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Final Year Project and beyond, Provisional, Provisional, Provisional,…
Final Year Project and beyond
Higher Order Term contribution to SQUID to make a more realistic model
Possible explorations
Non-Markovian Model
Redfield vs Lindblad form
Second Order Replication
Steady State Solver
Verifying Results
Third Order Derivation and Analysis
Convergence of Higher Order term contributions
Analytical Derivation
Using SQUID model parameters to reduce decoherence characteristics for generic environment
Impact of higher order terms to Decoherence and other properties
Changing Parameter values to characterise Decoherence
Environmental Engineering to reduce decoherence for improved SQUID model (Kerr effect etc) - Higher order nonlinearity for 2PA
General System Environment Engineering (to see if effects are replicated for any system)
2PA for Minimising SQUID decoherence (verify results)
Higher order Kerr terms effect on Decoherence
Drafting Experiment to validate theoretical findings
Extending to different qubit types
Extending to multi qubit simulations
Engineering Characterisitics and application to Quantum Computing
Provisional
Provisional
Provisional
Provisional
Does the model converge?
Can the valid model's decoherence be reduced?
Can the results be verified experimentally?
Can the results be used in the real world?
3PA: 3 months
3PA: 1 month
3PA: 2 months
3PA: 2 months
3PA: 1 month
3PA: 1 month
3PA: 1 month