Fakat postoji i ta ideja.
kad sve ide ovde.
A koja je tvoja teorija?
Veliki prasak, zasto i kako i slicno. Ne znam kako tacno ide jer je u velikoj jednoj svesci iz skole jos dok sam isao u srednju skolu pisana, u dijelu te sveske sa debelim koricama, nosio je na komisiju kada smo meni trebali da ostvarimo primanja.
The concept of "numerous Big Bangs" is explored in various cosmological theories, primarily in the context of the multiverse and cyclic universes. While the standard Big Bang theory describes a single event marking the beginning of our observable universe, alternative models propose the possibility of other Big Bangs occurring elsewhere or at different times, either within a larger multiverse or as part of a cyclical process.
Here's a breakdown of the different perspectives:
1. The Multiverse:
Many-spatial-simultaneous Big Bangs:
Some theories propose that the Big Bang wasn't a single event for the entire universe, but rather multiple, potentially simultaneous, Big Bangs occurring in different spatial locations, creating separate universes.
Eternal Inflation and Pocket Universes:
The theory of eternal inflation suggests that our universe is a "pocket" within a larger spacetime undergoing constant expansion. Within this framework, it's conceivable that other pocket universes could form through their own Big Bangs.
Multiverse and "Grand Balance":
Some interpretations of the multiverse concept propose an infinite number of universes, each with its own Big Bang, potentially existing alongside anti-universes to maintain a balance.
2. Cyclic Universes:
Big Bounce:
The Big Bounce theory suggests that the universe could undergo cycles of expansion and contraction, with each contraction potentially leading to a new Big Bang, avoiding the high-energy singularity of the initial Big Bang.
Repeating Big Bangs:
Some theories propose that the universe might be a repeating cycle of expansion, dissipation, and then another Big Bang, with matter being replenished after each cycle.
3. Potential Causes and Predictions:
Dark Matter Big Bang:
One theory suggests the possibility of a separate Big Bang for dark matter, distinct from the one that created ordinary matter.
Cosmological Constant and Heat Death:
The ΛCDM model suggests that the cosmological constant (dark energy) could lead to a Big Rip, where the universe is torn apart, or a Big Freeze, where the universe reaches a state of heat death. Some theories propose that these scenarios could also be part of a cyclic universe.
In conclusion, while the standard Big Bang theory focuses on a single event, alternative cosmological models explore the possibility of multiple Big Bangs, either within a multiverse or as part of a cyclic universe. These theories offer intriguing possibilities about the nature and origin of the universe, but they remain largely theoretical and speculative.
Izvini što te gnjavim ali koja ke konkretno tvoja teorija? OK ciklični univerzum ali šta i kako?Sanjarko wrote: ↑28/06/2025 22:54Veliki prasak, zasto i kako i slicno. Ne znam kako tacno ide jer je u velikoj jednoj svesci iz skole jos dok sam isao u srednju skolu pisana, u dijelu te sveske sa debelim koricama, nosio je na komisiju kada smo meni trebali da ostvarimo primanja.
Izgleda naucnici dosli na istu teoriju sada, samo je moja jos isla i u druge detalje. Tu je u to svesci pisano o velikom prasku, crnim rupama, materiji i antimateriji itd. Preko 20 godina je stara sveska, debele korice ima i velika, ne znam koji A format.
Za praksu koristena i pola je ispisano bilo u skoli u vezi prakticne nastave, a pola je ispisano nakon skole odmah o ovome. Pa se na komisiji doktorica pitala i zbunjivalo je to dvoje.
The concept of "numerous Big Bangs" is explored in various cosmological theories, primarily in the context of the multiverse and cyclic universes. While the standard Big Bang theory describes a single event marking the beginning of our observable universe, alternative models propose the possibility of other Big Bangs occurring elsewhere or at different times, either within a larger multiverse or as part of a cyclical process.
Here's a breakdown of the different perspectives:
1. The Multiverse:
Many-spatial-simultaneous Big Bangs:
Some theories propose that the Big Bang wasn't a single event for the entire universe, but rather multiple, potentially simultaneous, Big Bangs occurring in different spatial locations, creating separate universes.
Eternal Inflation and Pocket Universes:
The theory of eternal inflation suggests that our universe is a "pocket" within a larger spacetime undergoing constant expansion. Within this framework, it's conceivable that other pocket universes could form through their own Big Bangs.
Multiverse and "Grand Balance":
Some interpretations of the multiverse concept propose an infinite number of universes, each with its own Big Bang, potentially existing alongside anti-universes to maintain a balance.
2. Cyclic Universes:
Big Bounce:
The Big Bounce theory suggests that the universe could undergo cycles of expansion and contraction, with each contraction potentially leading to a new Big Bang, avoiding the high-energy singularity of the initial Big Bang.
Repeating Big Bangs:
Some theories propose that the universe might be a repeating cycle of expansion, dissipation, and then another Big Bang, with matter being replenished after each cycle.
