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Did Our Universe Begin Inside a Black Hole? A Shocking JWST Discovery Suggests It Might Have
A mind-bending find from the James Webb Space Telescope is shaking up everything we thought we knew about the universe's origin — and pointing to an idea once thought purely theoretical:
We may be living inside a black hole.
The Twist? A Cosmic Rotation Imbalance
Astronomers analyzing deep-space data from JWST’s JADES survey found something strange:
Out of 263 ancient galaxies, 66% rotate clockwise, and only 34% counterclockwise.
In a balanced, directionless universe, that’s a huge red flag — it should be 50/50.
So what could explain this cosmic bias?
A Universe Born From a Black Hole’s Spin
This fits a radical theory called Schwarzschild cosmology, which proposes:
Our universe was born inside a black hole in a parent universe
Black holes don’t end matter — they birth new universes through spin and spacetime torsion
The Big Bang was actually a bounce-back from gravitational collapse, imprinting the parent black hole’s spin onto newborn galaxies
The JWST’s data might be the first observable fingerprint of that ancient spin.
But not everyone’s convinced...
Alternative Theories
Some say this rotation imbalance may be a result of the Milky Way’s own spin skewing our view. If so, we may need to rethink how we:
Measure galactic motion
Solve cosmic puzzles like the Hubble tension and early galaxy formation
Whatever the answer, this discovery could redefine cosmology — showing that black holes may not destroy reality, but create it.
Research by Lior Shamir, MNRAS (2025)
#JWSTDiscovery #BlackHoleUniverse #CosmicRotation #SchwarzschildCosmology #BigBangBounceDid Our Universe Begin Inside a Black Hole? A Shocking JWST Discovery Suggests It Might Have A mind-bending find from the James Webb Space Telescope is shaking up everything we thought we knew about the universe's origin — and pointing to an idea once thought purely theoretical: We may be living inside a black hole. The Twist? A Cosmic Rotation Imbalance Astronomers analyzing deep-space data from JWST’s JADES survey found something strange: Out of 263 ancient galaxies, 66% rotate clockwise, and only 34% counterclockwise. In a balanced, directionless universe, that’s a huge red flag — it should be 50/50. So what could explain this cosmic bias? A Universe Born From a Black Hole’s Spin This fits a radical theory called Schwarzschild cosmology, which proposes: Our universe was born inside a black hole in a parent universe Black holes don’t end matter — they birth new universes through spin and spacetime torsion The Big Bang was actually a bounce-back from gravitational collapse, imprinting the parent black hole’s spin onto newborn galaxies The JWST’s data might be the first observable fingerprint of that ancient spin. But not everyone’s convinced... Alternative Theories Some say this rotation imbalance may be a result of the Milky Way’s own spin skewing our view. If so, we may need to rethink how we: Measure galactic motion Solve cosmic puzzles like the Hubble tension and early galaxy formation Whatever the answer, this discovery could redefine cosmology — showing that black holes may not destroy reality, but create it. Research by Lior Shamir, MNRAS (2025) #JWSTDiscovery #BlackHoleUniverse #CosmicRotation #SchwarzschildCosmology #BigBangBounce
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Japanese scientists have achieved a remarkable breakthrough by transforming live insects into chemical reactors capable of producing advanced materials.
In a study conducted at RIKEN's Pioneering Research Institute and the Center for Sustainable Resource Science, researchers used tobacco cutworm caterpillars to process a synthetic nanocarbon compound called [6]MCPP.
When fed this molecule, the caterpillars' natural digestive enzymes—particularly cytochrome P450 variants CYP X2 and CYP X3—converted it into a new oxygenated version with fluorescent properties, known as [6]MCPP-oxylene.
This transformation occurred within just two days and significantly outperformed attempts made in laboratory conditions using traditional chemical processes.
This approach, termed “in-insect synthesis,” opens a new frontier in biomanufacturing.
Insects like caterpillars offer a naturally evolved biochemical environment that can conduct complex transformations more efficiently than current synthetic chemistry.
The oxygen-doped nanocarbon molecules produced in this way are especially valuable due to their optical and conductive characteristics, with potential applications in high-tech fields such as battery technology, aerospace, and optical devices.
While the results are promising, they also raise ethical and ecological questions.
Turning insects into bio-factories introduces concerns about the long-term impact on ecosystems, the welfare of the modified insects, and the potential risks of uncontrolled genetic or biochemical alterations.
Nevertheless, this innovation represents a major step toward more sustainable and biologically inspired manufacturing methods in material science.Japanese scientists have achieved a remarkable breakthrough by transforming live insects into chemical reactors capable of producing advanced materials. In a study conducted at RIKEN's Pioneering Research Institute and the Center for Sustainable Resource Science, researchers used tobacco cutworm caterpillars to process a synthetic nanocarbon compound called [6]MCPP. When fed this molecule, the caterpillars' natural digestive enzymes—particularly cytochrome P450 variants CYP X2 and CYP X3—converted it into a new oxygenated version with fluorescent properties, known as [6]MCPP-oxylene. This transformation occurred within just two days and significantly outperformed attempts made in laboratory conditions using traditional chemical processes. This approach, termed “in-insect synthesis,” opens a new frontier in biomanufacturing. Insects like caterpillars offer a naturally evolved biochemical environment that can conduct complex transformations more efficiently than current synthetic chemistry. The oxygen-doped nanocarbon molecules produced in this way are especially valuable due to their optical and conductive characteristics, with potential applications in high-tech fields such as battery technology, aerospace, and optical devices. While the results are promising, they also raise ethical and ecological questions. Turning insects into bio-factories introduces concerns about the long-term impact on ecosystems, the welfare of the modified insects, and the potential risks of uncontrolled genetic or biochemical alterations. Nevertheless, this innovation represents a major step toward more sustainable and biologically inspired manufacturing methods in material science.
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MONSTROUS BUFFALO CHICKEN & BLUE CHEESE DEEP DISH
Ingredients:
2 cups cooked shredded chicken
½ cup buffalo wing sauce
1 cup shredded mozzarella
½ cup crumbled blue cheese
1 deep dish pizza crust
Optional: drizzle of ranch or extra buffalo sauce
Instructions:
1⃣ Toss chicken with buffalo sauce.
2⃣ Spread onto crust, top with mozzarella and blue cheese.
3⃣ Bake at 425°F (220°C) for 18–20 min till bubbly & bold.
4⃣ Drizzle with ranch or more buffalo for extra punch.
Prep: 10 min | Cook: 20 min | Total: 30 min | Serves: 4 spice junkiesMONSTROUS BUFFALO CHICKEN & BLUE CHEESE DEEP DISH Ingredients: 2 cups cooked shredded chicken ½ cup buffalo wing sauce 1 cup shredded mozzarella ½ cup crumbled blue cheese 1 deep dish pizza crust Optional: drizzle of ranch or extra buffalo sauce Instructions: 1⃣ Toss chicken with buffalo sauce. 2⃣ Spread onto crust, top with mozzarella and blue cheese. 3⃣ Bake at 425°F (220°C) for 18–20 min till bubbly & bold. 4⃣ Drizzle with ranch or more buffalo for extra punch. Prep: 10 min | Cook: 20 min | Total: 30 min | Serves: 4 spice junkies
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