Manual The Fragmenting Universe

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Figure 03 Extra-dimension [view large image]. At detectable limit in the 's. The limit is down to 4. Experiments in 's seem to rule out curled-up size larger than 4. Thus, a black hole can be created with such energy packed into the corresponding length scale. Such mini black hole will evaporate in 10 seconds, losing most of its mass by Hawking radiation. It is estimated that the final burst should radiate a large number of particles in all directions with very high energies.

The decay products include all the particle species in nature. The LHC could provide the first evidence for Hawking radiation from such signatures of the black holes. Figure 04a depicts the simulated decay of a black hole inside a particle detector. From the center of the accelerator pipe black circle emerge particles spokes registered by layers of detectors concentric colored rings.

The sequence from birth to death of a mini black hole with an initial mass of 10 Tev is shown schematically in Figure 04b. It is created by the collision of two energetic particles a.

The scenario suggests that it will emit gravitational and electromagnetic waves as it settles. Figure 04a Black Hole, Simulation [view large image]. It becomes an almost featureless body, characterized solely by charge, spin and mass b. Even the charge quickly leaks away as the black hole gives off charged particles.

Fragmentation | Ridhwan

At first, the black hole emission comes at the expense of spin c , so it slows down and. Finally, the mass bursts away in the form of radiation and massive particles e. The remnant of the black hole approaches the Planck mass and disappears into nothingness. Figure 04b Black Hole, Evaporation [view large image]. There were many people who worried about the Earth devoured by a black hole created within the LHC Figure 04c.

Starts With A Bang!

Straight forward calculation shows that no black hole would be created by the maximum collision energy of 14 Tev. However, if the universe does possess extra-dimensions as predicted by the theory of superstring, black holes will be materialized depending on the number of extra-dimensions. Even then such miniature black holes will evaporate long before. Following is a more quantitative analysis to supplement the assurance of safety provided by so many physicists.

Superstring theory predicts the universe has ten or eleven dimensions. Why don't we see these extra dimensions? Institutional Login. Log in to Wiley Online Library. Purchase Instant Access. View Preview.

Learn more Check out. ABSTRACT We introduce a prescription for the luminosity from accreting protostars into smoothed particle hydrodynamics simulation and apply the method to simulations of five primordial minihaloes generated from cosmological initial conditions.

For The First Time, We're Close to Seeing Supermassive Stars From The Early Universe

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Universe Sandbox 2 -MOONS KILLED EARTH

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We may soon be able to see the first supergiant stars in the universe

New Password. We need to talk about the dark ages. No, not those dark ages after the fall of the western Roman Empire. The cosmological dark ages. The time in our Universe, billions of years ago, before the formation of the first stars. And we need to talk about the cosmic dawn: the birth of those first stars, a tumultuous epoch that completely reshaped the face the cosmos into its modern form. Those first stars may have been completely unlike anything we see in the present Universe.

And we may, if we're lucky, be on the cusp of seeing them for the first time. We all know by now how black holes come to be. A giant star, somewhere north of eight times the mass of our Sun, lives its brief but predictable life, fusing hydrogen into helium. Then it runs out of hydrogen and starts fusing helium. Then it runs out of helium and starts burning heavier stuff, making its way up the periodic table until it hits iron.

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Fusing iron sucks energy instead of releasing energy, and so nothing can stop the terrible gravitational collapse of the star. Everything gets squeezed down into a tiny volume, and now you have a black hole. Over time that black hole can meet and consume other black holes, or just suckle on the surrounding interstellar material, increasing in beefiness all the while.

Given enough time and enough food, the black hole can swell to become a giant — a supermassive giant.