Short Science Explained

Today we’re diving into the incredible story of how our solar system came to be. From a swirling cloud of gas and dust to the formation of planets, let’s take a journey through time—about 4.6 billion years ago!"

Mars, Europa, and Enceladus are promising locations for the search for microbial life within our solar system.The search for intelligent life, through efforts like SETI, is ongoing, but the vastness of the universe makes it a challenging task.Exoplanets in the habitable zone could hold the key to finding extraterrestrial life.The search for life isn't just about finding Earth-like conditions but discovering life in places we may not have imagined.

The Multiverse Theory posits that our universe is one of many parallel universes.The Quantum Multiverse arises from quantum mechanics, suggesting new universes are created with every decision.The Cosmological Multiverse comes from the idea of cosmic inflation after the Big Bang.Proving the existence of parallel universes is still beyond our scientific capabil

Dark matter accounts for 27% of the universe and helps explain how galaxies hold together.Dark energy, making up 68% of the universe, is responsible for the universe's accelerated expansion.Combined, dark matter and dark energy constitute 95% of the universe, though they remain largely unexplored.

Stars form from collapsing gas clouds and ignite through nuclear fusion.Small stars have long, stable lives, while massive stars burn bright and die young.A star’s death contributes essential elements to the universe, recycling materials for future celestial bodies.