Decoding Life: How Hybrid Quantum Computing Achieved Chemically Accurate Molecular Simulation
The frontier of modern medicine lies in understanding the subtle, yet powerful, interactions that govern life itself. Specifically, the noncovalent bonds—like hydrogen bonding and hydrophobic forces—that dictate how proteins fold, how cell membranes assemble, and how signals are passed between cells. These are the fundamental mechanisms of disease and health, and simulating them accurately is […]
Read MoreHow Quantum Technologies Are Transforming Steelmaking
Steelmaking is a foundational industry—complex, energy-intensive, and ripe for innovation. Today, quantum technologies are moving from theory to practical deployment in this space, offering unprecedented capabilities in sensing, optimization, and materials science. From upstream mining to downstream smelting and quality control, quantum computing and quantum sensing are emerging as transformative tools. Why Steelmaking Needs Quantum […]
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