Nanoworks integration
Structure preparation, calculation settings and results come together in a desktop workflow powered by Nanoworks.
Scientific software, deliberately simpler.
Complex science deserves a clear interface.
Solidarge is developing Scientific Workbench, a desktop environment that helps researchers build, run and understand materials simulation workflows through Nanoworks—without hiding the science underneath.
SOLIDARGE PRODUCT
Scientific Workbench
Solidarge’s proprietary desktop environment for materials simulation workflows, powered by Nanoworks.
From structure to result, without the usual friction.
The workbench is being designed around a direct workflow: build or import a structure, choose what you want to calculate, review the meaningful settings, and run through Nanoworks. Calculation inputs remain visible for advanced users.
Structure→
Scientific task→
Run→
Results
Local to HPC
The same project and job model is intended to work from a workstation to remote HPC systems.
Expert escape hatch
Native inputs, raw logs and engine-specific controls remain accessible when needed.
Reproducibility by design
Calculation artifacts and provenance stay together in an inspectable project structure.
CALCULATION FOUNDATION
Powered by Nanoworks
Scientific Workbench brings a desktop interface to Nanoworks workflows, connecting structure preparation, calculation setup and results.
Nanoworks
Nanoworks is the open-source calculation and workflow foundation used by Scientific Workbench. It remains available independently as a command-line tool.
View Nanoworks on GitHub ↗ABOUT SOLIDARGE
Research-informed software engineering.
Solidarge is being built around a narrow idea: scientific software should make advanced methods easier to use without turning them into black boxes.
Our focus is the intersection of science, engineering and software—especially computational materials, semiconductor research and reproducible scientific workflows.
CONTACT