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Tuesday 03 December 2024 04:30:57 GMT
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A xin loix tyeu be nho=) #CapCut
A xin loix tyeu be nho=) #CapCut
#Publi Si lo que buscas es drama, pasión, venganza y un dibujo precioso, tienes que leer #ElElixirDelSol y busca palomitas que esto se pone bueno @WEBTOON LATAM #WEBTOON #WEBTOONLATAM #webtoonrecomendacion #recomendacionwebtoon
#Publi Si lo que buscas es drama, pasión, venganza y un dibujo precioso, tienes que leer #ElElixirDelSol y busca palomitas que esto se pone bueno @WEBTOON LATAM #WEBTOON #WEBTOONLATAM #webtoonrecomendacion #recomendacionwebtoon
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Google'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
Google'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 #techexplained #quantumphysics #quantumcomputing

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