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supplemental-material
The following pages provide supplemental material for PHYS 211 and PHYS 334:
cool_people_who_did_cool_things
alice-armstrong
elda-emma-anderson
geertrudia_de_hass-lorentz
nina-byers
tina-asatiani
fun
bad_graphs
good_graphs
laboratory-safety
gamma_source_dose_rates
radioactive_material_and_radiation_safety
physics-and-mathematics-references
fringe_counting
fundamental_physical_constants
hyperfine-spectroscopy
doppler-free-saturated-absorption-spectroscopy
hyperfine_splitting_in_rb
thermal_doppler_broadening
interactions_of_photons_with_matter
least_squares_fitting
linear_attenuation_coefficient_plots
nai_detector_physics_and_pulse_height_spectra
nuclear_decay_schemes
poisson_statistics
review_of_uncertainties
solid_state_physics
spectroscopic_notation
toptica_diode_laser
weighted_mean_and_uncertainty
x_ray_absorption_and_emission_energies
programming
an_introduction_to_python
numpy_cheatsheet
python_faqs_and_common_problems
python_with_monty
reports-presentations-and-notebooks
drawing_conclusions
keeping_a_lab_notebook
latex_formatting
oral_presentation_style_guide_phys_334
report_style_guide_phys_334
style_guide_phys_211
uncertainty_analysis_and_significant_digits
uncertainty_analysis_introductory_labs
university_of_chicago_plagiarism_guidelines
writing_an_abstract
simulations
detector_monte_carlo
electromagnetic_wave_radiation_simulation
systematic_and_statistical_uncertainties_simulation
software-and-equipment
50_ohm_terminator
hyperfine-spectroscopy
optical_components
spectech_spectrometers_and_software
ai-usage-policy-intro-labs
