Boundary conditions in the time independent Schrodinger equation

[@jozokukavica9814]

Thank you for these lectures, these are pure gold.

[@Max14163]

I would tend to think of these as continuity conditions rather than boundary conditions, like Dirichlet and Neumann. But I'm trying to figure out, and wonder if you would know, if you shoot an electron through a slot in a metallic screen, what kind of boundary condition does psi satisfy on the metal?

[@rajdeepnandi4346]

Thank you ❤❤❤❤❤❤

[@adrianschimmer8698]

legend

[@udaykiranbanoth1565]

Useful stuff

[@rio7858]

You're messing this lecture😬😬

[@Dyslexic-Artist-Theory-on-Time]

Do you think it is logical that if the future is unfolding relative to the atoms, if we look down at the individual atoms we will find probability? This is an invitation to see a theory on the nature of time! In this theory we have an emergent uncertain future continuously coming into existence relative to the spontaneous absorption and emission of photon energy. Within such a process the wave particle duality of light and matter in the form of electrons is forming a blank canvas that we can interact with forming the possible into the actual! The future is unfolding with each photon electron coupling or dipole moment relative to the atoms of the periodic table and the individual wavelengths of the electromagnetic spectrum. As part of a universal process of energy exchange that forms the ever changing world of our everyday life the ‘past’ has gone forever. At the smallest scale of this process the ‘past’ is represented by anti-matter annihilation with the symmetry between matter and anti-matter representing the symmetry between the future and the past as the future unfolds photon by photon. In such a theory the mathematics of quantum mechanics represents the physics of ‘time’ with the classical physics of Newton representing processes over a period of time, as in Newton’s differential equations. In my videos I explain how this process is relative to temperature and the phase changes of matter.

[@manishsingh-vk8if]

Seriously he confuses a lot. I am irritated.

[@Maxwell_Integral]

Ik it's been 4 years so you are most likely out of undergrad but what are you confused about? I'm finding the entire lecture to be very clear and very simple to understand