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Abhishek Agrahari

@addicted_ultron

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@quantum__physics__ ❣️
@jupitoverse 😎
Science Communicator by 🖤
AI Engineer🧑‍🏫
NASA SPACE APP LEAD INDIA 🇮🇳

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The Forgotten Ear of the Cosmos – Kalyazin RT-64

At first glance, it looks like an abandoned relic from the Soviet era — rusted, isolated, and forgotten amidst the forests of Russia.
But this is no ruin…
💫 It’s the Kalyazin RT-64 Radio Telescope — one of the most powerful instruments still listening to the whispers of our universe. 🌌

Built in 1974 and operational since 1992, this 64-meter giant stands tall at the Kalyazin Radio Astronomy Observatory in Russia. Despite its old appearance, it’s a living ear to the cosmos — capturing signals from distant pulsars, white dwarfs, and galaxies billions of light-years away.

Since 2016, Kalyazin has been part of an international astrobiology program involving ESA, Roscosmos, and ExoMars, working together to decode the mysteries of life beyond Earth. 🌍🪐

Behind the scenes, a team of 17 scientists continuously monitors galactic and extragalactic radio sources — studying the birth, life, and death of stars, and even assisting in deep-space communication with interplanetary spacecraft. 🚀

Fun fact — this telescope also contributes to SETI-like projects, quietly scanning the skies for any sign that we’re not alone. 👽

So, the next time you see an old rusty structure in the woods… remember, it might just be listening to the universe itself. 🌠

✨ Swipe through the carousel to explore:

1️⃣ The telescope’s cinematic architecture
2️⃣ Its Soviet origins
3️⃣ How it decodes cosmic signals
4️⃣ Its role in astrobiology and space exploration

🔭 #KalyazinTelescope #SpaceScience #RadioAstronomy #RussiaObservatory #Astrobiology #ExoMars #CosmosWhispers #Pulsars #WhiteDwarfs #SETI

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Quantum Physics just got REAL! The 2025 Nobel Prize in Physics is here! 🏆

Huge congratulations to John Clarke, Michel H. Devoret, and John M. Martinis for winning the Nobel Prize in Physics 2025!

They were honored for the discovery of "macroscopic quantum mechanical tunnelling and energy quantisation in an electric circuit.

Wait, what does that mean?

It means they proved that the bizarre, elusive world of quantum mechanics—where particles can pass through walls (tunnelling)—doesn't just apply to individual atoms. They successfully showed that an entire engineered electrical circuit, large enough to hold in your hand, can behave as a single, giant quantum object! 🤯

This isn't just theory: their breakthrough, centered on a device called a Josephson junction, fundamentally solved one of physics' enduring questions and directly paved the way for the quantum technology revolution.

Swipe through all slides to understand:

🔑 Why this discovery is the ultimate foundation of superconducting quantum computers (qubits!).

💡 How quantum tunnelling works (it's wild!).

🚀 The massive future impact this work will have on everything from medicine to finance.

The age of powerful, macroscopic quantum technology is officially here. Let's celebrate the scientists who built the core technology that's driving the next era of computing!

#jupitoverse #abhishekagrahari #india #usa #nasa #isro #nobel #nobelprize #nobelprizephysics

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Imagine ordering supplies… and they drop from space in under an hour. 🌍✨

Meet Arc, the world’s first space delivery vehicle — a reentry spacecraft by Los Angeles–based startup Inversion Space. Designed to deliver up to 500 pounds of critical cargo from orbit to anywhere on Earth in less than 60 minutes, it’s redefining logistics beyond our atmosphere.

Arc stands 8 feet tall and 4 feet wide, built with a lifting-body design, parachute landing system, and non-toxic propulsion for safe recovery. Think of it as a mini spacecraft that can wait in orbit for up to 5 years, ready to drop supplies on demand — from medical kits to defense equipment.

The company, founded in 2021 by Justin Fiaschetti and Austin Briggs (former SpaceX & ABL engineers), is backed by Andreessen Horowitz (a16z) and has partnered with NASA for thermal protection systems. Inversion has also joined the Kratos-led MACH-TB 2.0 hypersonic program, making it one of the few private players testing reentry systems under extreme conditions.

