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- Timeline TWD Universe : r/thewalkingdead - Reddit
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- A thought-out, complete timeline of the Marvel Cinematic …
Timeline of the universe GudangMovies21 Rebahinxxi LK21
The timeline of the universe begins with the Big Bang, 13.799 ± 0.021 billion years ago, and follows the formation and subsequent evolution of the Universe up to the present day.
Each era or age of the universe begins with an "epoch", a time of significant change. Times on this list are relative to the moment of the Big Bang.
First 20 minutes
= Planck epoch
=c. 0 seconds (13.799 ± 0.021 Gya): Planck epoch begins: Big Bang occurs in which ordinary space and time develop out of a primeval state described by a quantum theory of gravity or "Theory of everything". All matter and energy of the universe is contained in a hot, dense point (gravitational singularity)
= Grand unification epoch
=c. 10−43 seconds: Gravity separates and begins operating on the universe—the remaining fundamental forces stabilize into the electronuclear force, also known as the Grand Unified Force or Grand Unified Theory (GUT), mediated by (the hypothetical) X and Y bosons which allow early matter at this stage to fluctuate between baryon and lepton states.
= Inflation
=c. 10−35 seconds: inflation, expands the universe by a factor of the order of 1026 over a time of the order of 10−33 to 10−32 seconds. The universe is supercooled from about 1027 down to 1022 kelvin.
c. 10−32 seconds: Cosmic inflation ends.: 193 The familiar elementary particles now form as a soup of hot ionized gas called quark–gluon plasma;
= Quark epoch
=c. 10−12 seconds: Electroweak phase transition: The weak nuclear force is now a short-range force as it separates from electromagnetic force, so matter particles can acquire mass and interact with the Higgs Field. The quark–gluon plasma persists (Quark epoch). The universe cools to 1015 kelvin.
= Quark-hadron transition
=c. 10−6 seconds: As the universe cools to about 1010 kelvin, a quark-hadron transition takes place in which quarks become confined in more complex particles—hadrons.: 305
= Lepton epoch
=c. 1 second: Lepton epoch begins: The universe cools to 109 kelvin. At this temperature, the hadrons and antihadrons annihilate each other, leaving behind leptons and antileptons – possible disappearance of antiquarks. Gravity governs the expansion of the universe: neutrinos decouple from matter creating a cosmic neutrino background.
= Photon epoch
=c. 10 seconds: Photon epoch begins: Most leptons and antileptons annihilate each other. As electrons and positrons annihilate, a small number of unmatched electrons are left over – disappearance of the positrons.
c. 10 seconds: Universe dominated by photons of radiation – ordinary matter particles are coupled to light and radiation.
c. 3 minutes: Primordial nucleosynthesis: nuclear fusion begins as lithium and heavy hydrogen (deuterium) and helium nuclei form from protons and neutrons.
c. 20 minutes: Primordial nucleosynthesis ceases
Matter era
= Matter and radiation equivalence
=c. 47,000 years (z = 3600): Matter and radiation equivalence
c. 70,000 years: As the temperature falls, gravity overcomes pressure allowing first aggregates of matter to form.
= Cosmic Dark Age
=c. 370,000 years (z = 1,100): The "Dark Ages" is the period between decoupling, when the universe first becomes transparent, until the formation of the first stars. Recombination: electrons combine with nuclei to form atoms, mostly hydrogen and helium. Ordinary matter particles decouple from radiation. The photons present during the decoupling are the same photons seen in the cosmic microwave background (CMB) radiation.
c. 10–17 million years: The "Dark Ages" span a period during which the temperature of cosmic microwave background radiation cooled from some 4,000 K (3,730 °C; 6,740 °F) down to about 60 K (−213.2 °C; −351.7 °F).
= Reionization
=c. 100 million years: Gravitational collapse: ordinary matter particles fall into the structures created by dark matter. Reionization begins: smaller (stars) and larger non-linear structures (quasars) begin to take shape – their ultraviolet light ionizes remaining neutral gas.
200–300 million years: First stars begin to shine: Because many are Population III stars (some Population II stars are accounted for at this time) they are much bigger and hotter and their life cycle is fairly short. Unlike later generations of stars, these stars are metal free. Reionization begins, with the absorption of certain wavelengths of light by neutral hydrogen creating Gunn–Peterson troughs. The resulting ionized gas (especially free electrons) in the intergalactic medium causes some scattering of light, but with much lower opacity than before recombination due the expansion of the universe and clumping of gas into galaxies.
200 million years: The oldest-known star (confirmed) – SMSS J031300.36−670839.3, forms.
300 million years: First large-scale astronomical objects, protogalaxies and quasars may have begun forming. As Population III stars continue to burn, stellar nucleosynthesis operates – stars burn mainly by fusing hydrogen to produce more helium in what is referred to as the main sequence. Over time these stars are forced to fuse helium to produce carbon, oxygen, silicon and other heavy elements up to iron on the periodic table. These elements, when seeded into neighbouring gas clouds by supernova, will lead to the formation of more Population II stars (metal poor) and gas giants.
