" New Paper Proposes Universe's Start with Two Big Bangs!" ๐ŸŒŒ๐Ÿ”ญ

Two cosmological enigmas that have intrigued scientists for years might be on the brink of a breakthrough. In a recent paper, a novel idea challenges the conventional wisdom about the Universe's birth – proposing not one but two Big Bangs. Let's unravel the implications of this cosmic revelation.


  • Initially:

The prevailing theory suggests that the Universe experienced a rapid expansion called "inflation" shortly after its beginning. This inflation, driven by vacuum energy, transformed the cosmos from subatomic size to the scale of a football stadium in less than a second. As inflation ceased, the transition from this period to the Big Bang marked the birth of our observable Universe.


  • Dark Matter Mysteries:

Simultaneously, the existence of dark matter has baffled astronomers. Dark matter, five times more prevalent than ordinary matter, is believed to interact solely through gravity. It explains anomalies such as galaxies rotating faster than expected and the existence of seemingly impossible galaxy clusters. While the prevailing theory posits that regular and dark matter were born together, a new perspective emerges.



  • 2 Big Bangs:

This groundbreaking paper proposes a departure from the conventional narrative. What if ordinary and dark matter didn't originate at the exact cosmic moment? The theory suggests that while inflation's energy gave rise to ordinary matter, dark matter might have a distinct origin – dark vacuum energy. Unlike regular vacuum energy, this new energy might have birthed dark matter particles slightly later in the cosmic timeline.


  • Exploring the Concept:

The challenge lies in testing this theory. Current experiments might fall short if dark and ordinary matter interact only through gravity. However, the transition of dark vacuum energy into dark matter particles could have left an imprint – gravitational waves. Precise experiments have reported detecting a cosmic hum, possibly indicating this shake in the fabric of space and time. While caution is warranted, the hope is that sophisticated analysis and more data will confirm or disprove this cosmic twist in the next few years.๐ŸŒŒ๐Ÿ‘ฝ๐Ÿ”ญ





#bigbang #Spacenews #galaxy #cosmos #Darkenery #blackole #TwoBigBangs #DarkMatterMystery

#CosmicTwist #InflationTheory #BigBangChallenge #GravitationalWaves

#UniverseOrigins #ScienceBreakthrough #CosmologyNews #ScienceFictionReality

Comments

Post a Comment

Popular posts from this blog

India's Lunar Rover Finds Evidence of the Moon's Ancient Magma Ocean

Image
  In a breakthrough discovery, India's lunar rover " Pragyan " has unveiled evidence of the Moon's ancient global magma ocean . The findings, published in Nature by an Indian research team, mark the first-ever measurements from the Moon's polar highlands , broadening our understanding of the Moon's early history. The Pragyan rover’s wheels penetrated several centimeters into the lunar soil, allowing the rover’s APXS instrument to analyze the composition of the lunar regolith below the top surface layer. Credit: ISRO Around 4.5 billion years ago, a cataclysmic collision in the early solar system led to the formation of the Moon, which was once covered by a vast ocean of molten magma. This theory gained more robust backing after Pragyan's investigation of the rocks at the Vikram lander's site, now named "Point Shiv Shakti," located near the Moon's south pole. The rover analyzed samples using an Alpha Particle X-ray spectrometer (APXS),...
Read more

NASA's Groundbreaking Discovery: Invisible Electric Field Detected Around Earth for the First Time!

Image
In a groundbreaking discovery, NASA scientists have detected a weak yet vital energy field around Earth , the ambipolar electric field . Hypothesized over 60 years ago, this field was recently measured for the first time and could revolutionize our understanding of Earth's atmosphere, its evolution, and even life itself. Earth's North Pole, as seen by  Endurance . The streaks in the sky are from lens flare. ( NASA ) NASA's Endurance mission, launched in May 2022, successfully detected this invisible force at a high altitude of 768 kilometers. The field measured only 0.55 volts—equivalent to a watch battery—. Still, that tiny charge is powerful enough to launch hydrogen ions into space at supersonic speeds, contributing to the polar wind. Simulation This electric field, which balances the forces of gravity and charged particles in Earth's atmosphere, plays a crucial role in puffing up the ionosphere and allowing particles to escape into space. Understanding this field o...
Read more

"New Discovery: Galaxies Are Much Larger Than We Thought! First Images of Galactic Halo Unveil Surprising Details"

Image
  Galaxies Just Got Bigger! ๐ŸŒŒ Recent breakthroughs have unveiled something astonishing—galaxies, including our Milky Way, are far more extensive than previously thought! For the first time, astronomers have captured an image of the gas halo surrounding a galaxy, and it's a game-changer. This discovery shows that galaxies are not just clusters of stars but massive gas reservoirs extending much farther than imagined. The gas shroud around starburst galaxy IRAS 08339+6517. Credit: Cristy Roberts ANU/ASTRO 3D. Using the Keck Cosmic Web Imager in Hawai'i, scientists studied the galaxy IRAS 08339+6517, located 260 million light-years away. The new imaging reveals that its gas halo stretches to 100,000 light-years, dwarfing the stellar disc, which is just 7,800 light-years across. The study also indicates that the Milky Way already interacts with the Andromeda Galaxy, which lies just 2.5 million light-years away. Gas flows into galaxies along spiralling filaments. This image of a ga...
Read more