministic entanglement distribution with high-fidelity gates
- Conformal prediction for uncertainties in the neutron star equation of state
- Observing micro-black-hole dark matter
- Distorting Kerr images with parity-odd scalar hair
- Constraints on ultralight axions from the DESI DR1 full shape, $Planck$, and ACT datasets
- Obstructions to traversable wormholes in Einstein-Dirac theory
- Fermi scale from quantum gravity scaling solution
- $\mathit{Abinitio}$ search for the precise location of an Fe atom in a $1{T}^{′}{\text{-WTe}}_{2}$ monolayer
- Nuclear Polarization by Intense Laser Pulses
- Production of global vortices with quantum mediation
- Past and future isotropization in $f(R)$ dark energy models
- Hidden integer quantum ferroelectricity in chiral tellurium
- Gauss-Bonnet theorem for quantum states: Gauss curvature and topology in the projective Hilbert space
Recent Blog Posts
- What Is Force?
- What Is the Standard Model of Particle Physics?
- What is Conservation of Momentum?
- How Do Stars Shine?
- How Do Scientists Use Computers to Simulate Physics?
- Why is the Speed of Light Constant?
- How Do We Know the Age of the Universe?
- How Does Dimensional Analysis Work?
- How Does the Doppler Effect Work?
- What is an Electric Field?
- What is the Photoelectric Effect?
- How Does an Optical Fiber Carry Information?
- What is Simple Harmonic Motion?
- How Do Magnets Work at the Atomic Level?
- What Does Entropy Really Mean?
- What is Polarization of Light?
- How Do Lenses Form Images?
- Understanding Chaos Theory
- Why Does Gravity Feel Different from Other Forces?
- What is Energy?