Hydrogen is not an energy source—it is an energy carrier. While 1 kg of hydrogen delivers nearly 60 miles of range (39.4 kWh), its energy

Automatski has redefined the boundaries of climate science with production-grade ODE/PDE solvers capable of solving fully coupled, nonlinear systems in real time. Unlike traditional climate

Automatski is pioneering the design of ultra-stable, defect-free 3D microporous zeolites using its 300+ Qubit Quantum Simulator. These advanced materials enable radically more effective capture

The global plastic waste crisis—particularly from PET-based polymers—demands transformative solutions. At Automatski, we are tackling the complexity of plastic depolymerization using quantum simulation to design

Superalloys enable high-performance operation under extreme conditions—critical for aerospace, energy, and advanced manufacturing sectors. Automatski’s molecular quantum dynamics capabilities deliver unprecedented precision in designing next-generation

Superconductors have the potential to revolutionize energy, computing, and transportation—but their reliance on near-absolute-zero temperatures limits practical deployment. Automatski leverages its advanced 300+ Qubit Quantum

Bioinformatics merges biology, computation, and data science to unlock critical insights from genetic and molecular data. From gene discovery to protein prediction, these tasks demand

While most rely on approximations to filter existing molecules, Automatski pioneers a new frontier: ab-initio Drug Design. Powered by quantum simulators and annealers, Automatski accurately

From CPU load balancing to airline timetables, scheduling underpins countless real-world systems. Yet, most commonly used algorithms—like FCFS, Round Robin, and SJF—struggle with scale and