Bölümler

  • How Many Multiverse Are There?

    How Many Multiverse Are There?
    10 Jul 2026
    Our universe is big. It’s huge. It’s massive. And it’s expanding. But expanding into what? Does our universe resemble a balloon, expanding out into some grander space? Questions like this may seem simple, but they have stymied scientists and philosophers for centuries. From what we mean by “universe,” most people think of the things we can see — stars, galaxies, everything between that. But there is a limit to what we can observe. Light from the most distant galaxies has traveled billions of years to reach us, but the light has not had time to arrive beyond a certain distance. That’s the edge of our observable universe, the portion we can study. But what’s beyond that edge? Is there more? Or is there... nothing?

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    1 sa. ve 3 dk.
  • This Number Is So Big, It Doesn’t Fit in the Universe: TREE(3)

    This Number Is So Big, It Doesn’t Fit in the Universe: TREE(3)
    10 Jul 2026
    In some ways, TREE(3) mirrors the boundaries of the universe itself. Just as there are cosmic horizons we cannot cross—where galaxies fade beyond sight, where information from black holes is lost forever—there are also intellectual horizons. TREE(3) represents a boundary where our mathematical tools reach their limit, where numbers grow so large that even the largest infinities we typically think of seem small by comparison. It’s a concept that exists purely because we have the power to imagine it, yet it reminds us that some forms of imagination can’t be fully explored or expressed.

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    25 dk.
  • The Paradox Of Time That Terrifies Scientists

    The Paradox Of Time That Terrifies Scientists
    10 Jul 2026
    But the effects of time dilation are still visible today. When we look at distant galaxies, we’re seeing them as they were billions of years ago—closer to the time of the Big Bang. The light we observe from these galaxies has been traveling through space for so long that it has been stretched by the expansion of the universe, a phenomenon known as redshift. This redshift isn’t just a stretching of light; it’s also a stretching of time. The farther back in time we look, the more “stretched out” the signals become, showing us that time was moving differently in the early universe.

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    22 dk.
  • Scientists Think the Universe Is Alive - And It's Terrifying!

    Scientists Think the Universe Is Alive - And It's Terrifying!
    10 Jul 2026
    But the thing is that our brain is made up of a complex network of nearly 100 billion neurons that form 100 trillion neural connections. These neurons are organized into networks of nodes, filaments, and clusters that shape your thoughts, feelings, and emotions. But these neurons make up less than 25 percent the mass of your brain, leaving the remaining 75 percent as water. In a bizarre coincidence, the observable universe also contains an estimated 100 billion galaxies. The teetering balance between the pull of gravity and the accelerated expansion of the universe forms a cosmic web of string-like filaments composed of ordinary and dark matter.

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    23 dk.
  • What Mystery Lurks Inside The Boötes Void

    What Mystery Lurks Inside The Boötes Void
    10 Jul 2026
    Cosmic voids represent the most enduring time capsules in the cosmos, remaining largely unchanged over billions of years. Defined by their sparse matter content, these voids provide a pristine and unparalleled environment for studying the universe. Within these vast expanses lie answers to numerous cosmological mysteries. As cosmological laboratories they offer insights into the fundamental nature of dark matter and dark energy, reveal details about the ancient universe, and provide crucial information on the formation of galaxies. Thus, our greatest insights into the universe's mysteries may only be uncovered through careful exploration and study of these expansive regions of emptiness.

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    17 dk.
  • What Really Happened Before The Big Bang | This Shouldn’t Happen

    What Really Happened Before The Big Bang | This Shouldn’t Happen
    10 Jul 2026
    Let’s begin from the beginning, or at least what scientists tell us is the beginning. Around 13.8 billion years ago, all of existence—the universe, space, time, and every speck of matter—erupted from a single, infinitely dense point. This monumental event, known as the Big Bang, was not just the birth of stars and galaxies, but the creation of space and time itself. Before this moment, there was no "before" as we understand it, because time, as a concept, didn’t exist. In an instant, this initial singularity expanded at an unimaginable rate, forming the building blocks of the universe. Yeah, I’m sure many of us have heard this same story countless times. And if you’re anything like me, you might feel like there’s something missing here—like this explanation isn’t quite enough. The truth is, there are many creation stories out there—each culture and civilization, across history, has had its own take on how everything came to be. In fact, if you were to scroll through Wikipedia’s list of creation myths, you’d find hundreds of different versions—some involving gods, others magical forces, or cosmic battles. Each one, in its own way, trying to explain the same fundamental question: how did everything begin?

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  • The Quantum Cat Experiment That Shattered Reality

    The Quantum Cat Experiment That Shattered Reality
    10 Jul 2026
    Physics has reached a point where many things aren’t directly measurable. If we create a theory that explains everything in the observable universe and requires a multiverse, some scientists would accept that we may never know everything. Others might continue exploring different possibilities, refusing to accept those limits. Most people would agree that it would be ideal to have a theory of the universe that’s self-consistent, covers everything, and doesn’t rely on things we can’t observe. But that might not be possible. Some researchers argue that if something can’t be tested in the usual scientific ways, it isn’t real science—it’s pseudoscience. For you, the question is whether the goal of science is to discover the truth about the universe, or just to focus on things that can be proven through experiments.

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    23 dk.
  • Radiation Just Broke Physics?—Scientists Are Stunned!

    Radiation Just Broke Physics?—Scientists Are Stunned!
    10 Jul 2026
    Over time, through various experiments, we've discovered something interesting about tiny particles called quanta. These particles act like both waves and particles at the same time, and what we see depends on how we choose to measure them. From what we can tell, there isn't one fixed and certain reality that exists on its own; instead, it seems like the way we observe or interact with these particles plays a crucial role. In this Universe, it turns out you have to observe things to figure out what they are. So, when we conduct experiments and choose a way to measure these particles, it's like asking them, "Are you more of a wave or a particle right now?" Surprisingly, the answer depends on how we ask the question. This concept challenges the idea that there's one fixed and certain reality for these particles. I always find it absolutely mind-bending to think that all around us in every direction is the first light from the Universe. It’s taken 13.8 billion years to reach us, and although we need microwave eyes actually to see it, it’s there, everywhere.

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    20 dk.