Відео

# Simple exercise of matplotlib-animation of Python. Source code GitHub github.com/marukatsutech/spherical_harmonics Files: * spherical_harmonics_fibonacci.py

# Simple exercise of matplotlib-animation of Python. Source code GitHub github.com/marukatsutech/wave_simulation Files: * wave_simulation_on_fibonacci_sphere.py

# Simple exercise of matplotlib-animation of Python. Source code GitHub github.com/marukatsutech/spherical_harmonics Files: * spherical_harmonics.py

# Simple exercise of matplotlib-animation of Python. Source code GitHub github.com/marukatsutech/quantum_interaction Files: * quantum_interaction.py

# Simple exercise of matplotlib-animation of Python. Source code GitHub github.com/marukatsutech/quantum_path_integral_2 Files: * quantum_path_integral_potential.py

# Simple exercise of matplotlib-animation of Python. Source code GitHub github.com/marukatsutech/spinning_top Files: * spinning_top.py

My argument in the last video was that light is a sphere spread out in Minkowski space. Light is one type of quantum called photon, and quantum and photon can be converted into each other through reactions such as pair annihilation and pair creation. If light can be represented as a sphere in Minkowski space, wouldn't it be possible to represent a quantum with mass like an electron as a light-s...

# Simple exercise of matplotlib-animation of Python. Source code GitHub github.com/marukatsutech/wave_simulation Files: * wave_simulation_cell.py

# Simple exercise of matplotlib-animation of Python. Source code GitHub github.com/marukatsutech/wave_simulation Files: * wave_simulation_detail.py

Simple exercise of matplotlib-animation of Python. # Source code GitHub github.com/marukatsutech/langtons_ant Files: *langtons_ant.py # Reference Wikipedia: Langton's ant en.wikipedia.org/wiki/Langton's_ant

#simple exercise of matplotlib-animation of Python. Source code GitHub github.com/marukatsutech/one_dimensional_cellular_automaton File: one_dimensional_cellular_automaton_with_dictionary.py Reference * Wikipedia: Cellular automaton en.wikipedia.org/wiki/Cellular_automaton

My argument in the last video was that light is a sphere spread out in Minkowski space. ua-cam.com/video/AwRgGn6AzzU/v-deo.html However, in reality, light is observed not as a surface but as a point. This time, we will consider the mechanism by which light spreading out as a sphere is observed at a single point. The points of the mechanism are Huygens-Fresnel principle and superposition of wave...

#Simple exercise of matplotlib-animation of Python. Source code GitHub github.com/marukatsutech/fractal_tree File: fractal_tree.py Reference * Wikipedia: Fractal canopy en.wikipedia.org/wiki/Fractal_canopy * Wikipedia: Turtle graphics en.wikipedia.org/wiki/Turtle_graphics * Turtle graphics - Python 3.10.5 documentation docs.python.org/3/library/turtle.html

#Simple exercise of matplotlib-animation of Python. Source code GitHub github.com/marukatsutech/wave_simulation File: wave_simulation_constraint.py

Python exercise - 35: Wave simulation 3d

Special relativity: Why is the speed of light constant?

# Python exercise - 33: Moiré pattern (interference fringes)

Python exercise - 32: Special relativity

Python exercise - 31: Doppler effect

Python exercise - 30: Quantum mechanics, path integral 2nd

Python exercise - 29: Hypotrochoid

Python exercise - 28: Epitrochoid, epicycloid

Python exercise - 27: Trochoid, cycloid

Python exercise - 26: Wave packet

Python exercise - 25: Quantum mechanics, path integral

How to make python matplotlib animations (Sample3)

How to make python matplotlib animations (Sample2)

How to make python matplotlib animations (Sample1)

Python exercise - 21: Wave simulation