3. Potential Causes and Predictions:
Dark Matter Big Bang:
One theory suggests the possibility of a separate Big Bang for dark matter, distinct from the one that created ordinary matter.
Cosmological Constant and Heat Death:
The ΛCDM model suggests that the cosmological constant (dark energy) could lead to a Big Rip, where the universe is torn apart, or a Big Freeze, where the universe reaches a state of heat death. Some theories propose that these scenarios could also be part of a cyclic universe.
In conclusion, while the standard Big Bang theory focuses on a single event, alternative cosmological models explore the possibility of multiple Big Bangs, either within a multiverse or as part of a cyclic universe. These theories offer intriguing possibilities about the nature and origin of the universe, but they remain largely theoretical and speculative.
Arminovski wrote: ↑02/07/2025 15:17Izvini što te gnjavim ali koja ke konkretno tvoja teorija? OK ciklični univerzum ali šta i kako?Sanjarko wrote: ↑28/06/2025 22:54Veliki prasak, zasto i kako i slicno. Ne znam kako tacno ide jer je u velikoj jednoj svesci iz skole jos dok sam isao u srednju skolu pisana, u dijelu te sveske sa debelim koricama, nosio je na komisiju kada smo meni trebali da ostvarimo primanja.
Izgleda naucnici dosli na istu teoriju sada, samo je moja jos isla i u druge detalje. Tu je u to svesci pisano o velikom prasku, crnim rupama, materiji i antimateriji itd. Preko 20 godina je stara sveska, debele korice ima i velika, ne znam koji A format.
Za praksu koristena i pola je ispisano bilo u skoli u vezi prakticne nastave, a pola je ispisano nakon skole odmah o ovome. Pa se na komisiji doktorica pitala i zbunjivalo je to dvoje.
The concept of "numerous Big Bangs" is explored in various cosmological theories, primarily in the context of the multiverse and cyclic universes. While the standard Big Bang theory describes a single event marking the beginning of our observable universe, alternative models propose the possibility of other Big Bangs occurring elsewhere or at different times, either within a larger multiverse or as part of a cyclical process.
Here's a breakdown of the different perspectives:
1. The Multiverse:
Many-spatial-simultaneous Big Bangs:
Some theories propose that the Big Bang wasn't a single event for the entire universe, but rather multiple, potentially simultaneous, Big Bangs occurring in different spatial locations, creating separate universes.
Eternal Inflation and Pocket Universes:
The theory of eternal inflation suggests that our universe is a "pocket" within a larger spacetime undergoing constant expansion. Within this framework, it's conceivable that other pocket universes could form through their own Big Bangs.
Multiverse and "Grand Balance":
Some interpretations of the multiverse concept propose an infinite number of universes, each with its own Big Bang, potentially existing alongside anti-universes to maintain a balance.
2. Cyclic Universes:
Big Bounce:
The Big Bounce theory suggests that the universe could undergo cycles of expansion and contraction, with each contraction potentially leading to a new Big Bang, avoiding the high-energy singularity of the initial Big Bang.
Repeating Big Bangs:
Some theories propose that the universe might be a repeating cycle of expansion, dissipation, and then another Big Bang, with matter being replenished after each cycle.
3. Potential Causes and Predictions:
Dark Matter Big Bang:
One theory suggests the possibility of a separate Big Bang for dark matter, distinct from the one that created ordinary matter.
Cosmological Constant and Heat Death:
The ΛCDM model suggests that the cosmological constant (dark energy) could lead to a Big Rip, where the universe is torn apart, or a Big Freeze, where the universe reaches a state of heat death. Some theories propose that these scenarios could also be part of a cyclic universe.
In conclusion, while the standard Big Bang theory focuses on a single event, alternative cosmological models explore the possibility of multiple Big Bangs, either within a multiverse or as part of a cyclic universe. These theories offer intriguing possibilities about the nature and origin of the universe, but they remain largely theoretical and speculative.
Evo Armine i ovdje o tome nešto šta sam već poslao kroz pp tebi.Ne mogu reći šta i kako itd je moja teorija itd, jer je pisano kada sam imao oko 20 godina.
Prije jedno 20 godina jer meni je sada 40 godina.
Samo se nečega sjećam, a to je da crne rupe kada postanu nestabilne eksplodiraju i sl. Čak sam pisao tada da one vrše kanibalizam jednih, drugih kada nemaju šta više da usisavaju u sebe, i još nešto u vezi materije i antimaterije sam pisao tada ali najbolje se toga ne sjećam.
Mislim da su ili prozor one u svemir pun antimaterije ili da one u sebi imaju antimateriju ili oboje, ne sjećam se kažem.
https://earthsky.org/space/new-interste ... n-a11pl3z/New interstellar object candidate heading toward the sun. Called A11pl3z, it is the third interstellar visitor known in our solar system
Ovo mi je bilo skroz u nezgodno vrijeme, najviše zbog posla.
