International Conference on Quantum Science (ICQS-2025)

International Conference
on
Quantum Science (ICQS-2025)
held jointly with the
4^th Seminar on the Discovery and Detection of Gravitational Waves
September 12 to 14, 2025

International Conference

Quantum Science (ICQS-2025)

held jointly with the

4^th Seminar on the Discovery and Detection of Gravitational Waves

September 12 to 14, 2025

Organized by
**************************************
Centre for Excellence in Quantum Science (CEQS), Jaipur
Indian Association of Physics Teachers (IAPT), RC06, Rajasthan Chapter
Materials Research Society of India (MRSI), Rajasthan Chapter
**************************************

Themes

Foundations & Theory
- Foundations of Quantum Physics
- Quantum Information Theory
- Theory of Quantum Materials
- Topological Matter & Magnetism
Quantum Materials & Devices
- Growth & Characterization of Quantum Materials
- Quantum Materials for Electronics, Photonics & Spintronics
- Quantum Semiconductor Devices
Quantum Computing & Simulation
- Quantum Computing & Technologies
- Quantum Simulation (exotic states of matter; chemical, physical, and biological systems)
- Topological Quantum Computing
- Hybrid Quantum–Classical Architectures & Algorithms
- Distributed Quantum Computing
- Adiabatic Computing
- Quantum Error Correction & Mitigation
- Quantum Optimization Techniques
- Quantum Advantage, Utility & Benchmarks
Quantum Communication & Networks
- Advanced Quantum Communication Protocols & the Quantum Internet
- Quantum Communications & Cryptography
- Quantum Networks
Quantum Sensing & Metrology
- Quantum Sensing & Applications
- Quantum Metrology
Quantum Software, Algorithms & AI
- Quantum Systems Software & Engineering Methods
- Quantum Software & Algorithms
- Quantum Machine Learning (QML) & gen AI Nexus
- Quantum Applications
- Integrated HPC & Quantum Platforms
Engineering & Technology Integration
- Quantum Control & Quantum Engineering
- Quantum Technology Engineering
- Integrated HPC & Quantum Platforms (cross cutting)
Gravitation & Gravitational Wave Science
1. Classical General Relativity
  - A1: Theoretical Developments
  - A2: Mathematical Developments
  - A3: Alternative & Modified Gravity Theories
2. Relativistic & Numerical Astrophysics
  - B1: Relativistic Astrophysics
  - B2: Numerical Relativity
  - B3: Approximation Methods & Perturbation Theory
  - B4: Cosmology: Theory & Observations
  - B5: Inflationary & Primordial GW Backgrounds
  - B6: Phase Transition–Generated GWs
3. Gravitational Wave Astronomy & Instrumentation
  - C1: Pulsar Timing Arrays
  - C2: Stochastic Backgrounds from SMBH Binaries
  - C3: Terrestrial Detector Searches & Data Analysis
  - C4: Detector Instrumentation Challenges
  - C5: Next Generation Terrestrial Detectors
  - C6: Space Based Detectors
  - C7: GWs & Fundamental Physics
  - C8: Multi Messenger Observations
  - C9: Experimental Gravitation
  - C10: Testing Compact Object Nature
  - C11: Ultra High Frequency GWs – Theory, Phenomenology, Detection
4. Quantum Gravity & QFT in Curved Spacetime
  - D1: Loop Quantum Gravity & Spin Foams
  - D2: String Theory in Gravitational Contexts
  - D3: Causal Sets, Dynamical Triangulations, Non Commutative Geometry, Asymptotic Safety
  - D4: Quantum Fields on Curved Backgrounds, Semiclassical Phenomena, Quantum Gravity Phenomenology, Analogue Models