0:00
what if your computer could think not in
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ones or zeros but in both at once that's
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the promise of quantum computing a
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technology that challenges everything we
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know about how machines compute store
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and solve problems For decades classical
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computers have been the backbone of our
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digital world Every website you visit
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every app you open every photo you take
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these are all processed by computers
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that use bits the smallest unit of data
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which can only exist in a state of zero
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or one Their logic is binary sequential
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and very fast But no matter how advanced
0:41
they become classical computers are
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bound by the limitations of binary
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processing Quantum computers on the
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other hand play by an entirely different
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rule book Instead of bits they use
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cubits which can exist in a state of
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zero one or both at the same time thanks
1:00
to a quantum phenomenon called superp
1:03
position Add to that quantum
1:05
entanglement a mysterious link between
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cubits that allows them to be connected
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regardless of distance and suddenly you
1:13
have a machine that can process vast
1:16
combinations of information
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simultaneously This difference is more
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transformational A classical computer
1:25
might try every possible solution to a
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problem one at a time A quantum computer
1:31
can evaluate many potential outcomes at
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once making it ideal for solving
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incredibly complex problems in
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cryptography drug development financial
1:41
modeling and climate simulation But
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quantum computers aren't meant to
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replace classical ones At least not yet
1:50
They are better viewed as specialized
1:53
tools like a telescope compared to the
1:56
human eye Classical machines are still
1:58
more efficient and cost effective for
2:01
everyday tasks like browsing the web or
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running office software Quantum systems
2:07
however shine when traditional machines
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falter when problems grow exponentially
2:13
with each added variable Today's quantum
2:16
computers are still in their infancy
2:19
They are sensitive to environmental
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noise errorprone and extremely difficult
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to scale But as companies like IBM
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Google and emerging startups continue to
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refine the technology hybrid systems
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where quantum and classical computers
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work together are emerging as the new
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frontier Understanding the distinction
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between classical and quantum computing
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isn't just for physicists or tech
2:47
insiders anymore As quantum applications
2:50
begin to touch industries we all rely on
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being informed means being prepared for
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a shift that may redefine how we
2:59
interact with technology itself Which
3:02
potential application of quantum
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computing do you think will impact your
