Scope of Submission
We welcome submissions from a broad range of disciplines, including but not limited to:
- Relativistic effects in quantum chemistry
- Computational methods for relativistic calculations
- Applications of relativistic quantum mechanics
- Relativistic corrections in molecular systems
- Quantum chemistry of heavy elements
- Relativistic effects in spectroscopy
- Theoretical models for relativistic effects
- Relativistic quantum dynamics of molecules
- Challenges in relativistic quantum chemistry
- Experimental studies of relativistic effects
- Relativistic effects in chemical bonding
- Applications of relativistic calculations in materials
- Quantum field theory in chemistry
- Relativistic effects in catalysis
- Future directions in relativistic chemistry
- Integration of relativistic effects in simulations
- Relativistic quantum chemistry and AI
- Benchmarking relativistic methods in chemistry
- Relativistic effects in biological systems
- Interdisciplinary approaches to relativistic chemistry
All papers must be original and not previously published or submitted elsewhere.
