Joined July 2023
1,114 Photos and videos
A man with severe OCD shot himself in an attempt to end his life. He lived, but the bullet destroyed the part of his brain that caused OCD, and he was cured.
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From our home galaxy, the Milky Way, to the nearby giant Andromeda, the scale of the universe becomes almost impossible to imagine. But both are dwarfed by IC 1101 — one of the largest galaxies ever discovered. While the Milky Way spans about 100K light-years and Andromeda 220K, IC 1101 stretches up to 6 million light-years across, making our galaxy look tiny in comparison.
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NEWS🚨: Scientists just discovered that microdoses of Psilocybin can reverse obesity, fatty liver and diabetes
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RECENT🚨Record-breaking monster El Niño is forming. The last time it was this strong in 1877, it killed 60 million people world wide.
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🚨: Study reveals that the sperm cells carry biological ECHOES of a father's stress, particularly from childhood trauma
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Earth pulsates every 26 seconds. No one knows for sure why. and satellites can show it! This incredible footage reveals that Earth is a living creature.
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Elon Musk has become the first trillionaire in history.
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This changes everything… The universe may be far more interconnected than previously imagined. Astronomers at the University of Hawaiʻi, analyzing motion data from over 56,000 galaxies, propose that the Milky Way might lie within a gravitational structure ten times the volume of the already immense Laniākea supercluster. This newly suggested region, anchored by the massive Shapley concentration, challenges current models of cosmic structure and extends the boundaries of our mapped universe. The discovery, published in Nature Astronomy, invites a rethinking of how galactic movements are influenced on a colossal scale. The researchers liken the cosmos to a system of rivers and basins, where galaxies flow along gravitational currents shaped by immense attractors. This analogy paints a picture of the universe as a dynamic and interconnected web, with invisible gravitational highways guiding galaxies over billions of light-years. The findings suggest that our current maps may capture just a fraction of a deeper cosmic architecture, hinting at the existence of even larger structures—and perhaps a more unified universe—than science has yet observed. R. Brent Tully et al., “Identification of a Possible Basin of Attraction Beyond Laniākea,” Nature Astronomy.
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🚨: Quantum physics suggests death may be not the end, consciousness could continue beyond the body, existing outside time and space itself.
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BREAKING 🚨: Scientists have discovered a hidden web of fungus beneath Earth's surface stretching 110 quadrillion kilometers — long enough to reach the Sun nearly a BILLION times. It's like the Astrophage from Project Hail Mary… except it was under our feet the whole time.
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A journey from the smallest to the biggest things in the cosmos: At the smallest level, String Theory proposes that all matter is made of minuscule, vibrating strands of energy — shaping the fundamental particles and forces that govern reality. Atoms, molecules, and cells build up the structure of life, which in turn resides on planets orbiting stars. Stars are nested within vast galaxies that form the visible architecture of the cosmos. Yet even galaxies are just part of something bigger. Galaxies group into superclusters, which are woven into immense cosmic webs stretching across the universe. And beyond that? Some theories suggest our universe may be just one in a multiverse — a collection of countless universes, each potentially with its own laws of physics. From quantum fields to galactic superstructures, every layer we peel back reveals an even grander one, reminding us how vast — and layered — reality truly is. Image: From Quarks to Quasars
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MIT researchers are turning the sci-fi concepts of "Interstellar" into reality. MIT scientists Seth Lloyd and Kaiyuan Ji have developed a theoretical framework inspired by the film Interstellar to model information flow through "closed time-like curves." By treating these theoretical spacetime paths as noisy quantum channels, the team discovered a counterintuitive phenomenon: messages modeled as traveling backward in time can be significantly more reliable than those sent forward. This occurs because the mathematical logic allows a sender to leverage knowledge of the "past" to preemptively correct errors in the message's encoding, effectively bypassing the interference that typically plagues traditional data transmission. While physical time travel remains in the realm of science fiction, the resulting "Time Mirror" mathematics offers immediate benefits for today’s telecommunications. The researchers suggest these retrocausal techniques can be applied to fiber-optic cables and modern signal processing to filter out noise with unprecedented efficiency. Moving forward, the team plans to conduct physical experiments using entangled photons to demonstrate how this backward-in-time logic can stabilize forward-moving signals, potentially revolutionizing how the world handles high-speed data traffic. source: Ji, K., & Lloyd, S. (2026). Quantum communication via closed timelike curves. Massachusetts Institute of Technology.
