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Online resources

General physics

Introductory material for PH315

Prof. David MacKay's lecture at Harvard: https://www.youtube.com/watch?v=GFosQtEqzSE

Prof. David MacKay's book (free pdf download, option 1, free pdf download option 2)

How quantum mechanics explains global warming (TedEd talk): https://www.youtube.com/watch?v=-EJOO3xAjTk

Physical reasoning skills

Air moving along behind a car

Simple pendulum showing KE and potential energy graphs.

Sunlight hitting a satellite. Extraterristial solar spectrum from 280 nm - 4000 nm extraterr_solar.zip, original data source

Visualizing data in Matlab, tutorial on basic plotting techniques.

Solar Radiation Monitoring Station (SoRMS) at Humboldt State University, Arcata, California Jan 9th data, original data source

Solar data for Oregon: http://solardat.uoregon.edu/NorthwestSolarResourceMaps.html

Energy in car battery versus time car_battery_2.zip

Fuel level in race car fuel_data_smth.zip.

CO2 concentration in atmosphere co2-ppm.zip, original data source.

Temperature of coffee after it is poured in a cup coffee.zip

Thermal physics

Quantum mechanics

Quantum bound states

Leiden video of 2-slit interference

Video recording true single-photon double-slit interference

The double-slit wave interference experiment and single photons interfering with themselves: Youtube video (cheesy, but physics is correct).

Quantum key distribution. The video is a mash up of the BB84 algorithm (no entanglement is used for BB84) and E91 algorithm (uses entanglement and 3 measurement basis options). QKD is described fairly well on wikipedia. This report, section 2.3, also a has a good detailed description of the protocol.

Light-matter interactions

Electromagnetic wave animation.

Electromagnetic wave animation v2.

CO2 responds to light (linear),

CO2 responds to light (bend)

Simulation of wave interference for a 2-slit experiment

Oscillating charge generates electromagnetic radiation:

Blackbody spectrum: https://phet.colorado.edu/en/simulation/legacy/blackbody-spectrum

Radiative & convective cooling of humans: Even in the absence of wind, convection is an important mechanism in cooling the human body. Under such conditions, convection accounts for about 1/3 the thermal loss of the human body in cool, still air. As other thermal loss mechanisms grow in importance, such as forced convection and perspiration, radiation assumes a minor role in human thermal balance. This is consonant with the concept of “wind-chill” factor, which accounts for the enhanced sensation of cold when it is windy. These conclusions are only weakly dependent on the assumed temperature of clothing or skin, which is only estimated rather crudely.

Climate change

Chapter 4 of Archer's text book “Greenhouse gases” (free download)

Chicago model: http://climatemodels.uchicago.edu/modtran/

Berkeley earth temperature anomaly video: https://www.youtube.com/watch?v=DHKGbxfiJ-k

Berkeley earth graphs: http://berkeleyearth.org/summary-of-findings/

Differential equations with boundary conditions

Semiconductors and Photovoltaics

Veritasium "How a transistor works"

TED-Ed "How a solar cell works"

Online textbook describing the physics principles behind solar photovoltaics: http://pveducation.org/

Solar Radiation Monitoring Station (SoRMS) at Humboldt State University, Arcata, California Jan 9th data, original data source

Solar data for Oregon: http://solardat.uoregon.edu/NorthwestSolarResourceMaps.html

Wind energy

Batteries

Labs

Nuclear

Satire

From the channel “Veritasium” by Derek Muller (Physics PhD 2008)

From the channels “MinutePhysics” and “MinuteEarth” by Henry Reich (Masters Degree in Physics)

MacGyver “experiments”

Aerodynamics

Music

Spectrograms shown in class

Animation of standing waves in a pipe (pressure and velocity)

Bugle plays taps: https://www.youtube.com/watch?v=2yQFvZsN43A

Mathematica

wiki/internet_resources.txt · Last modified: 2019/10/28 15:14 by ethanminot