Quantum Chemistry
Exact Molecular Insight—Quantum Chemistry Without Compromise
- Built To Order
- Production Ready
Quantum chemistry combines the principles of quantum mechanics with computational methods to analyze the electronic behavior of chemical systems. It allows us to understand:
- The distribution of electrons within atoms and molecules
- The formation and breaking of chemical bonds
- The prediction of reaction pathways and chemical kinetics
- The behavior of chemical systems under varied conditions
It is foundational to advancements across chemistry, materials science, drug discovery, and molecular biology.
Traditional methods in quantum chemistry often rely on approximations, especially when dealing with systems involving strong electron correlation or large molecular complexity. Automatski eliminates the need for these approximations.
Automatski’s 300+ Qubit Quantum Simulator can perform full ab initio simulations of quantum chemistry problems with zero approximations—“Today”.
Automatski’s Quantum Simulation Systems are capable of simulating quantum chemistry using over 100,000 qubits without any approximations—“Today”.
This enables accurate modeling of molecules, materials, and complex chemical reactions at unprecedented scale and fidelity.