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TYWe may be living in a multiverse according to Google's new quantum computer 😳
#news #newsupdate #quantum #technews #ainews
@tylermommsen
#Google Quantum
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956.2K
THGoogle achieves quantum supremacy again!
#google #quantumcomputer #quantummechanics #qubit
@the_secrets_of_the_universe
162.2K
INGoogle has just released Willow, their newest and most powerful superconducting quantum chip. This could mean a revolution in science, technology, and AI computing.
@interestingengineering
90.3K
ROExtropic, a startup founded by former Google quantum researchers, has released its first working thermodynamic sampling unit—a chip that processes probabilities instead of traditional binary bits.
The company claims its approach could run AI models using 10,000 times less energy than current GPUs.
Their initial chip, XTR-0, is being tested by weather forecasting companies and AI labs, with early results showing promise for calculating complex probabilities efficiently.
Extropic plans to ship a more advanced chip next year with 250,000 probabilistic bits, capable of powering diffusion models for image and video generation.
The technology could offer a more energy-efficient alternative to conventional data centers as AI’s power demands continue escalating.
#trendingreels #ai #technology #datacenter
@rowancheung
97.2K
KAMicrosoft just made a massive breakthrough that will change technology forever.
It’s called the Majorana 1, a quantum chip that’s the first of its kind in quantum computing.
And what this thing can do is absolutely insane.
Imagine a world where you could invent concrete that could heal itself.
Or you could design a phone battery that could be charged one time, and then never run out of juice.
That sounds like science fiction, but it’s not.
This chip is gonna make it possible with quantum computing.
Here’s how quantum computing works (ELI5).
Imagine the process to invent the material for an infinite battery was actually a giant maze.
If you solve the maze, you invent the formula for a new battery technology.
A normal computer would have to try every single pathway in the maze, one at a time.
And it could take centuries to find the right path all the way through.
But a quantum computer works differently, because it can try every single path in the maze at the same time.
This is essentially the difference between a bit and a qubit (the quantum bits that power quantum computers)
Now this new Majorana chip has an architecture that can sustain up to 1 million qubits at the same time.
That’s 1 million different pathways through the maze, every moment, until it’s solved.
And what this means, is pretty incredible.
When a scientist goes into a lab to create a material or a design new drug, they won’t need to run experiments.
Because this chip will just give them the right answer the very first time.
And It’s hard to wrap your head around what this means, but essentially, it’s new medicines, new iPhone screens that can never crack, new metals for planes that fly at supersonic speeds.
Everything will change because of quantum computers.
And we just entered the Quantum Era.
Follow @kallaway and @kallawaytech for more videos like this!
#ai #artificialintelligence #tech #technology #microsoft #quantum #computer #google #techtrends
@kallaway
2.8K
FUThe Google Quantum Computer! Let me know your ideas in the comment box!
#relativity #cosmos #spaceandtime #space #universe #quantummechanics #bigbang #outerspace #spacetraveler #hubble #nasa #eventhorizon #spacex #theoreticalphysics #blackhole #milkyway #spacefacts #astronomy #astrophysics #cosmology
Follow for more informative content @futuristic_photons
@futuristic_photons
237.5K
RPGoogle has just announced a major breakthrough in the world of quantum computing.
Remember their Willow quantum chip that they unveiled in December of last year?
Well.
For the first time in HISTORY, Willow has demonstrated the first-ever algorithm to achieve verifiable quantum advantage on hardware, surpassing even the fastest classical supercomputers (13,000x faster).
It can compute the structure of a molecule, and paves a path towards real-world applications.
You might remember that back in 2019, Google famously demonstrated that a quantum computer could solve a problem that would take the fastest classical supercomputer thousands of years.
Today’s breakthrough moves us much closer to quantum computers that can drive major discoveries in areas like medicine and materials science.
Now there is debate in the quantum community, whether this is all just marketing speak or a real step towards quantum supremacy.
I’m merely an enthusiast, certainly not an expert, so I am definitely not smart enough to weight in.
But at the very worse, this means more excitement and funding for physics research, which I think is a great thing.
If you like this video, follow @rpn to stay two steps ahead on the incredible disruption happening in tech, and how to leverage it in content and business.
And follow @technology to stay updated on the latest and greatest in the world of tech.
