3550733
Description
Mind Map by Kyle Fogarty, updated more than 1 year ago
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Created by Kyle Fogarty
over 10 years ago
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Initial Ideas - Quantum Computing
- Quantum Photonics
- Research at the University of Bristol
- Using Photons to store information
- Inheriting the principle of
superposition and the wave
particle duality of light ~
Link to AS Physic
- Inheriting the principle of
superposition and the wave
particle duality of light ~
Link to AS Physic
- Fiber Optics & Wave Guides
- Research at the University of Bristol
- Using Photons to store information
- Future Effects
- Quantum Cryptography & Security
- Algorithms for
optimisation problems
like factorising large
numbers.
- Effect this may have
on current encryption
techniques
- Effect this may have
on current encryption
techniques
- Using Ideas of Quantum
Mechanics to transfer
information. (Polarisation
of light)
- Algorithms for
optimisation problems
like factorising large
numbers.
- Speed of computation
- Huge Investment in Quantum
Computation from companies like Google
and IBM as well as institutions like the US
government.
- D - WAVE
- D - WAVE
- Quantum Cryptography & Security
- Quantum Technologies -
Qubits
- Using the spin of an electron as the Qubit to store
and compute information
- Using Photons as Qubit
- Using the spin of an electron as the Qubit to store
and compute information
- Quantum Vs Classical
- Classical Binary system vs a system
that can use superposition to have
the option of 1/0/1&0
- Schrodinger's Cat Though Experiment
- Schrodinger's Cat Though Experiment
- Classical Computers will almost certainly remain
the fastest way to complete ordinary task -
Quantum computing will only be useful for
specialist tasks.
- Classical Binary system vs a system
that can use superposition to have
the option of 1/0/1&0
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