320 million years (z = 13.3): HD1, the oldest-known spectroscopically-confirmed galaxy, forms.
380 million years: UDFj-39546284 forms, current record holder for unconfirmed oldest-known quasar.
600 million years: HE 1523-0901, the oldest star found producing neutron capture elements forms, marking a new point in ability to detect stars with a telescope.
630 million years (z = 8.2): GRB 090423, the oldest gamma-ray burst recorded suggests that supernovas may have happened very early on in the evolution of the Universe
= Galaxy epoch
=< 1 billion years, (13 Gya): first stars in the central bar portion of the Milky Way are born,
2.6 billion years (11 Gya): first stars in the thick disk region of the Milky Way are formed.
4 billion years (10 Gya): Gaia Enceladus merges into Milky Way.
5 or 6 billion years, (8 or 9 Gya): first stars in the thin disk region of the Milky Way are formed.
= Acceleration
=8.8 billion years (5 Gya, z = 0.5): Acceleration: dark-energy dominated era begins, following the matter-dominated era during which cosmic expansion was slowing down.
Epochs of the formation of the Solar System
9.2 billion years (4.6–4.57 Gya): Primal supernova, possibly triggers the formation of The Solar System.
9.2318 billion years (4.5682 Gya): Sun forms – Planetary nebula begins accretion of planets.
9.23283 billion years (4.56717–4.55717 Gya): Four Jovian planets (Jupiter, Saturn, Uranus, Neptune) evolve around the Sun.
9.257 billion years (4.543–4.5 Gya): Solar System of Eight planets, four terrestrial (Mercury, Venus, Earth, Mars) evolve around the Sun. Because of accretion many smaller planets form orbits around the proto-Sun some with conflicting orbits – early heavy bombardment begins. A large planetoid strikes Mercury, stripping it of outer envelope of original crust and mantle, leaving the planet's core exposed – Mercury's iron content is notably high.
9.266 billion years (4.533 Gya): Formation of Earth-Moon system following giant impact by hypothetical planetoid Theia (planet). Moon's gravitational pull helps stabilize Earth's fluctuating axis of rotation.
9.271 billion years (4.529 Gya): Major collision with a pluto-sized planetoid establishes the Martian dichotomy on Mars
9.3 billion years (4.5 Gya): Sun becomes a main sequence yellow star: formation of the Oort cloud and Kuiper belt
9.396 billion years (4.404 Gya): Liquid water may have existed on the surface of the Earth
9.7 billion years (4.1 Gya): Resonance in Jupiter and Saturn's orbits moves Neptune out into the Kuiper belt causing a disruption among asteroids and comets there. As a result, Late Heavy Bombardment batters the inner Solar System. Meteorite impact creates the Hellas Planitia on Mars, the largest unambiguous structure on the planet.
10.4 billion years (3.5 Gya): Earliest fossil traces of life on Earth (stromatolites)
10.6 billion years (3.2 Gya): Martian climate thins to its present density: groundwater stored in upper crust (megaregolith) begins to freeze, forming thick cryosphere overlying deeper zone of liquid water – dry ices composed of frozen carbon dioxide form
10.8 billion years (3 Gya): Beethoven Basin forms on Mercury – unlike many basins of similar size on the Moon, Beethoven is not multi ringed and ejecta buries crater rim and is barely visible
11.6 billion years (2.2 Gya): Last great tectonic period in Martian geologic history: Valles Marineris, largest canyon complex in the Solar System, forms – although some suggestions of thermokarst activity or even water erosion, it is suggested Valles Marineris is rift fault.
Recent history
11.8 billion years (2 Gya): Olympus Mons, the largest volcano in the Solar System, is formed
12.1 billion years (1.7 Gya): Sagittarius Dwarf Spheroidal Galaxy captured into an orbit around Milky Way Galaxy
12.7 billion years (1.1 Gya): Copernican Period begins on Moon: defined by impact craters that possess bright optically immature ray systems
12.8 billion years (1 Gya): Interactions between Andromeda and its companion galaxies Messier 32 and Messier 110. Galaxy collision with Messier 82 forms its patterned spiral disc: galaxy interactions between NGC 3077 and Messier 81; Saturn's moon Titan begins evolving the recognisable surface features that include rivers, lakes, and deltas
13 billion years (800 Mya): Copernicus (lunar crater) forms from the impact on the Lunar surface in the area of Oceanus Procellarum – has terrace inner wall and 30 km wide, sloping rampart that descends nearly a kilometre to the surrounding mare
13.175 billion years (625 Mya): formation of Hyades star cluster: consists of a roughly spherical group of hundreds of stars sharing the same age, place of origin, chemical content and motion through space
13.2 billion years (600 Mya): Whirlpool Galaxy collides with NGC 5195 forming a present connected galaxy system. HD 189733 b forms around parent star HD 189733: the first planet to reveal the climate, organic constituencies, even colour (blue) of its atmosphere
13.6–13.5 billion years (300-200 Mya): Sirius, the brightest star in the Earth's sky, forms.