@rpn
476.1K
1TКВАНТОВЫЙ КОМПЬЮТЕР: РЕВОЛЮЦИЯ НАЧАЛАСЬ!
#КвантовыйКомпьютер #Sycamore #ТехнологииБудущего #КвантовыеТехнологии #Google #ИскусственныйИнтеллект #НаучныйПрорыв #БудущееТехнологий #Инновации #Суперкомпьютер
@1trickster_official
485.2K
GOTake a peek behind the scenes of the Google Quantum Campus in Santa Barbara, California with Google Research Scientist Dripto Debroy. Tap the link in our bio to learn more this #WorldQuantumDay.
@google
109.9K
TIGoogle’s quantum computer did something that would take our fastest supercomputers 10 SEPTILLION years... in just five minutes! Let me break down how that’s even possible.
Our normal computers, work with bits - basically tiny switches that are either ON or OFF. That’s
it. Just 1s and 0s.
Let’s say you wanted to crack a password with 10 characters. A regular computer would have to try each combination one at a time - that could take years! But a quantum computer? It could try all possible combinations simultaneously. It’s like having millions of computers working in
parallel!
This is possible because quantum computers use qubits, which can be ON and OFF at the same time. I know, I know. How is that possible?
Well, this is where things get REALLY interesting. Researchers use individual atoms, super-cooled to near absolute zero - that’s colder than space itself! At these temperatures, atoms start behaving according to quantum mechanics, where the normal rules of physics just...
don’t apply.
But here’s the catch - it’s INCREDIBLY difficult to maintain this quantum state. Think about trying to balance a pencil on its tip... while riding a bicycle... during an earthquake. That’s STILL easier than keeping qubits stable! Scientists call this problem “decoherence.”
Right now, the best quantum computers have about 100 working qubits. But here’s something wild - a quantum computer with just 300 qubits would be able to perform more simultaneous calculations than there are atoms in the observable universe!
And the coolest part? We’re just scratching the surface.
#tech #technology #stem #futuretech #futuretechnology
@tiffintech
1.4M
ROLINK IN BIO for all the latest news in the world of AI🧑💻
This quantum computer chip did a calculation in five minutes that would’ve taken the fastest supercomputer 10 septillion years to complete.
That’s longer than the universe has existed. Roughly 7.3 million times longer.
Google announced this chip, called Willow, a few days ago.
This breakthrough actually supports a theory first proposed by physicist David Deutsch - that quantum computers might be working with versions of themselves in parallel universes, solving different parts of the problem at the same time.
This is also known as the Multiverse theory.
While regular computers use bits that can only be 1 OR 0, quantum bits (or qubits) can exist in multiple states at once.
When qubits work together through quantum entanglement, their power grows exponentially - so just 5 qubits can crunch through 32 different number combinations in a single calculation.
Usually quantum computers are very fragile. The more power you add, the more errors you get.
But Willow does the opposite. As it gets bigger, it actually makes fewer mistakes, solving a problem they’ve been working on for 30 years.
They keep the chip in a “dilution fridge” at temperatures colder than outer space.
These extreme temperatures allow the chip to enter a zero-resistance state. Allowing electricity to flow without energy loss.
Quantum computers could help us discover new medicines, new energy alternatives, and advance AI in ways regular computers never could.
We might be looking at one of the most important technological breakthroughs of our time.
#trendingreels #quantum #ai #tech #future #computer
@rowancheung
215.5K
LR🤯 Ever feel like something's just...off? 🤔
Professor Brian Cox explores the mind-bending idea that our reality could be a sophisticated simulation! 🤯
He touches upon the recent advancements in quantum computing, specifically Google's creation of a 1-dimensional wormhole within their quantum computer using qubits. This breakthrough raises some SERIOUS questions about the nature of reality. Could this be a glimpse into how a simulated universe might work? Is it possible that our universe, with all its complexity, is just lines of code in a hyper-advanced computer? 🤯 This video dives into the science and the philosophy behind it all. Prepare to have your mind blown! 🚀🌌💻 What do YOU think? Let me know in the comments! 👇 #SimulationTheory #QuantumComputing #BrianCox #MindBlown #Wormhole #Google #Science #Tech #FutureIsNow #RealityCheck #QuantumPhysics #Universe #Simulation #ExistentialCrisis #ThinkBigger #WhatIsReal #DeepThoughts #Consciousness #AI
@lrn.it
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