Arc builds on lessons from “Ray”, a 200-pound demo capsule successfully launched and recovered in January 2024, which proved Inversion’s reentry and recovery tech. The team of 60 engineers has since developed a full-scale prototype, completed drop tests, and refined aerodynamic modeling.

While still in development, the concept is scientifically sound and technically feasible — reentry vehicles like this are already used by NASA and SpaceX. What makes Arc unique is its size, reusability, and instant deployment idea: turning orbit into a warehouse of spacecrafts ready to descend on command.

The first full mission is planned for 2026, with goals to serve both defense logistics and hypersonic research. If successful, it could reshape how we think about emergency response, global shipping, and space-based infrastructure.

So the next time someone promises one-hour delivery... ask if it’s coming from space. 😉

#FutureTech #InversionSpace #SpaceDelivery #ArcSpacecraft #NASA #SpaceExploration #Hypersonic #OrbitalLogistics #Jupitoverse #SpaceReentry #ScienceNews #abhishekagrahari

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You know the feeling. The cool, distinct sensation of water on your skin. But have you ever stopped to think about what "wetness" actually is? It's not a simple property of water; it's a fascinating collaboration between chemistry and clever neuroscience.

The Molecular Dance of Water

At its core, water is a team player. Each individual water molecule is like a tiny magnet with a positive and negative end. This polarity creates a strong cohesive force, which makes water molecules want to stick to each other. This is why water forms beads on a surface and why a drop of water can hold its shape.
This cohesive force also gives water its surface tension, creating a sort of "skin" that allows some insects to walk on its surface.
But water is also friendly with other materials. The same polarity that makes it cling to itself also allows it to stick to other things, like your skin. This is the adhesive force.
The sensation of wetness is a tug-of-war between these two forces. When you touch a surface, if the adhesive force is stronger than the cohesive force, the water molecules break away from their team and spread out across the surface. This act of spreading is what we define as "wetting."

On the other hand, you've seen water bead up on a freshly waxed car or a lotus leaf. In these cases, the water's cohesive force wins, and it's more attracted to itself than the surface. This is why those surfaces stay dry.

The Brain's Clever Trick
Here's the most surprising part: your skin doesn't have a special sensor for "wetness." So how do you know when you're wet?
Your brain is the true hero here. It performs an incredible feat of sensory integration. It takes two distinct signals from your skin and combines them to create the feeling of wetness:
Temperature: Water is exceptionally good at pulling heat away from your body, so it almost always feels cool.
Pressure: The unique, light pressure of a liquid spreading and moving across your skin is unlike that of any solid object.
Your brain has learned over time to associate these two simultaneous feelings.
#jupitoverse #abhishekagrahari #india #science #physics #water #space #earth #isro #nasa

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Did you know the idea of the "Big Bang" was just a theory until one man proved the universe is expanding?

Meet Edwin Hubble. In 1929, he discovered:

✨ Those "blurry spots" in the sky are actually other galaxies.
✨ All of these galaxies are racing away from us (a phenomenon called redshift).
✨ This means the entire universe is getting bigger every second!

This discovery provided the first real evidence for the Big Bang. From a single point to the vast cosmos we know today.
So, here's the ultimate question for you: If the universe is expanding... what is it expanding into?

Let us know your thoughts in the comments!

#space
#india #science #abhishekagrahari #physics #jupitoverse #recipeofuniverse #EdwinHubble #BigBang

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🌿 Nature called, I answered in style 😎✨

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Two oceans meet… but don’t greet?

This stunning natural boundary near the Gulf of Alaska looks like the ocean split itself in two — and the reason is pure science.

What you’re seeing isn’t two different oceans refusing to mix, but glacial freshwater flowing into the salty Pacific Ocean.
They differ in salinity, temperature, and density — and that makes them resist mixing immediately. The fresher, colder water floats over the saltier, denser ocean water, creating a visible line that looks like magic… but it’s physics.

Over time, currents and waves do blend them, but for a while, nature draws this boundary with a precision that makes us stare in awe.

It’s not that they never mix — it’s just that they like to take their time.

[ Science, Physics, Research, Space , Astrophysics, quantumphyics , engineer, scientist, doctor , Artificial Intelligence, NASA, ISRO, CERN]

#jupitoverse #abhishekagrahari
#India #usa #isro #nasa #cern #esu #space #love #quantum #Science #physics #quantumphysics #happy #earth #tech #ai #instagram #Einstein #astro #technology #astronomy

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How did the universe begin… or did it even begin at all?
Was it a fiery Big Bang? A cosmic brane collision? Or are we just a line of code in some advanced simulation?

