It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Originally posted by QuantumDeath
What happens when these black holes start to suck up everything in its path? Whats the cover-up going to be for "Entire neighborhood sucked up by mysterious black dot?"
Originally posted by thedeadtruth
I know where it is, and were it has been for at least 42 years ( possible with time travel yes ? )
It is in my mums washing machine. Keeps stealing my socks, but only 1 of them. ( It must be able to only absorb 50% of the surrounding mass. )
Originally posted by sockmonkeywrench
It is really saying something when a story, such as this one, is so bizarre that even ATS-ers can't stop joking around about it.
Just a thought, though... with all the talk of timeline shifts and such, could there be something to this? Maybe not an unaccounted-for black hole, per se, but some kind of distortion of timespace perception? It isn't a very comforting thought.
Originally posted by spirit_horse
The creator must look upon us wondering if we will ever learn that we were not designed to be playing with the building blocks and fabric of the universe. And then we created a nuclear weapon which upset all the alien civilizations a
Originally posted by thedeadtruth
I know where it is, and were it has been for at least 42 years ( possible with time travel yes ? )
It is in my mums washing machine. Keeps stealing my socks, but only 1 of them. ( It must be able to only absorb 50% of the surrounding mass. )
Hawkings eat your heart out.
Originally posted by np6888
IMO, a black hole is baryonic matter breaking down to non-baryonic or undetectable or "unconventional matter," or just simply energy. If we assumed that it's energy, then there are two types of energy, "one" that exerts a force on the space and objects around it, and one that does not. A black hole must belong to the former(and nuclear bomb's energy, that is the energy after detonation, to the latter.)
From there the antiprotons go into a "catching trap," where most of their remaining energy is absorbed and radiated away by electrons swirling in a magnetic field, lowering them to a temperature of about 15 degrees above absolute zero and speeds of a few hundred feet per second. Meanwhile, positrons from the decay of a form of radioactive sodium are separately slowed and accumulated. The two clouds of oppositely charged particles are then superimposed by adjusting electrical fields in a cylindrical "mixing trap" lined with detectors.
Once an antiproton and positron have joined forces, the resulting antihydrogen atom is electrically neutral and thus no longer caged by the electrical fields in the trap. "The atom drifts to where it wants to go," said Dr. Landua, namely the wall where its components will annihilate with their opposite numbers in a characteristic pattern: the antiproton into a spray of lighter particles called pions, and the positron producing a flash of gamma rays. The Athena team recorded this pattern 131 times and based on simulations, concluded that it had produced at least 50,000 antihydrogen atoms.
The Athena experimenters say they still know very little about their antihydrogen atoms. They say that in the spring, they hope to train a laser on the antihydrogen to make a preliminary measurement of the atom's spectrum so that it can be compared to regular hydrogen.
"Any measurement would be interesting because we know essentially nothing about it," Dr. Hangst said.
Physicists say they can effectively catch a light pulse in a bottle, hold onto it and release it, in an operation described as slowing light to a dead stop. It’s actually the information about the light wave that’s being captured, the researchers say, and such techniques could be applied to a future generation of quantum computers and ultrasecure communication devices.