Bohrium —— From Micro to Macro

Coupled with massive high-performance computing capacity. Driven by physical simulation and artificial intelligence. Designed for scientific computing and industrial design.

About

Bohrium deeply optimizes Micro-csale Scientific Computing algorithms and software suac as first-principles calculations and molecular dynamics simulation. Bohrium provides massive high-performance computing power and an computing simulation environment which is effcient and convenient. Bohrium is committed to creating a collaborative research paltform to enable micro-scale scienticic research and industial design.

Bohrium offers an efficient and convenient computing platform with massive computing rescourses

Bohrium provides an end-to-end solution for Micro-scale Scientific Computing

Enabling Micro-scale industry simulation and design

Bohrium offers an efficient and convenient computing platform with massive computing rescourses

Bohrium provides turnkey solution for scientific computing and allows both command-line and GUI job submission. On the infrastructure layer, multi-cloud or supercomputing resources are enabled. Therefore, Bohrium users enjoyes both the elasticity of cloud and the high performance of supercomputing. Through intelligent job scheduling , Bohrium provides users with blazingly fast and cost-efficiently computing solutions.

Bohrium provides an end-to-end solution for Micro-scale Scientific Computing

Bohrium platform natively supports AI-accelerated first-principle calculation softwares ( CP2K, Quantum Espresso, ABACUS ), major molecular dynamics software ( LAMMPS or GROMACS ) and physics-informed artificial intelligence DPTech packages (DeePMD-kit, DP-GEN etc.).

Enabling Micro-scale industry simulation and design

Bohrium can assist investigators to calculate the physical properties such as optics, electricity, magnetism, mechanics and study the micro-structure components of materials or mechanism of reaction by providing Micro-scale simulation tools both accurate and efficient. High throughput design of alloy, battery, semiconductor, catalysis materials is generally becoming true in Bohrium.