Griffiths QM 3.5.2 - Minimum Uncertainty Wave Packet

preview_player
Показать описание
Support me on Patreon so that I can upload more often.

Alternatively, donate to me on Venmo @Robin-Zhou-4
  1. Robin Zhou
Рекомендации по теме
Griffiths QM 3.5.2 0:08:48

Griffiths QM 3.5.2 - Minimum Uncertainty Wave Packet

GS 2.5 Griffiths 0:33:55

GS 2.5 Griffiths 3rd edition Chapter 2, problem 2.5

Griffiths QM Problem 0:49:42

Griffiths QM Problem 7.2 (3rd edition) Using Variational Principle for QHO with psi=1/(x^2 +b^2)

Griffiths QM Problem 0:29:10

Griffiths QM Problem 2.5: Expectation values and Uncertainty Principle for Infinite Square Well

SOLUTION to Griffiths 0:26:59

SOLUTION to Griffiths QM problem 6.19 (3rd edition) /6.21 (2nd edition): Zeeman effect for n=2

GS 4.30 Griffiths 0:14:06

GS 4.30 Griffiths 3rd edition Problem 4.30, related to the expectation values of Pauli spin matrices

Problem 2.3 | 0:05:35

Problem 2.3 | Introduction to Quantum Mechanics (Griffiths)

Pakistan education system 0:00:16

Pakistan education system what a beautiful environment WOW🤣🤣

GS 2.6 Griffiths 0:08:18

GS 2.6 Griffiths 3rd edition, chapter 2 problem 2.6

Griffiths QM Problem 0:31:31

Griffiths QM Problem 2.40

Griffiths QM Problem 0:05:34

Griffiths QM Problem 2.2

Griffiths QM problem 0:26:58

Griffiths QM problem 6.17 (3rd edition) 6.19 (2nd edition): Expand exact form of fine structure

Griffiths QM 2.3: 1:00:58

Griffiths QM 2.3: Harmonic Oscillator Part 2, Analytic Solution

Griffith Quantum Mechanics 0:14:28

Griffith Quantum Mechanics Solution 4.30 Spin Example

Jeff Bezos Quit 0:00:56

Jeff Bezos Quit Being A Physicist

Salsa Night in 0:00:14

Salsa Night in IIT Bombay #shorts #salsa #dance #iit #iitbombay #motivation #trending #viral #jee

Griffiths QM Problem 0:13:40

Griffiths QM Problem 3.20

Solution of Problem 0:19:48

Solution of Problem 2.5- Introduction of Quantum Mechanics by D.J Griffiths | Particle in Box

NEWYES Calculator VS 0:00:14

NEWYES Calculator VS Casio calculator

Griffiths QM Problem 0:34:04

Griffiths QM Problem 4.6: Deriving Orthonormality Relation for Legendre Polynomials

Griffiths QM problem 1:17:31

Griffiths QM problem 2.40 (3rd ed): Checking Uncertainty Principle for Traveling Wave Packet (HARD)

How much does 0:00:44

How much does a PHYSICS RESEARCHER make?

Griffiths QM Problem 0:40:24

Griffiths QM Problem 4.12 (3rd ed.) Radial Equation using Laguerre Polynomials and recursion

Griffiths Intro to 0:42:29

Griffiths Intro to QM 7.11 (3rd edition) solution: ground state energy of H using Ae^(-br^2)

Комментарии
Автор

Once the wave function is solved and we see that it is a Gaussian, we can somehow find the Eigen states that compose it, right? And from that (probability) distribution of Eigen states we can determine the standard deviation of measurements of x (i.e sigma_x)?

If some observable is determinate then sigma_q is zero, which means both sides of the uncertainty principle inequality must equal zero. Does that mean that all observables commute for such a state?

phillno