import 4.code.about;

class Header {

public void title() {

String fullTitle = '/sci/';
}

public void menu();

public void board();

public void goToBottom();

}
class Thread extends Board {
public void undefined(OP Anonymous) {

String fullTitle = 'undefined';
int postNumber = 16141170;
String image = '1713821548490273.jpg';
String date = '04/22/24(Mon)17:32:28';
String comment = 'is there a limit for frequency?';

}
public void comments() {
if(Anonymous && title=='undefined' && postNumber==16141171 && dateTime=='04/22/24(Mon)17:33:45') {

'>>16141170
ye planck. but it's fucking high'
;

}

if(Anonymous && title=='undefined' && postNumber==16141216 && dateTime=='04/22/24(Mon)18:04:40') {

'It starts over at what we perceive as a low frequency when it exceeds a certain limit';

}

if(Anonymous && title=='undefined' && postNumber==16141277 && dateTime=='04/22/24(Mon)18:41:40') {

'>>16141216
What is the effect called where you perceive a lower frequency rotation of a wheel or fan again?'
;

}

if(Anonymous && title=='undefined' && postNumber==16141280 && dateTime=='04/22/24(Mon)18:44:02') {

'>>16141277
Nyquist effect/theorem basically you want to sample at least two times as often as the highest frequency that you measure'
;

}

if(Anonymous && title=='undefined' && postNumber==16141288 && dateTime=='04/22/24(Mon)18:51:56') {

'>>16141280
That's the one, thank you'
;

}

if(Anonymous && title=='undefined' && postNumber==16141329 && dateTime=='04/22/24(Mon)19:19:42') {

'0';

}

if(Anonymous && title=='undefined' && postNumber==16141330 && dateTime=='04/22/24(Mon)19:21:30') {

'>>16141329
Like I said, a circle.'
;

}

if(Anonymous && title=='undefined' && postNumber==16141334 && dateTime=='04/22/24(Mon)19:28:26') {

'close to Planck wavelength you get energies in the range of 10^13 PeV while the highest energy photon we detected is about 1.4 PeV';

}

if(Anonymous && title=='undefined' && postNumber==16141539 && dateTime=='04/22/24(Mon)23:06:26') {

'>>16141330
No, I meant 0 is a limit of unsigned frequency.'
;

}

if(Anonymous && title=='undefined' && postNumber==16141540 && dateTime=='04/22/24(Mon)23:10:24') {

'I hit the limit for jerking off at about 14 times in a day.';

}

if(Anonymous && title=='undefined' && postNumber==16141699 && dateTime=='04/23/24(Tue)02:10:07') {

'>>16141540
That's not the limit, lmao. Also, careful. You can get lymphangiosclerosis that way.'
;

}

if(Anonymous && title=='undefined' && postNumber==16143101 && dateTime=='04/23/24(Tue)22:09:16') {

'>>16141170
something to do with the planck length probably idk'
;

}

if(Anonymous && title=='undefined' && postNumber==16143127 && dateTime=='04/23/24(Tue)22:41:54') {

'>>16141170
I'd guess so, wouldn't an infinitely fast frequency require infinte energy?'
;

}

if(Anonymous && title=='undefined' && postNumber==16143314 && dateTime=='04/24/24(Wed)01:01:59') {

'>>16141280
>what is this, a sample rate for ants?
>it needs to be at least... two times bigger'
;

}

if(Anonymous && title=='undefined' && postNumber==16143497 && dateTime=='04/24/24(Wed)04:19:48'  && image=='1688241251900573.png') {

'>>16143314
What's the frequency of an ant?'
;

}

}
}