MQS Labs · Leadership

Leadership Team

Our leadership team brings together 15–24 years of IT industry experience across development, technical leadership, and enterprise architecture — now uniting that enterprise foundation with cutting-edge quantum research at the intersection of scalable classical infrastructure and next-generation quantum technologies.

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Rajesh Chaurasia

Co-Founder & Chief Quantum Researcher Analyst

Founder (CEO) Quantum Researcher Quantum Enthusiast IT Architect

MMMUT. IITD · UIMP

Rajesh focuses on the software fabrics that simulate and drive quantum hardware. Over the past four years, he has specialized in developing advanced quantum software architectures, including high-performance simulators designed to depict critical quantum phenomena. His current research and development focus centers on Superconducting Qubits, driving the company's capabilities in scalable quantum compilation and hardware-agnostic software execution.

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Divesh Gupta

Investor & Quantum ML Researcher

Investor Quantum Researcher Quantum Enthusiast IT Architect

MMMUT.IITM

Divesh operates at the bleeding edge of intelligent, secure quantum frameworks. Utilizing industry-standard toolkits like Qiskit and PennyLane, his expertise lies in Quantum Machine Learning (QML). Divesh's active research focuses on optimizing Variational Quantum Circuits (VQCs) leveraging hybrid classical-quantum hardware, alongside advancing core implementations in Quantum Cryptography and Quantum Error Correction (QEC).

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Bharath Phani Kumar Hogirala

Investor & Quantum Researcher

Investor Quantum Researcher Quantum Enthusiast ML Engineer

LJMU · IITD · UIMP

Bharath bridges classical enterprise mastery with advanced quantum information theory. Following a deep career in full-stack ML applications, he has spent the last three years conducting rigorous research in quantum mechanics and quantum computing. Currently, Bharath spearheads the company's pioneering developments in Quantum Photonics leveraging Nitrogen-Vacancy (NV) centers, directing the integration of hardware-level quantum phenomena with scalable software systems.