1 On the derivation of wave function reduction from Schrödinger`s
... Organization and its mathematical framework The notion of organization is wide and well known, but it will be convenient to recall its meaning on a simple example, such as an ordinary mechanical clock. It is made of various pieces, wheels, springs, hands and so on, which can be distinguished by a la ...
... Organization and its mathematical framework The notion of organization is wide and well known, but it will be convenient to recall its meaning on a simple example, such as an ordinary mechanical clock. It is made of various pieces, wheels, springs, hands and so on, which can be distinguished by a la ...
Charged null fluid and the weak energy condition
... in k" itself. A close inspection of the EOM at r = r, reveals that it has a critical point there, and just reads O = 0. Mathematically, there are two possible ways to continue the orbit there: it can either continue on its original ingoing null direction, or switch to the outgoing one. Which of the ...
... in k" itself. A close inspection of the EOM at r = r, reveals that it has a critical point there, and just reads O = 0. Mathematically, there are two possible ways to continue the orbit there: it can either continue on its original ingoing null direction, or switch to the outgoing one. Which of the ...
spin-up
... Conserved quantities – why we need them and how we find them In an ideal world in which we can write down the equations for all of the fundamental forces in all circumstances and calculate that, eg e 0. We don't have such a theory so we need conserved quantities/conservation law ...
... Conserved quantities – why we need them and how we find them In an ideal world in which we can write down the equations for all of the fundamental forces in all circumstances and calculate that, eg e 0. We don't have such a theory so we need conserved quantities/conservation law ...
Time propagation of extreme two-electron wavefunctions F Robicheaux
... region would need to cover a few 1000 Bohr radii and could need individual angular momentum of 40 or higher. This problem poses difficulties for the methods above because of the large spatial region and large number of angular momenta and because the amount of time needed for the simulation is ∼106 ...
... region would need to cover a few 1000 Bohr radii and could need individual angular momentum of 40 or higher. This problem poses difficulties for the methods above because of the large spatial region and large number of angular momenta and because the amount of time needed for the simulation is ∼106 ...
