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This video on Quantum Computing gives you an overview of the underlying technology of Quantum Computing. This video will help you understand its difference from other classic computers or Supercomputers. A conventional digital computer manipulates bits of value 0or 1to execute data processing operations.
This video will also take you through companies currently adopting and implementing Quantum Computing and will let you explore how it is used in different industries and firms and what future it holds for itself.
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#QuantumComputing #QuantumComputingExplained #WhatIsQuantumComputing #QuamtumComputingForBeginners #QuantumComputer #QuantumComputerExplained #WhatIsQuantumComputer #QuantumComputerForBeginners #Simplilearn
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b
Which engineering coure we have to take to learn quantum computing
Answer is algorithm
Answer:b
C
Fantastic breakdown of quantum computing in just 5 minutes! This video simplifies a complex topic and makes it accessible to everyone. Understanding the basics of quantum computing is crucial in today's tech-driven world, and this video does a great job of explaining it concisely. Thanks for sharing this informative content.
Algorithm
Lets go with atom and molecule
Algorithm
D)none of the above
Cuz,speed is the major difference
If the research in quantum computer is completely successful. I think it will probably generate a breakthrough to the human race, and I just hope it will not be utilized in some negative purposes.
Atoms and molecule
The answer is atoms and molecules
B) Uncertainty of Outcomes
This is a really shit video. I don't think the author understands digital computers at all either.
b) uncertainty of putcomes
a.atoms and molecules
That is not complete true
Do you know why computer work's with only 1 and 0 ?
Because ther less chance for errors ther is reason computer still use 1 and 0
If quantum computer become I think I will be a long side with regular computer's as the are way to transfer physical to digital signlo.
Or in the to move more data or something.
atoms n aprticles?
If I give u plastic and metal, how do they make a computer or a phone that reasons and understands and holds a thought
option b) uncertainty of outcomes
Some portion of 0 and some portion of 1, means there are more possibilities, right? So, it's like if you take a single note on the piano, say the note C. And you divide it up into 10 notes of different frequencies, but still within the range of the note C. They are all still the note C but not quite. This way you would be able to play an entire song just from one note. The ear would not really be able to hear the melody clearly, but the song would be there.
Am I understanding this correctly? But how do more possibilities give more speed? Sounds like more things to calculate would make it slower.
What is a QUANTUM Computer? Simplistically like a OLD Valve radio, but not quite, QUANTUM computer is just like a electron microscope or a scanner have to be connected to a IBM Number cruncher. simply removed every valve components from a big valve radio and fitted a small circuit board from a two penlight battery radio. (Called a new technology) I laugh on people who dreams a lot, just past four decades Bill gate stole the idea of OS and become 110 Billion dollars A.H, Technology may change but playing with quantum electron through glass tube huh dream on.
How do someone at least in theory should understand anything from these useless simple animations?
Still it is not explained how it works. It is about what you can achieve.
Algorithm
B
Uncertainty
Idiotic clickbait. All the videos and articles claiming to explain quantum computing explain nothing but the most banal and the very remotely related concept spit out without any comprehension of how they actually link to quantum computing. This is because those You-tubers have no idea how exactly a quantum computer actually works so they copy/paste and regurgitate generic and vague ideas. Utterly useless, my grandmother could give better insight.
Algoritm
B
Bullshit
Sorry. Same old general information.
i need a quantum computer to explain why i stil dont understand quantum computers haha
What background information i need to understand this?
A
The simple way to know what I was wondering about. And this video is years old? How comes nobody told me?
Y’all bunch of selfish people.
One of the worst explainers I’ve ever seen
I'm in awe of this content. I read a book with a similar theme, and it was truly awe-inspiring. "Game Theory and the Pursuit of Algorithmic Fairness" by Jack Frostwell
atoms and molecules
b) uncertainty of outcomes
B – uncertanity of the outcomes
Ang gulo
What? Barclays and JP Morgan already use quantum computing for encryption? Before quantum computers have been deployed? Time Machine?
Sounds like bullshit. You need to explain how quantum computer will represent the English Alphabet, Number 1 to 10, and etc….
b) Uncertainty of outcomes.
Quantum Computers leverage principles from quantum mechanics, such as superposition and entanglement, to perform computations. These principles introduce a level of uncertainty in the outcomes of calculations. In a quantum computer, the state of a qubit (quantum bit) can exist in multiple states simultaneously, allowing for parallel processing and the potential to solve certain problems more efficiently than classical computers. However, due to the inherent uncertainty and probabilistic nature of quantum systems, the outcomes of quantum computations are probabilistic and can only be predicted with a certain probability.
On the other hand, Supercomputers are classical computers that use traditional computing architectures and algorithms to perform computations. They operate based on well-defined and deterministic algorithms, where the output is precisely determined by the input.
Therefore, the correct answer is option b) Uncertainty of outcomes, as it highlights a key distinction between Quantum Computers and Supercomputers
what makes Quantum Computers different from SuperComputers?
a.Atoms and molecules
b.Uncertainty of outcomes
c.Algorithm
d.None of the above
answer is b.Uncertainty of outcomes
What the hell are you taking about