Quantum Computing Research and Training Centre
S.A.R.B.T.M Govt College Koyilandy
INVESTIGATIONS & FRONTIER SCIENCE · QCRTC
Pioneering Fundamental Physics and Quantum Information
Investigating the mathematical and physical foundations of discrete quantum walks, multi-party entanglement verification, and noise-resilient quantum circuits in alignment with India's National Quantum Mission.
03
Primary Investigation Verticals
NQM
National Mission Aligned
5-College
Regional Cluster Hub
Core Theoretical & Applied Verticals
RESEARCH DOMAINS & INVESTIGATIONS
Conducting foundational inquiries in quantum mechanics, non-local entanglement, and algorithmic synthesis.
Quantum Walks & State Dynamics
DOMAIN 01
Investigating spatial quantum search models, topological phases, ballistic spread properties, and coin-state entanglement across 1D and multi-dimensional graph topologies.
• Coin-state entanglement dynamics
• Graph transport & ballistic dispersion
• Algorithmic search speedups
🔬 Focus: Dynamics & Graph Topologies
Entanglement & Teleportation Protocols
DOMAIN 02
Formulating theoretical protocols for continuous-variable and discrete state teleportation, Bell-state measurement fidelity, and quantum channel noise resilience.
• Non-local correlations & Bell states
• Teleportation fidelity under noise
• Quantum repeaters & QKD basics
📡 Focus: Quantum Communication
DOMAIN 03
Circuit Synthesis & Algorithmic Design
Investigating gate-depth reduction, transpilation strategies, and simulation of variational quantum algorithms on Noisy Intermediate-Scale Quantum (NISQ) hardware.
• Gate compilation & depth reduction
• Noise mitigation on cloud QPUs
• Oracle optimization in Qiskit & Cirq
💻 Focus: Computational Architecture
STRATEGIC NATIONAL MANDATE
Anchored in India's National Quantum Mission
The Quantum Computing Research and Training Centre (QCRTC) serves as a grassroots collegiate nodal initiative directly aligned with the human capital and capacity-building verticals of India's National Quantum Mission (NQM). By democratizing advanced theoretical physics, circuit simulation, and cloud hardware access across regional higher education institutions, the Centre prepares undergraduate and postgraduate researchers to contribute to national roadmaps in quantum computing, quantum algorithms, and secure quantum communications.
⚛️ Quantum Computing Core
📡 Quantum Communication
🏛️ Collegiate Nodal Model
🎓 Grassroots Talent Pipeline
Partner Laboratories & Research Institutions
IIT Mandi
National Partner
State dynamics & quantum walks
Uppsala University
Sweden · Global Hub
Multi-party entanglement theory
Central University
Kerala & Karnataka Hub
Joint colloquia & student research
TIFR Hyderabad
National Research Center
Foundational physics & seminars
Quadit Labs
Industry Technology Partner
NISQ algorithm optimization
Active Investigations & Scholarly Disclosures
WORKING PAPERS & ONGOING TRACKS
1
Investigation of Coin Degrees of Freedom in 1D Quantum Walks
SARBTM Govt. College Research Cell · In consultation with IIT Mandi
Formulating state vector evolution, coin-state entanglement growth, and spatial variance under varying coin parameters and symmetric initial states.
2
Comparative Analysis of Teleportation Fidelity under Depolarizing Noise Channels
Student Research Cohort · Academic Dialogue with Uppsala University
Evaluating Bell-state measurement degradation and state fidelity thresholds when transmitting unknown single-qubit states across open, noisy quantum communication channels.
3
Optimal Transpilation of Multi-Control Phase Gates on IBM Superconducting Backends
SARBTM Department of Physics · In collaboration with Quadit Labs
Designing custom transpiler pass managers in Qiskit to minimize CNOT gate count and circuit depth, verified on physical IBM Quantum cloud processors.
ACADEMIC INQUIRIES & COLLABORATION
Interested in Collaborative Quantum Research?
We actively welcome joint theoretical investigations, visiting scholar colloquia, student fellowship exchanges, and inter-institutional research partnerships aligned with national quantum initiatives.