Akash Kumar Singh

I am Akash Kumar Singh, a dedicated researcher in the field of quantum computing. I graduated with a BS-MS in Physics from the Indian Institute of Science Education and Research (IISER), Tirupati, India, in 2023. During my undergraduate studies, I focused on Quantum Error Correction, specifically designing a scheme to implement CSS codes on Measurement-Based Quantum Computation (MBQC) using ZX Calculus.

After that, I pursued an M.Tech in Quantum Computing at the Defence Institute of Advanced Technology, Pune. In my M.Tech, I focused on Quantum Algorithms for Differential Equations as part of my dissertation. I was able to Design an efficient algorithm for the Quantum Laplace Transform using Quantum Eigenvalue Transformation and Linear Combination of Hamiltonian Simulation framework , which achieved superpolynomial speedup over classical methods. I am exploring the use case of this transformation for solving differential equations more efficiently.

Currently, I am working as a Project Engineer at C-DAC CINE, where I focus on quantum algorithms for ordinary and partial differential equations. I aim to leverage my expertise in Quantum Error Correction and ZX Calculus to design more efficient algorithms for quantum computation. Recently, I have also developed an interest in Quantum Learning Theory, and would like to pursue a PhD in this domain with a strong theoretical focus.

Education

Defence Institute of Advanced Technology, Pune

M.Tech in Quantum Computing
Thesis: An efficient quantum algorithm for the Laplace Transform. Awarded AICTE GATE Scholarship. Organized Qiskit FallFest 2023.
Aug 2023 – Jun 2025
Pune,India

Indian Institute of Science Education and Research, Tirupati

BS-MS in Physics
Specialization in Physics. Thesis: Implementing CSS codes on MBQC using ZX-Calculus.
Aug 2018 – Aug 2023
Tirupati,India

Experience

Project Engineer

C-DAC CINE, Guwahati
Working on Quantum Algorithms and Simulations.
Jul 2025 – Present

Junior Quantum Algorithm Developer (Internship)

QClairvoyance Quantum Labs
Worked on quantum algorithms for PDEs with applications in drug discovery. Created Quantum Laplace Transform algorithm using Quantum Eigenvalue Transformation, implemented on Pennylane.
Jan 2025 – Jun 2025

MS Thesis Student

IISER Bhopal
Worked on Quantum Error Correction for MBQC under Dr. Ankur Raina. Developed a scheme for implementing CSS codes on MBQC using ZX-Calculus.
Jun 2022 – Jul 2023

Summer Intern

NISER, Bhubaneswar
Studied continuous-time quantum walks under Dr. Colin Benjamin.
Jun 2021 – Aug 2021

Other Projects

Quantum N-Queens Solver | Qiskit,Python

  • Developed a Quantum N-Queen solver using Qiskit as part of coursework.
  • Implemented solution for 4x4 case demonstrating quantum speedup potential.
2022

Quantum Approach to Non-Linear Dynamics

  • Explored quantum formalism to simulate classical non-linear dynamics.
  • Extended classical dynamical systems to quantum, using Logistic Model as example.
Mar 2021 - April 2021

Relevant Coursework

Quantum Mechanics I & II
Quantum Information
Quantum Computing
Optics and Photonics
Digital System Design using FPGA
Linear Algebra
Statistical Thermodynamics
Electrodynamics
Probability and Statistics
Structures of Mathematics
Data Science I & II
Operations Research
Discrete Mathematics
Advanced Quantum Communication
Nonlinear Optics
Quantum Metrology and Sensing

Technical Skills

Programming Languages & Technologies/Frameworks
  • Icon
  • Programming: Python, Fortran, Java, HTML, LaTeX
  • Quantum Tools: Qiskit, Pennylane, ZX-Calculus
  • Domains: Quantum Algorithms, Quantum Simulation, Theoretical Computer Science
  • Other: Git/GitHub

A Little Bit More About Me

So, I'm mostly into theoretical physics, but here's a secret: I have a soft spot for dabbling in experimental physics too. And I'm a huge fan of Mr. Musk; his work is just mind-blowing! When I'm not deep in physics, you'll often catch me vibing to Hindi and Punjabi tunes or dominating the badminton court with some killer smashes. There's something about that perfect smash sound that's just unbeatable. I'm also good at table tennis; who knows, maybe one day we'll even give China a run for their money in both quantum computing and table tennis! Personality-wise, I'm kind of an ambivert. I switch between being super outgoing and needing some solo time, depending on the vibe. Oh, and I love chatting about the stock market, and I do invest myself, but don't ask me for portfolio tips just yet. I'm still not at that stage of the physicist's life :).