Professor M does Science | Expectation values in quantum mechanics @ProfessorMdoesScience | Uploaded December 2020 | Updated October 2024, 3 hours ago.
๐ป Book a 1:1 session: docs.google.com/forms/d/e/1FAIpQLScUL187erItvC7GPnNU2pelsueyVFr94nRq2A5Eq2aVRdGiIQ/viewform?pli=1
๐ In quantum mechanics, the possible outcomes of a measurement are associated with a probability distribution. In this video we learn how to characterize probability distributions in quantum mechanics using two simple concepts from probability theory: expectation values and root mean square deviations. These two quantities are extremely useful in many areas, including the famous Heisenberg uncertainty principle.
๐ฆ Follow me on Twitter: twitter.com/ProfMScience
โฎ๏ธ BACKGROUND
Measurements || Concepts: youtu.be/u1R3kRWh1ek
Measurements || Maths: youtu.be/odLwUXKY0Js
โญ๏ธ WHAT NEXT?
Heisenberg uncertainty principle || Deep dive: youtu.be/pfjQtyLBBHw
Heisenberg uncertainty principle || Proof: youtu.be/fsC5Mhd7YUc
~
Director and writer: BM
Producer and designer: MC
๐ป Book a 1:1 session: docs.google.com/forms/d/e/1FAIpQLScUL187erItvC7GPnNU2pelsueyVFr94nRq2A5Eq2aVRdGiIQ/viewform?pli=1
๐ In quantum mechanics, the possible outcomes of a measurement are associated with a probability distribution. In this video we learn how to characterize probability distributions in quantum mechanics using two simple concepts from probability theory: expectation values and root mean square deviations. These two quantities are extremely useful in many areas, including the famous Heisenberg uncertainty principle.
๐ฆ Follow me on Twitter: twitter.com/ProfMScience
โฎ๏ธ BACKGROUND
Measurements || Concepts: youtu.be/u1R3kRWh1ek
Measurements || Maths: youtu.be/odLwUXKY0Js
โญ๏ธ WHAT NEXT?
Heisenberg uncertainty principle || Deep dive: youtu.be/pfjQtyLBBHw
Heisenberg uncertainty principle || Proof: youtu.be/fsC5Mhd7YUc
~
Director and writer: BM
Producer and designer: MC