- 👋 Hi, I’m @InderpalSuthar Junior at IIT Delhi
- 👀 My interest is in quantum algorithms, quantum hardware engineering, nanofabrication engineering, quantum computation, generative design, & data-driven 3D modeling.
- 🌱 I’m currently learning quantum information science particularly Approximate Quantum Cloning and Error correcting Codes.
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IIT Delhi
- Hauz Khas , New Delhi , 110016
- in/inderpal-suthar-b38344260
- https://medium.com/@inderpalsuthar5911
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Achieving_Tsirelson_Bound
Achieving_Tsirelson_Bound PublicIn this tutorial we will about to get tsirelson bound using actual quantum hardware of qiskit and also verify the result by convex optimization technique (semi definite programming) using MATLAB + …
Jupyter Notebook
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Qiskit_Metal-KLayout-Blender
Qiskit_Metal-KLayout-Blender PublicRendering Quantum Chip using Blender with Qiskit-Metal+KLayout for layout design - By Inderpal Suthar
Jupyter Notebook
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Quantum_Ripple_Carry_Adder
Quantum_Ripple_Carry_Adder PublicWe will add any 2 decimal numbers using Qiskit Simulator - 'qasm-simulator'
Jupyter Notebook 1
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Bloch-Sphere-Visualization-Tool
Bloch-Sphere-Visualization-Tool PublicI developed a simple tool using tkinter in python to visualize the Bloch Sphere for single qubit unitary operation .
Jupyter Notebook 1
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cuda-quantum
cuda-quantum PublicForked from NVIDIA/cuda-quantum
C++ and Python support for the CUDA Quantum programming model for heterogeneous quantum-classical workflows
C++ 2
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Quantum-Error-Suppression-and-Mitigation
Quantum-Error-Suppression-and-Mitigation PublicThis is the part of the IBM Qiskit Summer School 2024
Jupyter Notebook 1
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