13.7 billion years (100 Mya): Formation of Pleiades Star Cluster
13.780 billion years (20 Mya): Possible formation of Orion Nebula
13.792 billion years (7.6 Mya): Betelgeuse forms.
13.8 billion years (Without uncertainties): Present day.
See also
Chronology of the universe
Formation and evolution of the Solar System
Timeline of natural history (formation of the Earth to evolution of modern humans)
Timeline of the far future
Timelines of world history
References
Timeline of the Universe GudangMovies21 Rebahinxxi LK21
The timeline of the Universe lists events from its creation to its ultimate final state.
For a timeline of the universe from the present to its presumed conclusion, see: Timeline of the far future
Chronology of the universe
Timeline of the universe
See also
Formation and evolution of the Solar System
Timelines of world history
Kata Kunci Pencarian:
Timeline of The Universe | PDF
Timeline of the Universe - HistoryTimeline.com
Timeline of the Universe - HistoryTimeline.com
Timeline of the Universe - HistoryTimeline.com
Timeline of the Universe - HistoryTimeline.com
Timeline of human history - Timeline 1: 13,800,000,000 BP to Present ...
Timeline of the Universe Archives - Universe Today
Timeline Of Universe
Timeline Of Universe
Universe Timeline by rblee83 on DeviantArt
Timeline of the universe | Beginners guide, Universe, Beginners
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timeline of the universe
Daftar Isi
[MCU] What difference between universes, timelines, and realities?
Oct 3, 2021 · Timeline- The totality of all the events a given universe has experienced since the beginning of that universe. Now that we've hopefully got that straight, let's talk how this stuff works. Until time and reality travel becomes a possibility, most entities are stuck in the timeline they were created in, in the universe they were created in.
My complete, timeline-based TWD TV Universe Viewing Order(s)
Dec 7, 2022 · I couldn't find a concise, up-to-date TWD viewing order that was both complete and accurately represented the in-universe timeline. So I decided to make my own, based on the chronology as chronicled from all available evidence on the Walking Dead Wiki.
The Complete Steven Universe Timeline (w/ Dates)
Apr 12, 2022 · Introduction: Hello everyone! As a bit of background info, I’ve been conceptualising a whole expanded universe set in the Steven Universe franchise and needed a complete timeline of the original show to make the anthology stories be allowed to run parallel and remain cohesive with the original show. I originally imagined the show spanning from 2015 -> 2017, but aft
Lets be clear again: Timeline vs Universe vs Reality
Jun 17, 2022 · In one universe the timeline follows the making of a captain america, in another, the making of a captain carter. Reality is what establishes the laws that constitute a universe. one universe can be made of paint, another universe can be entirely 2-dimensional. Within a universe you can use the reality stone to alter these rules.
MCU Timeline Order: A Comprehensive Guide : r/marvelstudios
Here is my take on the MCU Timeline Order. I’ve added where I thought Toby Maguire and Andrew Garfield‘s Spider-Man movies should fall in the Timeline along with which platform you can stream each movie. MCU Timeline Order: Captain America: The First Avenger (Disney+) Marvel One-Shot: Agent Carter (Disney+) Captain Marvel (Disney+) Iron Man ...
Universes, Timelines, Dimensions. What's the difference?
Jan 14, 2022 · A universe is a self-contained set of reality that is impossible to leave through mundane means. In theory, there can be multiple universes forming a larger multiverse. Universes may or may not have anything in common with each other. A pocket universe is a tiny universe used as storage space. Timeline is a causally connected string of events.
[Multiverse] What are the differences between Alternate Timeline ...
Nov 23, 2022 · This could be happening as many times as there are moments, so nearly infinite timeline splits, or it could be a critical event or set of events that has to happen before the timeline splits. However it goes, the timeline is an alternate timeline , an exact copy of the original universe as far as the space is concerned, except different events ...
Timeline TWD Universe : r/thewalkingdead - Reddit
Apr 6, 2022 · I understand your point, but the timeline runs through what is told in the series not in the flashbacks. I inserted the reference to the story of Janner because it was useful to understand how much time had passed from the first cases until the actual outbreak of the apocalypse, for the purposes of the initial setting of the calendar of the story.
The Alternate Universes and Timelines of Stargate : r/Stargate
Jan 19, 2023 · I'd imagine that, at least by the wacky logic I'm using with timelines being contained within universes, that the moment they go from universe 1 timeline 2 into universe 2 that they're in universe 2 timeline 1, but largely also due to a very basic idea of relativity in the sense of how they perceive things from their perspectives.
A thought-out, complete timeline of the Marvel Cinematic …
161 votes, 116 comments. true. Phase 4 did a lot for the Marvel Cinematic Universe between introducing new characters and establishing new foundations for budding storylines, but it also began an attempt to strengthen the ties between the films and some of the older shows by bringing back some of those shows' stars.