four.code

class Thread extends Board {

public void undefined(OP Anonymous) {

String fullTitle = 'undefined';
int postNumber = 16147136;
String image = '1714153124465880.png';
String date = '04/26/24(Fri)13:38:44';
String comment = 'what is a hermitian operator';

}

public void comments() {

if(Anonymous && title=='undefined' && postNumber==16147141 && dateTime=='04/26/24(Fri)13:43:36') {

'>>16147136
it's over ngmi';

}

if(Anonymous && title=='undefined' && postNumber==16147185 && dateTime=='04/26/24(Fri)14:08:25') {

'>>16147136
An operator whose complex conjugate is itself.';

}

if(Anonymous && title=='undefined' && postNumber==16147320 && dateTime=='04/26/24(Fri)16:16:56') {

'>>16147136
An operator which only has real eigenvalues';

}

if(Anonymous && title=='undefined' && postNumber==16147365 && dateTime=='04/26/24(Fri)16:47:47') {

'>>16147320
So
( 1 2 )
( 0 3 )
is Hermitian?';

}

if(Anonymous && title=='undefined' && postNumber==16147378 && dateTime=='04/26/24(Fri)17:05:29') {

'>>16147136
It's just a quantum Hamiltonian, silly';

}

if(Anonymous && title=='undefined' && postNumber==16147380 && dateTime=='04/26/24(Fri)17:09:54') {

'>>16147136
something that generates a one-parameter semigroup of unitary operators';

}

if(Anonymous && title=='undefined' && postNumber==16147405 && dateTime=='04/26/24(Fri)17:30:21') {

'isaac newton
easy';

}

if(Anonymous && title=='undefined' && postNumber==16147467 && dateTime=='04/26/24(Fri)18:14:20') {

'>>16147380
That's skew-Hermitians';

}

if(Anonymous && title=='undefined' && postNumber==16147516 && dateTime=='04/26/24(Fri)18:55:00') {

'>>16147136
A forklift operator immigrant from the democratic republic of Hermitia.';

}

if(Anonymous && title=='undefined' && postNumber==16148732 && dateTime=='04/27/24(Sat)14:27:12') {

'A Gifted, Like You Should Be and Be Doing';

}

if(Anonymous && title=='undefined' && postNumber==16149614 && dateTime=='04/28/24(Sun)04:36:02') {

'not the same as a self-adjoint operator';

}

class Navigation {

}