अहिले सम्मकै शक्तिशाली कम्प्युटर, के के छन विषेशता? || Quantum Computer || Bishwo Ghatana
Вставка
- Опубліковано 17 вер 2024
- Our Next youtube channel :
All History: • The richest Man on Ear...
Follow on Facebook: / bishwoghatna
Follow on twitter: / bishwoghatana
Quantum computing could change the world. It could transform medicine, break encryption and revolutionize communications and artificial intelligence. Companies like IBM, Microsoft and Google are racing to build reliable quantum computers. China has invested billions.
Recently, Google claimed that it had achieved quantum supremacy - the first time a quantum computer has outperformed a traditional one. But what is quantum computing? And how does it work?
What is quantum computing?
Let’s start with the basics.
An ordinary computer chip uses bits. These are like tiny switches, that can either be in the off position - represented by a zero - or in the on position - represented by a one. Every app you use, the website you visit and photograph you take is ultimately made up of millions of these bits in some combination of ones and zeroes.
This works great for most things, but it doesn’t reflect the way the universe actually works. In nature, things aren’t just on or off. They’re uncertain. And even our best supercomputers aren’t very good at dealing with uncertainty. That’s a problem.
That's because, over the last century, physicists have discovered when you go down to a really small scale, weird things start to happen. They’ve developed a whole new field of science to try and explain to them. It’s called quantum mechanics.
Quantum mechanics is the foundation of physics, which underlies chemistry, which is the foundation of biology. So for scientists to accurately simulate any of those things, they need a better way of making calculations that can handle uncertainty. Enter, quantum computers.
How do quantum computers work?
Instead of bits, quantum computers use qubits. Rather than just being on or off, qubits can also be in what’s called ‘superposition’ - where they’re both on and off at the same time, or somewhere on a spectrum between the two.
Take a coin. If you flip it, it can either be heads or tails. But if you spin it - it’s got a chance of landing on heads, and a chance of landing on tails. Until you measure it, by stopping the coin, it can be either. Superposition is like a spinning coin, and it’s one of the things that makes quantum computers so powerful. A qubit allows for uncertainty.
If you ask a normal computer to figure its way out of a maze, it will try every single branch in turn, ruling them all out individually until it finds the right one. A quantum computer can go down every path of the maze at once. It can hold uncertainty in its head.
It’s a bit like keeping a finger in the pages of a choose your own adventure book. If your character dies, you can immediately choose a different path, instead of having to return to the start of the book.
The other thing that qubits can do is called entanglement. Normally, if you flip two coins, the result of one coin toss has no bearing on the result of the other one. They’re independent. In entanglement, two particles are linked together, even if they’re physically separate. If one comes up heads, the other one will also be beheaded.
It sounds like magic, and physicists still don’t fully understand how or why it works. But in the realm of quantum computing, it means that you can move information around, even if it contains uncertainty. You can take that spinning coin and use it to perform complex calculations. And if you can string together multiple qubits, you can tackle problems that would take our best computers millions of years to solve.
Music Credit :
Martian Cowboy Kevin MacLeod (incompetech.com)
Licensed under Creative Commons: By Attribution 3.0 License
creativecommons.... incompetech.com/ audionautix.com/ audionautix.com/
सम्पूर्ण दर्शकहरुमा नमस्कार । यो कार्यक्रम अहिले साँझ 7:00 बजे प्रसारण हुनेछ । कृपया लाईक कमेन्ट अनि सेयर र सब्सक्राईब गर्न नभुल्नु होला । धन्यवाद
Fast
Very nice video
विश्व घटना नियमित हेर्नेहरू यता हाजीर है।💪
I'm ani time
विश्व घटना च्यानललाई सस्क्राराइब गर्ने जति येता हजिर गरुम
बैज्ञानिकहरुको लागि बढी उपयोगी रहेछ नयाँ कम्प्युटर !
Bishwo ghatana herna man paraune jatile yeta like garum ta👍👍
एकदमै चाखलाग्दो बिषय लाग्यो।
धेरैमा धेरैमा धेरै राम्रो सुन्दर जानकारी लाग्यो !!!
धेरैमा धेरै राम्रो सुन्दर प्रस्तुति लाग्यो !!!!
अति राम्रो सुन्दर प्रस्तुति लाग्यो !!!!
अद्भुत आकर्षक आश्चर्यजनक अकल्पनीय अविश्वसनीय !!!!
useful video..
धेरै धेरै राम्रो लाग्यो
अति सुन्दर भिडियो
Dherai ramro kura
Kti mitho janakari pauxau ❤❤❤👍👍
Ma favourite youtube channel tq sir
मलाई धेरै मन पर्छ हजुर काे प्रोग्राम Because I like to understand something new in Nepal or outside of Nepal
Love for this channel
Nice sir
राम्रो छ
thanks for your introduction of quantum computer and its future prospects
Our pleasure!
Nice
Nothing Is Impossible For Human
Big computer
Make video on quantam physics.. i want to be physicist in future.. so i want to know more about quantam physics
Vigyan khabar channel xa Nepali bro..
अजै जान्कारि पाउ quantom बारेमा ।
Thanks for great information
Thank you boss
Good infrmetion
dai.. world's fast super computer lai 10000 years solve garna lagne calculation lai google ko quantum computer le
3 min ave 20 sec ma complete gareko record xa...
K yo normal person la purchase garna sakxa
Fact of the day: The world largest traffic jam lasted for 11 days in Beijing, China.
Super Voice
Wow voice chai ho k tapaiko
Mah aailey tokyo ma ai rw it ko course gardai xu sayed quantum theory ko computer programming nikai gato ani bits pani heavy hunx vanerw paddai xau linux ko barey herey hunxa coding method ma quantum nikai gaaro hunx udarahan ma coding laungauge ma python c++ haru
I am the first Nepali to run a program in Quantum computer with 5 -Qubit processor
make video on quantam physics
Vigyan khabar channel ma paxi aauxa yo topic ma
Deep science janna Mann parxa vhane tho channel ma Janus
Background music chai vayena hai...
Mero sano dimagle kei buje ta mardinu 😂😂
यता हाँजिर गर्नुहोस् भन्ने को को हुनुहुन्छ 😂😂
MOH xu