Discover how quantum-mechanical models are revolutionizing spacecraft thermal protection through heterogeneous catalysis research.
Explore how scientists use first-principles investigation to study CdSe nanowires and their quantum properties for future technologies.
Explore how nitroxide spin probes are transforming biological research through quantum chemistry and EPR spectroscopy.
Discover how monolayer jacutingaite transforms from Quantum Spin Hall to Quantum Anomalous Hall insulator through chemical functionalization, enabling dissipationless electronics and quantum computing applications.
An exploration of the philosophy of chemistry, examining how chemical concepts intersect with deep philosophical questions about reality, knowledge, and the nature of matter.
Explore how nanowires - tiny threads thousands of times thinner than human hair - are transforming electronics, medicine, and energy through quantum effects.
Explore how two-dimensional electronic double-quantum coherence spectroscopy reveals the hidden dance of electrons and their correlations in molecules.
Explore how multiscale materials design bridges quantum physics and engineering to create advanced materials for energy, technology, and sustainability.
Explore the fascinating world of superconductivity - from zero electrical resistance to groundbreaking applications in medicine, energy, and quantum computing.
Explore the fascinating dual identity of Fe₂(dobdc), a metal-organic framework that combines gas adsorption capabilities with complex quantum magnetic behavior.