Quantum Computing - MITID Innovation
                     Quantum 
Computing
MITID Innovation
Struggling with the burden of workloads and 
a heartfelt craving for faster computers, how 
we wish 2021 brings us closer to the reality 
of Quantum computing with just a charm. 
While mankind loves to create many 
problems for itself everyday, here’s a 
technology innovation that is made to solve 
even the ones that haven’t come up yet.
While a traditional computer interacts 
with long strings of ‘bits’ which encode 
into a zero or a one, quantum computing 
uses ‘qubits’. Qubits encode the zero 
and the one into two distinguishable 
quantum states that allows them to work 
on multiple variables.
Well, the word even has it that Quantum 
computers are a billion years faster than 
their traditional counterparts and can solve 
impossible problems.
Quantum Computing, the next superhero 
unleashes five superpowers.
Same Same But 
ClDassiicff coemrpuetenrs tand quantum computers 
are not all the same and not all that 
different.
Quantum computers are not just made to 
speed up classic computing but are curated 
to solve problems of a different league.
Enchanted Encryption
Unlike magic spells, quantum computers 
create encryption that is unbreakable. From
changing the game of data security to 
cracking multiple encryption techniques, 
Quantum
computers are all set to introduce hack-
proof replacements to the world.
Saver Power
Through quantum tunnelling, quantum 
computers are programmed to reduce 
power consumption while keeping efficiency 
high. Quantum computing saves electricity 
from anywhere between 100 to 1000 times.
Tunnel of 
With quantuTme tulnenepllinog,r ptaratictleis or nqubits 
can travel back and forth in time 
while teleporting between positions. This 
state enables the fast working of different 
variables.
Stellar Superposition
A Quantum state that allows existence of 
multiple articles in multiple states at the 
same time is called a Superposition. In 
Quantum computing’s parallel universe, 
qubits can exist and be observed in two 
different states, simultaneously. This 
superpower empowers quantum computers 
to examine numerous variables at the same 
time and act efficiently on all of them.
While quantum computing can be a blessing 
when it comes true, here’s a peak into what 
potential it holds to revolutionise our lives. 
With an intervention of cosmology with 
quantum computing, we can find out a lot 
more about our universe; it’s age and the life 
it’s left with. 
By calculating the dipole moment in Lithium-
Sulphur on a quantum computer, next 
generation batteries can be brought to life. 
Life changing drug development can be 
owed to quantum computing as it allows 
evaluation of interaction between 
molecules, proteins and chemicals. 
Traffic Management is one area that can 
change our everyday living with quantum 
computing using quick route optimisation 
and efficient scheduling.
Conclusion
MIT ID Innovation Programme curates 
knowledge and experiences that 
challenge the very paradigm of evolution. 
And that's why we have set out to define 
the future of industries, communities, 
cities and ecosystems. MIT ID Innovation 
offers the best Courses in innovation.
We’d love to 
hear
from you.
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