|XXXVIII Workshop on Geometric Methods in Physics||30.06-6.07.2019|
|VIII School on Geometry and Physics||24-28.06.2019|
Participants of Workshop
Participants of School
Using adiabatic quantum computers to solve SAT3
The adiabatic theorem in quantum mechanics enables us to derive new algorithms in quantum computation and gives us a new perspective on quantum computation. Using the adiabatic theorem we are able to find ground eigenstates of a complicated Hamiltonian H1 by constructing a simpler time dependent Hamiltonian H0 and letting H0 adiabatically evolve to the given Hamiltonian H1.
We compare the basic concepts of adiabatic quantum computation (AQC) with more common approaches and demonstrate SAT3 solution using the AQC.
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