Feynman's Path Integral Formulation of Quantum Mechanics

Delve into Richard Feynman's groundbreaking 1948 PhD thesis, 'Space-Time Approach to Quantum Mechanics,' where, as a 20-something graduate student, he introduced the path integral formulation. This innovative approach revolutionized quantum mechanics, offering an elegant mathematical technique to describe the time evolution of particles. Feynman's method considers all possible paths a particle could take, allowing a profound understanding of quantum probabilities. The formulation, rooted in probability amplitudes and the principle of least action, provides a bridge between classical and quantum worlds. Feynman's work not only reconciles with existing quantum theories but also lays the foundation for a more intuitive exploration of quantum processes.

[sazisodd]

the animation was really good, and the background music kept me engaged
and
PLEASE change that background LOL
the video was really well structured

Loved it, mate

[GoodSirHans]

"Amazing video! You did a fantastic job explaining Feynman's path integral formulation and its impact on quantum mechanics. It's clear you have a deep understanding of the subject, and your ability to convey these complex ideas so clearly is impressive. Keep up the great work – excited to see what topic you'll tackle next!"

[SampleroftheMultiverse]

U Model

Thanks for your well produced video
If you add all the possible wave functions together will in make a “U” shape wave or square wave function?
I have been trying to describe the “U” shape wave that is produced in my model.
The “U” shape wave is produced as the loading increases/ just before the wave function shifts to the next higher energy level.

Your viewers might be interested in watching the test video the model.
See the load verse deflection graph in white paper.