lol you have issues

Thank you. That's been my pet peeve for DECADES. That phrase is not to be used unless we're actually talking about a different galaxy. I demand that everyone step back and look at the word 'interstellar'. It's far more accurate.

@@AlphaGeminorum1 totally agree!

Poor Karen 😂

​@@Nuggetsjourney44 Its a very important distinction nugetsfieldtrip44

And “inexorably”

They also say, "the," way too much.

@@belelokai3328 true that my friend 😊😊

That is a palpable statement...

What’s the original one?

Except the humans​@@Shadowkey392

Seconded.

And is poorly writen one. I lost count of how many times was " if someone can do it, it's You Marko", its such a narcisistic aprouch of that strory that this "Marko" have to be the greates scientist an Lider ever born, smh. It's just degrading the original story.

😢

@@UnknownZone. is it?

@@happychappy492 It's not, to the best of my knowledge. I think it's in the same story universe as "The Nature of Predators"

SMALL R THEN? ^^ OR TRANSLATION EFFECT; ITS TTS AA: SORRY FOR CAPSING

People tend to forget that there is no sound in space aside from the noise of one's own ship.

The story described the rematerilization of the ship before it disintegrated, so possibly a massive shockwave that warped the surrounding reality (leap of logic, I know)

"In space no one can hear you scream" is a bit of a simplification, based on the idea that space has no medium for sound to travel in. Which is true for sound we humans can hear. But while the particle density in space is very low, it is not zero. Which means: That medium can have pressure differentials - and thus "sound". Now: If pressure differentials travelling through a low density medium hit a higher density medium, they get dampened and distorted. Imagine yourself in a bath tub or pool, your ears under water. Now imagine someone outside the water yelling at you. They scream their lungs out, but you will barely hear them. That's because the sound waves in the air don't have enough power to generate waves of the same amplitude in the water. The inverse happens, when sound waves pass from a high density medium into a lower density medium: The amplitude in the lower density medium is much larger than the amplitude in the dense medium was. That's why bells are loud. Now the density difference between air and water is much smaller than the density difference between space and the interior of a space ship. Which means: A sound wave in the stellar medium needs to be VERY powerful to generate even a whisper inside the ship. And I'm talking several orders of magnitude beyond anything we can unleash (which includes hydrogen bombs - and they're loud enough to vaporize pretty much anything at close range). But an alien space-ship that generates enough power to blow up a moon with a single shot? If one of those blows up, the energy it unleashes might be enough to cause a shock-wave that compresses the stellar medium to the point its density is no longer "almost zero". If your space ship gets hit by a compressed pocket of gas moving at relativistic speeds, that's definitely going to make an audible noise inside the ship - provided there still is an "inside of the ship" that can be differentiated from the outside.

@@MrAranton Great explanation appreciated that

Thanks for the feedback!

lOVE FOR CERTAIN FORMS (eLDAR AND ARTSY TYPES); NOT BEING /having been HAVING BEEN A PURE STELLAR NAVE FOR LONG ENOUGH TO STOP EMERGENCY aERODYNAMICS 8NEW IN THE sPACEHOOD9; OR SIMPLY THE tYRANT COMMANDING WHAT SHAPES THEY WANT: cANT THINK OF ANOTHER REASON MYSELF: aS FOR THE SOUND. aRTISTIC LICENSE or THE DESINTEGRATING effect MAKES THE HIT SHIPS VIBRATE; HENCE THUNDER: bLAME THE CAPS TO MY DYING KEYBOARD PLEASE: HOPE I COUL D HELP: WILL EDIT WITH NEW KEYBOARD IIR

If they regularly enter a planet’s atmosphere?

Cause they look cool?

👊🏻