Roger And Ed In Chasing The Moon, Part 2

Secret information.

This is what the guys astronauts saw when they flew into orbit.

*music*

Photo in color.

How she looked into his eyes...

Jack Kennedy with his daughter Caroline - 1963

the main riddle.

why did I sing it?!?

HIER KOMMT DIE SONNE!!

SIE IST DER HELLSTE STERN VON ALLEN!!!

Darkness as a corrupting horror: oh cool

Blinding light as a corrupting horror: OOOOOOGGGGGHOODSHITOOHOOHOOHOOHEHEHE

Found this.

DA FASHUN

I don’t know if it’s about another person, BUT THESE INITIALS. GAWD I WANT THIS T-SHIRT BECAWSE I'M JUS'

Views of Earth and Intrepid, Apollo 12, 14 Nov 1969.

How the media depicts the Apollo 11 mission:

Actual quotes from the Apollo 11 mission:

This picture is so holy and gentle to me

April 4, 1968 | Dr. King used to say you have to be maladjusted to the problems, to the issues that you see around us. Robert Kennedy was maladjusted. Martin Luther King, Jr. was maladjusted. They had the ability to get in the way. Today we’re too quiet, we’re too silent. We need to find a way to push and pull, and disturb the sense of false peace, and the sense of false order that we have in our society today. I was there standing nearby when Robert Kennedy spoke those words. They were powerful then, and they’re still powerful today. No one had been able to capture the essence of what was happening in America like him. What he said was very much in keeping with the very philosophy and the discipline and nonviolence that was preached and taught by Martin Luther King, Jr. No one in America today is speaking the way Robert Kennedy spoke then. – Rep. John Lewis

Wally Schirra and Deke Slayton in Mercury Control during Gordon Cooper’s Mercury-Atlas 9 mission in May of 1963.

Spaghettification

Otherwise known as Tidal Disruption Events

Stars die in various ways, and at what point you consider death too could be argued. For example, when a star like our sun runs out of hydrogen fuel, we say it no longer is on the main sequence, it begins to collapse but will quickly reach the pressure needed to fuse the helium that had built up over the 10 billion odd years of fusing hydrogen. A 2nd life then occurs, as the now bloated star enters its red giant stage and for another billion years (maybe), fuses the helium. Eventually it runs out, and the collapse begins again, this time however the pressure inside won't kick off any fusion, it will crush down on the core, shed it's outer atmosphere as a planetary nebula and leave behind a white dwarf.

A white dwarf is classified as a degenerate star, it shines, although none are visible with the naked eye from Earth, many can be seen with average telescopes. The brightest of which happens to be Sirius B, which orbits the brightest star in our sky, Sirius A, that has an apparent magnitude of +8.5.

The star Sirius B though has halted fusing, it's a massive ball of Oxygen and Carbon at temperatures at the surface of 25,000'c (compared to 5,500'c on our Sun) and emits a lot of radiation, so in some ways it's still active even if all the processes that made it a living star haven't. The White dwarf will continue to burn but slowly lose it's energy. No white dwarf has yet reached it, but eventually they stop emitting and become a black dwarf, but the time it would take is longer than the universe has currently existed.

Other stars die slightly more dramatically, larger mass stars go supernova when the inevitable collapse occurs, but even they leave behind something, be it a neutron star or for the real large ones, a black hole.

And this brings us back to our tidal disruption events, as many large stars are in binary relationships with other stars, and their collapse into a black hole can have a profound impact on them.

A star that gets too close to a black hole won't just be pulled in, rather, it will slowly be ripped apart long before the remains of that star enter the black hole, causing a mass of radiation to be ejected as it does so.

As the star approaches the gravity of the black hole, the differential between the gravity on one side and the gravity on the other side, tears the star apart, stripping it of matter that then forms spaghetti like stings that are funnelled toward the black hole.

Until recently, all of this was theoretical, but a recent team of astronomers have for the first time detected the spaghetti wrapped around a black hole like a yarn of wool.

Source : https://scitechdaily.com/astronomers-see-first-hint-of-silhouette-of-star-spaghettified-by-black-hole/