Time independent Schrödinger Equation
... • Consider 2 identical particles: particle 1 in state 1 particle 2 in state 2 • The state could just as well be: particle 1 in state 2 particle 2 in state 1 • Thus the two particle wavefunction is ...
... • Consider 2 identical particles: particle 1 in state 1 particle 2 in state 2 • The state could just as well be: particle 1 in state 2 particle 2 in state 1 • Thus the two particle wavefunction is ...
24 Exploring the Quadratic Formula – Stations Objective: Do Now
... The graph of the related quadratic function dos not have an x-intercept – none The graph of the related quadratic function touches but does not cross the x –axis – one A quadratic equation has a discriminant equal to 0 – one Both a and b are greater than 0 and c is less than 0 in the quadratic equat ...
... The graph of the related quadratic function dos not have an x-intercept – none The graph of the related quadratic function touches but does not cross the x –axis – one A quadratic equation has a discriminant equal to 0 – one Both a and b are greater than 0 and c is less than 0 in the quadratic equat ...
Theoretical Chemistry
... A stationary state is very unique because of the specific form of its wave function Φ(q,t) = Ψ(q) exp(-i E t/ħ) Thus, in spite of a wave function being time ...
... A stationary state is very unique because of the specific form of its wave function Φ(q,t) = Ψ(q) exp(-i E t/ħ) Thus, in spite of a wave function being time ...
Chapter 1 Finite Difference Solution of Linear Second Order Elliptic
... As we discussed in the previous sections the finite difference solution of elliptic equations results in systems of linear algebraic equations. In one dimension with uniform step-size, the matrix Ah is a uniformly tridiagonal sparse symmetric matrix, while in two-dimension, albeit Ah is symmetric, t ...
... As we discussed in the previous sections the finite difference solution of elliptic equations results in systems of linear algebraic equations. In one dimension with uniform step-size, the matrix Ah is a uniformly tridiagonal sparse symmetric matrix, while in two-dimension, albeit Ah is symmetric, t ...
Quantum spin chains
... ground state ferromagnetic order is produced by J > 0. The ratio λ/J is the important parameter and we can study the problem as a function of chain length L and this ratio. We consider spin half systems on chains of length L with periodic boundary conditions. The Hilbert space of this many body prob ...
... ground state ferromagnetic order is produced by J > 0. The ratio λ/J is the important parameter and we can study the problem as a function of chain length L and this ratio. We consider spin half systems on chains of length L with periodic boundary conditions. The Hilbert space of this many body prob ...
THE WHOLE IS MORE THAN THE SUM OF ITS PARTS
... description. The phenomenon of electrons tunnelling between atoms gives rise, for example, to the covalent chemical bond that holds many molecules together. Diffraction: This is a wavelike phenomenon which sometimes causes fewer particles to reach a given point in space, when more paths to that poin ...
... description. The phenomenon of electrons tunnelling between atoms gives rise, for example, to the covalent chemical bond that holds many molecules together. Diffraction: This is a wavelike phenomenon which sometimes causes fewer particles to reach a given point in space, when more paths to that poin ...
