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Mafha Technologies
Mafha Technologies provides solutions for advanced materials discovery and device engineering problems. Specializing in the simulation, characterization, and discovery of materials with ferroelectric, ferromagnetic, and superconductive properties, the company offers a comprehensive range of services tailored to meet the needs of clients in various industries. Mafha technologies takes a non-conventional path towards the solid-state material discovery for specific applications by using simulation first approach saving millions (if not billions) for the academia and industrial scientists. By pushing the frontiers of knowledge and innovation, the company seeks to shape a world where advanced materials and devices are smarter than before assisted by simulation first approach from the material discovery to the device designs, cutting down metals, alloys, ceramics, composites and devices cost to a fraction of the current industrial estimates.
Top-Down Approach
Using a carefully tailored combination of classical and quantum mechanical calculations to predict magnetic, electrical, mechanical and memristic cheracteristics of simple and complex structures of Ferrimagnetic, ferroelectric, piezoelectric materials and devices.
Current Numerical techniques:
Thermodynamic calculations
Micromagnetic simulations
Phase-field simulations
Ginzburg-Landau Modelling
Bottom-Up Approach
Using ab-initio and MD approaches to build-up material by assembling atom by atom under desired conditions.
Current Numerical techniques :
First-Principle Calculations
Molecular dynamics simulations.
AI/ML assisted Big-Data mining/predicting
Generating High throughput data using standard methods to train Machine capable to predict the desired materials by leveraging Artificial Intelligence and Machine Learning.
Current Numerical techniques (in combination of top-down and bottom-up approach):
Big data mining
Machine Learning
Artificial Intelligence
Unlock the full potential of your materials and devices using our proprietary computational material discovery and device characterization technologies.
up to
100X
Faster results
more than
85%
Cheaper
up to
10X
More flexible in designing
more than
90%
Consistent with experimental results
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