Series : Recipe of Universe EP2

From Lemaître’s “primeval atom” to the Multiverse, from Microwave echoes in space to theories of no beginning — scientists have explored it all… yet the mystery only deepens.

What if the Big Bang was just a checkpoint, not the start?
What if we’re just one level in a cosmic arcade?

Watch till the end, then tell us:
Which theory do YOU believe in?

We have other theories also that we will cover in another video.

Join the journey - Recipe of Universe to decode the universe — together.

[ Science, Physics, Research, Space , Astrophysics, quantumphyics , engineer, scientist, doctor , Artificial Intelligence, NASA, ISRO, CERN]

#jupitoverse #abhishekagrahari
#India #usa #isro #nasa #cern #esu #space #love #quantum #Science #physics #quantumphysics #happy #earth #tech #ai #instagram #Einstein #astro #technology #astronomy

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Share your religious or regional belief that was discovered centuries ago — but science confirmed only much later?

Recipe of Universe : EP1

Long before telescopes or equations, humans looked up at the sky—and imagined.

From 4000+ religions, each told a different story of the universe’s birth.
Chaos. Creation. Cycles. Gods.
And surprisingly, many ancient ideas hinted at truths science would later confirm.

But here’s the catch:
Science evolved. Our beliefs didn’t.

We still follow rituals created for a world without light bulbs or logic.
We question others’ beliefs, but never our own.
Why?

Because belief feels like identity.
And identity resists change.

So ask yourself—are you willing to evolve?
Can tradition coexist with truth?

[ Science, Physics, Research, Space , Astrophysics, quantumphyics , engineer, scientist, doctor , Artificial Intelligence, NASA, ISRO, CERN]

#jupitoverse #abhishekagrahari
#India #usa #isro #nasa #cern #esu #space #love #quantum #Science #physics #quantumphysics #happy #earth #tech #ai #instagram #Einstein #astro #technology #astronomy

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SERIES : Recipe of Universe

Have you ever wondered… What lit the fuse for the Big Bang?
What cooked the very first atoms from nothingness?
Or why the universe keeps expanding, defying intuition but not breaking any laws?

I’m Abhishek Agrahari, and today, I’m launching something more than just a video series.
It’s a story. A journey. A cosmic cookbook.

Welcome to "Recipe of Universe" —

A 365 or more video storytelling science series that breaks down the cosmos into bite-sized, beautiful episodes.

Do join this journey and fall in love with Science and Science marvels behind this universe.

Do subscribe to the YouTube channel (Jupitoverse) for the whole journey. Link in the bio.

#abhishekagrahari #space #india #science #physics #astro #video #insta

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Bohr helped define quantum mechanics.
Einstein helped question it so deeply, it grew stronger

Imagine this…

You ask, “Is the Moon still there when I’m not looking?”
Sounds silly, right? But for Einstein, it was the heart of a cosmic dilemma.

Back in the 1920s, physics was cracking open the fabric of reality.
Quantum mechanics was rising—and it said something shocking:
Particles don’t have a fixed reality until we observe them.

Einstein? He couldn’t accept that.
"God does not play dice with the universe," he insisted.

But Niels Bohr—the calm philosopher of physics—disagreed.
He fired back:
"Einstein, stop telling God what to do."

This wasn’t just academic banter.
They were debating whether reality even exists without us.

Einstein believed in a universe that’s real and predictable—even if no one’s watching.
Bohr believed that observation isn’t just passive—it defines what is real.

So… who was right?

Bohr’s view became central to the Copenhagen interpretation—now one of the foundations of quantum mechanics.
It’s why we say: “A particle exists in all states until you measure it.”
Einstein never fully accepted this. But his questions, doubts, and challenges pushed quantum physics to mature.

His famous EPR paradox laid the groundwork for what we now call quantum entanglement—a cornerstone of quantum computing and teleportation research today.

They disagreed but together, they gave birth to a new way of seeing reality.
One where certainty breaks down… and observation matters.

So now it’s your turn—what do you believe?

Does the universe exist when no one is watching?

#quantum #abhishekagrahari #jupitoverse #india #nasa #science #physics #space #earth #quantumphysics

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