International conference on Atomic, Moleculer and Optical Physics

Friday, 6 February 2026

Why Spinning Tops Never Fall Physics

When the top spins, it creates angular momentum that resists changes to its direction of motion. Instead of falling over, gravity causes the top to slowly precess—that smooth circular wobble around its base. The faster the spin, the stronger this stabilizing effect, making the top appear magically balanced.

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Thursday, 5 February 2026

Polarization of light explained

Light usually travels as a wave, vibrating in many directions at once. Polarization happens when these vibrations are restricted to a single direction (or a specific pattern). Think of it like shaking a rope: if you shake it up and down, the motion is ordered; if you shake it randomly, it’s unpolarized.

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Wednesday, 4 February 2026

How Fast Are We Zooming Through Space 🌍

Think you’re standing still right now? Not even close. Earth is spinning, orbiting the Sun, and racing through the Milky Way—all at mind-blowing speeds. From Earth’s rotation beneath your feet to our galaxy hurtling through the universe, we’re traveling through space faster than any jet ever built… without feeling a thing. Buckle up for a cosmic speed check that will completely change how you see “motion.” 🌌

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Tuesday, 3 February 2026

Vacuum Really Empty The Dark Truth!

Is empty space truly empty? 🤯 The vacuum of space isn’t a silent void—it’s a restless arena of quantum activity. Even in “nothingness,” virtual particles constantly pop in and out of existence, energy fluctuates, and mysterious dark energy may be driving the universe’s expansion. From zero-point energy to quantum fields, this video uncovers the unsettling truth: the vacuum is far from empty—it’s one of the most active places in the cosmos. 🌌⚛️

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Monday, 2 February 2026

Wormholes Explained The Cosmic Shortcut

Wormholes are fascinating theoretical tunnels in spacetime that could connect two distant points in the universe—or even different universes altogether. Predicted by Einstein’s theory of general relativity, a wormhole would act like a cosmic shortcut, allowing travel across vast cosmic distances much faster than light would take through normal space. While mathematically possible, real wormholes would be extremely unstable and may require exotic matter with negative energy to stay open. So far, no wormhole has ever been observed, but they remain a powerful idea in physics, inspiring both cutting-edge research and plenty of sci-fi imagination 🌌

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Thursday, 29 January 2026

Can We Time Travel The Physics Truth!

Time travel sounds like pure sci-fi, but physics gives a more nuanced answer. Traveling forward in time is actually possible and already happens: Einstein’s theory of relativity shows that time slows down for objects moving very fast or experiencing strong gravity. Astronauts on the ISS age a tiny bit slower than people on Earth. Traveling backward in time, however, is far more problematic. While equations allow exotic ideas like wormholes or closed timelike curves, they require extreme conditions and “exotic matter” that may not exist. Most physicists believe the laws of nature protect causality, making backward time travel unlikely. So for now—future travel, yes (in a small way); past travel, still science fiction. 🕒✨

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Wednesday, 28 January 2026

How Touchscreens Actually Sense

Touchscreens sense touch by detecting changes in electrical signals or light when a finger or stylus touches the screen. In most modern devices, capacitive touchscreens are used, where the human finger disrupts an electric field on the screen’s surface. Sensors detect this disturbance and calculate the exact touch location. The device then converts this information into commands like tapping, swiping, or zooming.

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