cv
This is a description of the page. You can modify it in '_pages/cv.md'. You can also change or remove the top pdf download button.
Basics
| Name | Jishnu Rajendran |
| Label | Quantum Physicist |
| Picture | https://avatars.githubusercontent.com/u/10544069?v=4 |
| jishnurajendran@protonmail.ch | |
| Phone | 918281245010 |
| Website | https://jishnurajendran.github.io/ |
| Summary |
Work
-
2018.12 - 2024.07 PhD Scholar
Research focusing on Superconducting qubits, especially we explored the dynamics and applications of Ultra-Strong Coupling in open quantum systems for advancing quantum technology
- Developed efficent and optimal protocol for state trasfer for open, realistic quantum systems for quantum technology
- Developed quantum simulation of light-matter open quantum system, employed quantum optimal control, improved the efficency, robustness of state trasfer protocol to 99.99% for realistic quantum superconducting qubits.
-
2017.05 - 2018.09 Researcher
Implemeted a true quantum parrondo's game for the first time ever using quantum walk.
- Played a key role in the development of quantum version of parrondo's game, key innovation in the field of quantum game theory and quantum computation
- Improvements on quantum game 'Parrondo's paradox' provide key insights into quantum walks, quantum information processing, and quantum algorithms, while also inspiring novel approaches in diverse fields such as COVID-19 epidemic management strategies and financial investment optimization.
Volunteer
-
2015.05 - 2016.05 Outreach Coordinator
Zaariya
Conducted outreach activities and coordinated events for Zaariya, the Social Services Club of NISER, Bhubaneswar, focusing on helping children from financially disadvantaged backgrounds.
- Organized and participated in visits to provide support and resources to underprivileged children.
- Coordinated community events such as the food fest and blood donation capms to raise awareness and funds for the organization's mission.
- Assisted in planning and executing various inclusive community activities to benefit children from poor financial backgrounds.
- Collaborated with faculty and fellow volunteers to implement the club's vision and commitments.
Education
Awards
- 2012
INSPIRE Fellow
Department of Science and Technology, India
Awarded for distinguished students in research institutes.
Publications
-
2022.08 Coarse-grained dynamics of ac-driven two-state systems
SIF
Magnus expansion is used to identify effective Hamiltonians describing the coarse-grained dynamics of more complex problems in two-level systems driven by AC fields.
-
2022.03 Optimized state transfer in systems of ultrastrongly coupled matter and radiation
SIF
Ultrastrong coupling may allow faster operations for the development of quantum technologies at the expenses of increased sensitivity to new kind of intrinsic errors.
-
2021.05 Probing ultrastrong light-matter coupling in open quantum systems
Springer Science and Business Media LLC
Investigation of ultrastrong light-matter coupling in open quantum systems.
-
2019.12 Coherent trapping in small quantum networks
IOP Publishing
Study of coherent trapping phenomena in small quantum networks. An important feature needed in quantum communication protocols
-
2018.06 Playing a true Parrondo's game with a three-state coin on a quantum walk
IOP Publishing
Research on Parrondo's game implementation using quantum walks with a three-state coin.
-
2018.02 Implementing Parrondo's paradox with two-coin quantum walks
The Royal Society
Study on implementing Parrondo's paradox using quantum walks with two coins.
Skills
| Quantum technology | |
| Open Quantum Systems - Applied in noise modeling for superconducting qubits | |
| Quantum Error Correction - Implemented surface codes for quantum memory protection | |
| Quantum Algorithms - Developed quantum walk-based algorithms for search problems | |
| Quantum Control - Designed optimal control protocols for quantum state transfer | |
| Quantum Information Theory - Applied in quantum communication protocols | |
| Quantum Simulation - Simulated light-matter interaction in cavity QED | |
| Quantum Cryptography - Implemented BB84 protocol using Qiskit | |
| Quantum Sensing - Worked on quantum metrology protocols |
| Programming | |
| Python - Developed quantum simulation packages and ML models for state classification | |
| Julia - Created high-performance quantum dynamics simulations | |
| C++ - Implemented quantum algorithms for efficiency | |
| MATLAB - Developed numerical solvers for quantum systems | |
| Qiskit - Built quantum circuits for IBM quantum computers | |
| Cirq - Designed quantum algorithms for Google's quantum framework | |
| Machine Learning Libraries (PyTorch) - Implemented neural networks for quantum state tomography | |
| Data Visualization (Matplotlib, Seaborn) - Created publication-quality figures for research | |
| Scientific Computing (NumPy, SciPy) - Large-scale quantum system simulations | |
| High-Performance Computing - Parallelized quantum simulations on clusters | |
| Version Control - Managed collaborative quantum software projects | |
| Bash | |
| Git | |
| Docker | |
| Object-Oriented Programming | |
| Functional Programming | |
| Emacs Lisp (elisp) |
| Research | |
| Mathematical Reasoning | |
| Research Methodology | |
| System Modelling | |
| Statistical Analysis | |
| Interdisciplinary Collaboration | |
| Data Interpretation | |
| Hypothesis Testing | |
| Scientific Writing | |
| Literature Review | |
| Critical Thinking | |
| Problem-Solving | |
| Quantitative Reasoning | |
| Pattern Recognition |
| Optimal Control | |
| Quantum Optimal Control - Developed protocols for quantum gate implementation | |
| Pulse Shaping - Designed microwave pulses for qubit control | |
| Hamiltonian Engineering - Modified system dynamics for quantum information processing | |
| Dynamical Decoupling - Implemented noise suppression techniques | |
| Quantum Gate Synthesis - Optimized quantum circuit implementations | |
| System Modelling |
| Data Analysis | |
| Statistical Analysis - Applied to quantum measurement data | |
| Data Visualization - Created interactive quantum system visualizations | |
| Big Data Processing - Handled large quantum simulation datasets | |
| Numerical Methods - Implemented quantum system solvers | |
| Monte Carlo Simulations - Used in quantum error analysis |
Languages
| English | |
| Fluent |
| Malayalam | |
| Fluent |
| Italian | |
| Beginner |
| Hindi | |
| Fluent |
Interests
| Research and Development | |
| Quantum Technologies | |
| Quantum Computing | |
| Machine Learning | |
| Data Science | |
| Artificial Intelligence | |
| Biotechnology | |
| Nanotechnology | |
| Renewable Energy | |
| Climate Science | |
| Sustainable Materials | |
| Space Technologies | |
| Cybersecurity | |
| Advanced Connectivity |
| Quantum Technologies | |
| Superconducting Qubits | |
| Open Quantum Systems | |
| Ultra-strong Coupling | |
| Quantum Simulation | |
| Quantum Control | |
| Quantum Information Processing | |
| Quantum Communication and Networking | |
| Quantum Optics | |
| Quantum Sensing and Metrology | |
| Quantum Materials | |
| Quantum Thermodynamics | |
| Quantum Error Correction | |
| Quantum Algorithms | |
| Quantum-Classical Hybrid Systems | |
| Quantum Machine Learning | |
| Quantum Cryptography | |
| Quantum Nanoscience |
| Interdisciplinary Applications | |
| Quantum-assisted Optimization | |
| Quantum-inspired Artificial Intelligence | |
| Quantum Finance | |
| Quantum-enhanced Sensing | |
| Quantum Imaging | |
| Quantum Chemistry | |
| Quantum-enhanced Precision Measurements |
| Theoretical Methods | |
| Quantum Electrodynamics | |
| Quantum Many-body Physics | |
| Non-equilibrium Quantum Dynamics | |
| Quantum Measurement Theory | |
| Quantum Noise and Decoherence | |
| Quantum Information Theory |