Pinned Repositories
-47-generating-control-time-evolution-operator-on-NISQ-device
Blueqat
Quantum Computer Library for Everyone
Delayed_Choice_Experiment
Investigation of quantum delayed choice experiment using IBMQ
entropica_qaoa
EntropicaQAOA is a modular package for the quantum approximate optimisation algorithm (QAOA) built on top of Rigetti’s Forest SDK.
optimizations_via_openpulse
QCM-tasks
qiskit-hackathon-kolkata-20
quantum-algorithms-tutorials
Tutorials for Quantum Algorithms
quantum_walk
IBM Q Hackathon: Quantum Walk
Scientific-programing-Python
Scientific programing with python, collection of notebooks
NarendraHegade5's Repositories
NarendraHegade5/Blueqat
Quantum Computer Library for Everyone
NarendraHegade5/optimizations_via_openpulse
NarendraHegade5/qiskit-hackathon-kolkata-20
NarendraHegade5/Scientific-programing-Python
Scientific programing with python, collection of notebooks
NarendraHegade5/-47-generating-control-time-evolution-operator-on-NISQ-device
NarendraHegade5/Delayed_Choice_Experiment
Investigation of quantum delayed choice experiment using IBMQ
NarendraHegade5/entropica_qaoa
EntropicaQAOA is a modular package for the quantum approximate optimisation algorithm (QAOA) built on top of Rigetti’s Forest SDK.
NarendraHegade5/QCM-tasks
NarendraHegade5/quantum-algorithms-tutorials
Tutorials for Quantum Algorithms
NarendraHegade5/Awesome-QuantumComputing
This repos records how I grow up in quantum computing.
NarendraHegade5/Blueqat-tutorials
Basic tutorials for Blueqat
NarendraHegade5/Constant_Depth_Circuits
Code to generate constant-depth circuits for dynamic simulations of materials on quantum computers
NarendraHegade5/fastpages
An easy to use blogging platform, with enhanced support for Jupyter Notebooks.
NarendraHegade5/My-profile
Hi! Welcome to my page
NarendraHegade5/MyWebsiteNew
A beautiful, simple, clean, and responsive Jekyll theme for academics
NarendraHegade5/narendra.hegade.github.io
My personal website
NarendraHegade5/NarendraHegade5.github.io
My Personal Website
NarendraHegade5/Neural-Networks-Demystified
Supporting code for short YouTube series Neural Networks Demystified.
NarendraHegade5/nisq-implementations
A curated list of NISQ implementations.
NarendraHegade5/pytket
Python module for interfacing with the CQC t|ket> library of quantum software
NarendraHegade5/qcm_task
NarendraHegade5/qiskit-dynamics
Tools for building and solving models of quantum systems in Qiskit
NarendraHegade5/qiskit-terra
Terra provides the foundations for Qiskit. It allows the user to write quantum circuits easily, and takes care of the constraints of real hardware.
NarendraHegade5/QST_Review_Working_Examples
Working examples for a static and dynamic materials simulation on a quantum computer
NarendraHegade5/quantum
Hybrid Quantum-Classical Machine Learning in TensorFlow
NarendraHegade5/quantumcomputingbook
Companion site for the textbook Quantum Computing: An Applied Approach
NarendraHegade5/QuIC-Seminar
Code repository for the QuIC Seminar at Michigan State University.
NarendraHegade5/scientific-python-lectures
Lectures on scientific computing with python, as IPython notebooks.
NarendraHegade5/TFIM_Trotter_Simulations
NarendraHegade5/time_dependent_hamiltonian
Numerical simulation of a quantum system with a time dependent Hamiltonian.