The official version concerning Earth is that Venus is our brother planet, but i believe that Neptune and Uranus are our sisters instead.
There was no way water could have existed that close to the sun. Water only existed on far away planets.
Earth must have traveled from the outer part of the solar system to the center, containing water. Probably Jupiter played a role in this.
Also i don’t believe that physical laws known on earth apply to the whole Universe.
The ways of the Lord…
© 2026 Mike Hilbert
Neptune contains a massive amount of water, making up a significant portion of its total mass—roughly 80% or more of the planet’s interior is composed of a hot, dense fluid of “icy” materials (water, ammonia, and methane).
Rest in peace, great woman! 💝
And the ruskies aren’t descendants of Adam and Eve. They are descendants of shit-eating maggots.
Same as pruSSianZ, southern english and turks. A paradoxon.
Venus is officially considered Earth’s “twin” planet (often referred to as a sister planet) due to its highly similar size, mass, density, and chemical composition.
Venus and Earth are both terrestrial (rocky) planets located in the inner solar system.
• Physical Similarity: Venus is roughly 95% the size of Earth and 81% of its mass.
• The “Evil Twin” Moniker: Despite their physical similarities, Venus has a runaway greenhouse effect with surface temperatures hot enough to melt lead and an atmosphere of crushing carbon dioxide. This stark contrast is why scientists study it to understand Earth’s climate limits.
While they are not twins to Earth, Uranus and Neptune are officially classified as “sister planets” to each other.
• Ice Giants: Both are distinct from Earth because they are giant worlds made mostly of water, ammonia, and methane ice surrounding a rocky core.
• Atmospheric Differences: Unlike Earth’s nitrogen-oxygen atmosphere, Uranus and Neptune have thick atmospheres of hydrogen, helium, and methane.
Water did exist close to the Sun and in the inner solar system, both as ancient interstellar ice that predated the Sun and through natural chemical components stored inside inner solar system building blocks.
Gaseous water exists near young stars: Astronomers using the Atacama Large Millimeter/submillimeter Array (ALMA) detected massive amounts of gaseous water in the planet-forming disk around young protostars close to the star, proving water vapor exists in warm inner stellar regions.
Inner planets have intrinsic water: Research from Oxford University shows that the building blocks of Earth (such as enstatite chondrite meteorites) contained native hydrogen and water-forming ingredients right from the start, rather than relying solely on icy comets from the outer edges of the solar system.
Water is widespread close by: Liquid or ice water is found throughout the inner and middle solar system, including Mars (which had ancient lakes and rivers), Mercury (polar ice), and the Moon, as well as on various asteroids.
The claim that the physical laws known on Earth do not apply to the whole universe is partially true in some extreme environments, but largely false as a general rule.
The Cosmological Principle: Modern astrophysics relies on the assumption that the universe is homogeneous and isotropic on a large scale—meaning the laws of physics do not change depending on where you are or which direction you look.
Observational Proof: Scientists test this by looking at light from distant stars and galaxies. The spectrographic emission and absorption lines of elements like hydrogen or iron in far-away galaxies match the exact same atomic rules we measure in laboratories on Earth.
The Invariance Principle: Basic symmetries of nature dictate that physical rules do not shift from place to place or time to time.
Where the Rules “Break Down” (Exceptions)
While standard physics works across vast cosmic distances, our current mathematical equations fail or break down in extreme, fringe environments:
Black Hole Singularities & Event Horizons: Inside a black hole or at its center (the singularity), massive amounts of matter are crushed into an infinitely small point. Here, general relativity and quantum mechanics break down, and our equations yield infinite values (which means the math stops making physical sense). This does not mean nature has no rules, but rather that our current human-made models are incomplete.
The Planck Scale & the Big Bang: At scales smaller than the Planck length or moments right at the start of the Big Bang, our current theories cannot yet describe what happens.
Phenomena like dark matter and dark energy show that our current Standard Model of physics is incomplete, leaving gaps in how we understand the total makeup and expansion of the cosmos.