Modeling and Experimental Tools with Prof. Magnes
Ideal for getting ideas and feedback on upper level physics tools.
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Computational Physics
Michael C.
Sara
Melanie
Lauren O.
Lauren D.
Kyle
Katharine S.
Jay
Isabel
Evan
Bailey
Alex B.
Shi Shi
Alex B.
Past Posts
Diffraction Modeling
Holography
Scattering Models
Photobleaching of Methylene Blue
Modeling the Potential Barrier in the Esaki Diode
QUANTUM SHOT NOISE
Quantum Companion: Introduction of topics through accessible programming-d
Quantum Key Distribution: Methods, Mechanics, and Development
A Tale of Two Photons: Quantum Entanglement in Vassar’s Physics Labs
Modelling Quantum Tunneling Rates for the First Step in the Proton-Proton Chain Across Stellar Spectral Type
Escape the Potential: A Quantum Mechanics Board Game
Observing Quantum Entanglement Through Spontaneous Parametric Downconversion
Fundamental Rovibrational Spectrum of CO
Escape the Potential: A Board Game Approach to Teaching High School Students
Lesson Guide: Quantum Superposition in Triple-Slit Diffraction Experiments
Advanced Electromagnetism (Phys 341)
Electric Eel
Electrochormism
Geographic Constraints of Antenna’s
Induction Heating
Super Capacitors
Magnetic Field of the Sun
Electric Eel
Life on Europa!
Electrochormism
Geographic Constraints of Antenna’s
Modeling Antennas
Salinity
Modeling Dipoles
Electro Optic Modulation (EOM)
Liquid Crystal (LCD) and other Displays
Magnetic Train
Mathematica Brain
I hope I could install Mathematica in my brain.
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