Qyber\black is a network of researchers working on topics related to quantum control. It is run and supported by its members for its members. It is an open, free platform to support its members' research and release their results. We provide development, project management, hosting, computing, and communication resources.
This is a mirror of most of its public reposiotires.
- SpinNet on Qyber\black
Quantum control and robust control for spin networks.- Info - Mirror of https://qyber.black/spinnet/info-spinnet
Information about the spin network and related quantum control projects and summary of published results. - MatSpinNet - Mirror of https://qyber.black/spinnet/code-matspinnet
Matlab code for control, analysis, etc of quantum spin-1/2 networks. - RobChar - Mirror of https://qyber.black/spinnet/code-robchar
Statistical robustness characterization of quantum controls and quantum control algorithms. - Static Bias Controllers for XX Spin Rings - Mirror of https://qyber.black/spinnet/data-static-bias-controllers-xx-spin-rings
This data set contains the results of applying optimal control of information propagation in networks of spin-1/2 particles with uniform nearest neighbor XX-couplings forming a ring with a single excitation in the network as simple prototype of a router for spin-based information. - Differential-Sensitivity-Bounds-for-Dynamic-Control - Mirror of https://qyber.black/spinnet/code-differential-sensitivity-bounds-for-dynamic-control
Code and data for differential sensitivity bounds for dynamic control used in "Robustness of Dynamic Quantum Control: Differential Sensitivity Bounds". - Robustness ofEnergy Landscpae Control - Sensitivity vs. RIM - Mirror of https://qyber.black/spinnet/code-robustness-of-energy-landscape-control-sensitivity-vs-rim
Code and controller data to compare log sensitivity and RIM robustness measures for energy landscape control.
- Info - Mirror of https://qyber.black/spinnet/info-spinnet
- Quantum Spintronics
Simulation and control of quantum spintronic semiconductor devices.- Info - Mirror of https://qyber.black/quantum-spintronics/info-quantum-spintronics
Overview of our quantum spintronics results.
- Info - Mirror of https://qyber.black/quantum-spintronics/info-quantum-spintronics
- Magnetic Resonance Spectroscopy on Qyber\black
MRS pulse sequences, spectral analysis and quantification.- Info - Mirror of https://qyber.black/mrs/info-mrs/
Information about the magnetic resonance spectroscopy projects and summary of published results. - LWFIT - Mirror of https://qyber.black/pca/code-qdicom-utilities
GABA quantification from MEGA-PRESS magnetic resonance spectra. - MRSNet - Mirror of https://qyber.black/mrs/code-mrsnet
MR spectral quantification using convoloutional neural networks.
- Info - Mirror of https://qyber.black/mrs/info-mrs/
- Cancer on Qyber\black
Prostae and brain cancer diagnosis.- Info - Mirror of https://qyber.black/ca/info-cancer/
Information about the prostate and brain cancer projects and summary of published results. - QDicom-Utilties - Mirror of https://qyber.black/ca/code-qdicom-utilities
Utilities to deal with dicom files and data repositories. - BCa - Mirror of https://qyber.black/ca/code-bca
Code for brain cancer segmentation. - PCaNet - Mirror of https://qyber.black/ca/code-pcanet
Prostate cancer segmentation and classification with machine learning.
- Info - Mirror of https://qyber.black/ca/info-cancer/
