0:00
imagine a computer so powerful it could
0:03
crack today's most secure encryption in
0:05
seconds simulate the entire behavior of
0:08
molecules and solve complex problems
0:11
that would take classical machines
0:13
thousands of years that's not science
0:16
fiction anymore welcome to the journey
0:19
of quantum computing a path that began
0:22
in theory and is now inching closer to
0:24
real world applications the roots of
0:27
quantum computing can be traced back to
0:29
the early 1980s when physicist Richard
0:33
Fineman posed a bold question why not
0:36
use quantum mechanics to simulate
0:38
quantum systems this seemingly simple
0:40
idea sparked a revolution unlike
0:44
classical computers which use bits to
0:46
process information as zer or ones
0:49
quantum computers use cubits units that
0:52
can exist in multiple states at once
0:55
thanks to the principle of superp
0:57
position I end those early days the
1:00
concept was more philosophical than
1:03
practical it wasn't until the 1990s that
1:06
breakthroughs like Peter Shor's
1:08
algorithm capable of factoring large
1:11
numbers exponentially faster than any
1:14
known classical algorithm proved that
1:17
quantum computing could outpace
1:19
traditional machines this shook the
1:21
cryptographic world and thrust quantum
1:24
computing from academic curiosity into
1:27
technological urgency fast forward to
1:30
today and tech giants like IBM Google
1:34
and startups such as Ion Q and Regetti
1:37
are racing to develop viable quantum
1:39
processors in 2019 Google claimed to
1:44
have achieved quantum supremacy with a
1:46
54 cubit processor that solved a problem
1:50
in 200 seconds that would take a
1:52
supercomput thousands of years while the
1:55
claim remains debated it marked a
1:58
milestone in making quantum theory a
2:00
practical pursuit what makes quantum
2:03
computing especially thrilling is its
2:05
potential to revolutionize everything
2:08
from drug discovery and climate modeling
2:11
to financial forecasting and artificial
2:14
intelligence yet building a fully
2:17
functional error corrected quantum
2:19
computer remains one of the greatest
2:22
engineering challenges of our time
2:24
issues like cubit stability and quantum
2:27
decoherence still limit current machines
2:30
to highly controlled lab environments
2:33
but progress is happening rapidly hybrid
2:36
approaches like quantum classical
2:38
computing are already being tested in
2:41
realworld scenarios quantum cloud
2:44
platforms are now accessible to
2:46
developers and researchers opening doors
2:49
to innovation once restricted to elite
2:51
labs so O is quantum computing the next
2:55
big leap or just a beautiful theory
2:58
still decades away from practical use as
3:01
with all great technological shifts the
3:04
answer may lie in how we embrace the
3:06
present and imagine the future what part
3:09
of quantum computing excites you the
3:11
most and how do you see it changing our
