Interesting Unrealistic Facts about TPT
-
No, I'm not going to be rambling why everything is unrealistic, just some interesting facts that SHOULD be true.
1. Every single one layer pixel of ANY element is one sixth of the density of the Sun.
How?
Bhol is created once there are 6 layers. IRL blackholes are made from collapsing suns. Therefore, everythin gis one sixth of the density of the sun, which is pretty crazy. Also the same weight, as far as I know. So in this case, weight DOES equal mass.
2. Each pixel is one third of the distance covered by light in a second (about 99 million meters per second, or 99,000,000 m/s) squared.
Why?
Phot moves 3 pixels, and phot=light as far as I know. Since phot moves the distance in the four sides of a square, every pixel is 99,000,000 meters squared.
(2. is currently being thought over, might not be true.)
Each pixel is actually unmeasurable because a frame does not equal a second, and depending on how good your computer is fps can increase or decrease. Therefore, we can't calculate how many frames are in a second in a way that will ALWAYS work, so distance/area is incalcuable. (Real word?)Edited once by Schneumer. Last: 25th Feb 2014 -
Weight does not equal mass, not at all.
Black holes can be created from anything sufficiently dense, its just that large enough suns tend to create black holes upon their death.
Each frame is actually an entire year, ergo, everything is moving incredibly slow.
-
wow... STKM must get SOOO OLD
-
Well yes in this case, because all the elements make bhol at the same density, they must all weigh the same as well. I know mass is not the same, which is why i said "in this case".
Actually no. 2 is entirely wrong.
Edit: Let's be honest, that plnt right there still needs to be a dense as hell if stars are the only known things that make black holes (...right?), or anything super dense. Even if you don't need that kind of density, why only stars? You still probably need to be extremely dense.
Edited once by Schneumer. Last: 25th Feb 2014 -
Well, the thing about very large stars is that when they die, they explode. In the process, the core is compressed inwards by the blast to the densities needed for black hole formation. Slightly lighter stars undergo the same process, but are not massive enough to generate the needed densities, so a neutron star is created instead.
-
Oh, so everything is even more dense than I thought.
Get your super dense plant today! Free on TPT (that rhymed )_)
Oh, now I realize that what I meant was not weight=mass, it's that everything weighs the same in TPT because all elements make bhol at the same layer. Sorry.
Edited once by Schneumer. Last: 25th Feb 2014 -
Uhm, no, planets are not the only known thing to create black holes:
http://news.discovery.com/space/the-lhc-black-hole-no-braner.htm
We can (and do) create micro black holes in labs, they just die immediatly as they cannot sustain themself (I am not sure if this is from the hawkings radiation effect working faster on smaller massed black holes, or for some other reason).
-
i said plant
-
because it cannot sustain its balance of DENSITY with MASS GRAVITY.
look, to sustain such density, you need very much gravity, and for it you need mass.
everything is random.
-
actually large stars do not 'explode and for black holes' either they explode to create nebulae and a neutron star or they perform gravitational collapse, become super-dense and eventually become black holes. If a star super-nova'd then it would not have the critical mass (and therefore density) to collapse down into a black hole.
Edit: and what is hazard talking about, mass gravity?! what? All of the energy inside a micro (quantum) black hole is emmited by hawking radiation, this is why it collapses. Not because mass gravity(?) needs a balace with density. Who taught you science?
Edited once by edza101. Last: 25th Feb 2014