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🚨: Humans can communicate from brain to brain, study reveals The study involved six people who were engaged with each other in pairs from different areas of University campus. Researchers sent signals from one person’s brain over the internet to another person in an attempt to control the other’s hand motions with thought.
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Scientists have identified a mysterious "third state" between life and death — where some cells don't simply perish. Instead, the reorganize into new life after an organism dies. Under the right conditions, these cells can reorganize, adapt, and even create entirely new, functional structures. In a remarkable experiment, researchers took skin cells from a deceased frog embryo and watched as they assembled into living entities called xenobots. These tiny, self-propelled organisms could move, heal, and even replicate by herding other cells into their shape—behaviors never seen in ordinary tissue. Even more astonishing, similar results have emerged in human cells. Lung cells from a donor formed anthrobots—small, mobile blobs capable of interacting with their environment and even assisting nearby nerve repair. These findings suggest that, far from being inert, some post-mortem cells retain regenerative creativity. Scientists envision future biobots built from a patient’s own cells to deliver medicine, clear clogged vessels, or rebuild tissues—then naturally degrade without immune rejection. It’s a bold new chapter in regenerative medicine, where the end of life may no longer mean the end of cellular purpose. Source: "Biobots arise from the cells of dead organisms − pushing the boundaries of life, death and medicine." The Conversation
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NEWS🚨: Your consciousness can jump through time—meaning ‘Gut Feelings’ are memories from the future, scientists reveal
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SHOCKING🚨: Neuroscience confirms that brains cells are directly influenced by self-talk, the internal dialogue or conscious thoughts
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Donald Trump reveals that his birthday wish is world peace.
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If the Universe is a simulation, what glitch would you search for first?
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BREAKING🚨: Saudi Arabia abandons plans for "the line" — a planned 170km long megacity… will be converting it into an AI data center instead.
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The Terrifying Cosmic Idea That Says You Might Not Be Real 🤯 Imagine drifting through the endless silence of space. No stars nearby, no planets, no life—just an infinite ocean of darkness and time. Now imagine that, somewhere in that emptiness, a fully conscious human brain suddenly appears… for a moment… and begins to think. This unsettling idea is known as the Boltzmann Brain. According to this theory, the universe is so vast and so old that extremely rare events could eventually happen purely by chance. Over unimaginable stretches of time, random movements of particles might briefly arrange themselves into something incredibly complex—like a brain, complete with neurons, memories, and thoughts. For a split second, that brain could become aware. It might believe it has a body, a past, friends, and a whole life story… even though none of it actually exists. Then, just as suddenly as it appeared, it would disappear back into the chaos of space. The idea traces back to the 19th-century physicist Ludwig Boltzmann, who studied how order and disorder behave in the universe. His work on Entropy suggested that while the universe naturally moves toward disorder, tiny pockets of order can occasionally form by chance. But here’s where the mystery becomes truly unsettling. Some scientists have pointed out that if the universe lasts long enough, it might actually be more likely for random “Boltzmann brains” to appear than for an entire organized universe like ours to exist. If that were true, then statistically speaking… the chances of you being a normal human in a real universe might be smaller than the chance that you are simply a brief, accidental mind floating in cosmic randomness. Right now, you might feel your phone in your hand, see the words on the screen, and remember your life. But the Boltzmann Brain idea whispers a strange question into the silence of the cosmos: What if those memories were created just a moment ago… by chance? 🌌
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