Quantum Computing on JAX-TPU, Cryptography and Reverse engineering

4 posts

Responsible Disclosure: How a Single Mobile Flaw Exposed Million+ Student, Parent & Teacher Records Across India

Author: Ashitesh Kumar Singh (Class 12th Student & Independent Quantum Computing & Cryptography Researcher • GitHub)Category: Mobile Security / Reverse Engineering / Cloud Infrastructure / Responsible

Sep 30, 20269 min read145 views

Jun 11, 2026
Jun 11, 20264 min read27 views
Scaling Quantum State-Vector Simulation to 36 Qubits on Google Cloud TPU
Ashitesh Singh Independent Researcher, Supported by Google TPU Research Cloud (TRC) Program GitHub: https://github.com/AshiteshSingh/Tpu-Accelerated-Quantum-JAX
4 min read27 views
Jun 2, 2026
Jun 2, 20265 min read
Simulating Quantum Computers at Scale: JAX, GPUs, and Cloud TPUs
Note: The detailed research paper and full experimental results for this project have already been published. This post provides a high-level summary of the core system design, key benchmarks, and eng
5 min read
May 31, 2026
May 31, 202639 min read92 views
JAX Quantum Research Suite: A Unified, Hardware-Accelerated, Differentiable Simulator for NISQ-Era Algorithm Research Across GPU and Cloud TPU Clusters
By Ashitesh Singh, Independent Quantum Computing Researcher & Machine Learning Engineer • Code: https://github.com/AshiteshSingh/Tpu-Accelerated-Quantum-JAX • Supported by Google TPU Research Cloud (TRC) Program
39 min read92 views

Latest articles

Responsible Disclosure: How a Single Mobile Flaw Exposed Million+ Student, Parent & Teacher Records Across India

Scaling Quantum State-Vector Simulation to 36 Qubits on Google Cloud TPU

Simulating Quantum Computers at Scale: JAX, GPUs, and Cloud TPUs

JAX Quantum Research Suite: A Unified, Hardware-Accelerated, Differentiable Simulator for NISQ-Era Algorithm Research Across GPU and Cloud TPU Clusters