Fault Tolerant Quantum Computers are not near term.
Can we still use the NISQ devices to outperform the Classical Computation?
Transverse field Ising Model in 127 qubits.
Expected to be extremely hard to simulate in the highly entangled regime.
IBM: Geometry;
Hamiltonian: Trotterisation
First order Trotter
Cirquit and Characterisation
Zero Noise Estimation and Probabilistic Error Correction
Comparison at Low Entanglement Limit
Prediction beyond classical (?)
Questions:
Is this Quantum Supremacy?
That is, Is there really no ways to simulate (part of) this circuit efficiently, classically?
Can all parts of the circuit be simulated efficiently, classically?
Over to Martina
A rebutal
IBM Ising
By Sagnik Ghosh
IBM Ising
Explore the potential of NISQ devices in surpassing classical computation. Delve into the Transverse field Ising Model using 127 qubits, which is expected to be challenging to simulate due to high entanglement.
