At Five Angstrom LLP, we simplify complex systems through modelling, simulation, and AI-driven tools, delivering deep insights, faster development, and reduced trial-and-error.
We leverage state-of-the-art computational methods to solve complex scientific and engineering problems. Our modelling and simulation services combine theoretical expertise with practical implementation to deliver accurate, reliable results that drive innovation and discovery.
We offer both expert consulting and custom computational tool development for:
We model and predict material behavior across scales, from atoms to real-world performance. Our comprehensive solutions include:
Designing novel materials with application-specific properties
Predicting physical properties under diverse operating conditions
Analyzing failure mechanisms to improve reliability and lifespan
Optimizing processes for better quality and production efficiency
We work across: metals, polymers, ceramics, composites, and advanced functional materials.
Watch our advanced molecular dynamics simulations demonstrate the power of computational modeling in materials science.
This visualization showcases our molecular dynamics simulation capabilities.
Accelerate your drug discovery pipeline with our advanced modeling and simulation tools:
Understanding binding mechanisms and affinities through computational modeling
Predicting absorption, distribution, metabolism, and drug effects
Improved efficacy, stability, and bioavailability optimization
Early-stage toxicity prediction to reduce late-stage failures
Advanced peptide modeling to streamline peptide drug and biomaterial design
Our simulations act as a virtual lab to understand complex biological systems and fast-track lead optimization.
We specialize in simulating systems where multiple physical processes interact—ideal for solving complex engineering problems. Our capabilities include:
Advanced flow and thermal analysis for comprehensive system understanding
Stress, strain, and vibration modeling for structural integrity analysis
Device and wave behavior simulation for electromagnetic and acoustic systems
Comprehensive modeling of reactive systems and transport phenomena
Multi-input transduction and performance tuning for advanced sensor systems
Our integrated simulations deliver a holistic view of complex systems, enabling better designs and high-performance technologies.
Our services and tools offer unparalleled advantages for your business
Dramatically reduce development time and costs through computational modeling
Achieve superior results through data-driven optimization and analysis
Gain insights into future performance and behavior before physical testing
Domain-specific solutions customized to your unique requirements
Cost-effective solutions that deliver exceptional value for your investment
Let's discuss how our modeling and simulation expertise can accelerate your projects and drive innovation in your field.