Materials Design Inc

MedeA is Materials Design's advanced software environment for atomistic materials modeling and simulation.

[Materials Design Inc @MedeAsoftware]

Dr. Volker Eyert will be speaking at the International Conference Functional Materials and Nanotechnologies (FM&NT 2026) in Riga, taking place June 15–18, 2026 https://t.co/iAfLqLRW0n

[Materials Design Inc @MedeAsoftware]

Webinar: Machine-Learned Potentials: DFT-Level Accuracy for Real-World R&D https://t.co/eLb2k7rP1a Case studies showcasing how the integrated ML workflow in MedeA 3.12 can accelerate research, streamlin adoption of MLPs, & move beyond the limitations of first-principles methods

[Materials Design Inc @MedeAsoftware]

We’re pleased to announce that Materials Design’s Alexander Mavromaras will be speaking at the NAFEMS NORDIC 2026 in Gothenburg, presenting:
“Multiscale Phase Field Modeling: Extending Classical FEA for Microstructure and Damage Driven Problems” https://t.co/u69L2Mg3Dg

[Materials Design Inc @MedeAsoftware]

Materials Design is excited to announce a collaboration with Intellegens, combining comprehensive multi-scale #MaterialsSimulation with advanced #MachineLearning technologies to accelerate #MaterialsResearch.https://t.co/tAA6mkrv5V #mlp #MedeA

[Materials Design Inc @MedeAsoftware]

Tues: MedeA High-Throughput Training
Unlock the power of high-throughput modeling with MedeA. Whether you're a beginner or expert, this 4-hour session will level up your simulation skills.
Register here: https://t.co/RjkDcHFK6Q
#MaterialsDesign #MedeATraining #HighThroughput

[Materials Design Inc @MedeAsoftware]

#python #P3C #polymers #PCFF #MLPG #GAUSSIAN #MOPAC #ReaxFF #Amorphous #Quantumengine #MedeA #MedeASoftware #forcefields #ICSD #polymerbuilder #thermosets #amorphous #microstructure #multiscale #databases #MLFF #GPU #Polymerexpert #docking

[Materials Design Inc @MedeAsoftware]

MedeA Software Release MedeA 3.10 -- Multiscale!
https://t.co/TFzDGZeZDT MedeA 3.10 offers an integrated suite of multiscale modeling capabilities with advanced features that empower researchers to explore and design materials at an unprecedented level of precision and efficiency

[Materials Design Inc @MedeAsoftware]

#Phasefield #machinelearning #modeling #materialscience #VASP #LAMMPS #GIBBS #UNCLE #softwarerelease #compchem #flowcharts #machinelearning #VASP6 #MLP #GPU #Computeengines #Propertymodules #mesoscale #timescale #forcefield #batteries #energy #automotive #MedeA #semiconductors

[Materials Design Inc @MedeAsoftware]

MedeA Software Release MedeA 3.10 -- Multiscale!
https://t.co/TFzDGZeZDT MedeA 3.10 offers an integrated suite of multiscale modeling capabilities with advanced features that empower researchers to explore and design materials at an unprecedented level of precision and efficiency

[Materials Design Inc @MedeAsoftware]

LCST/UCST-type thermosensitive properties of carboxy-terminal PAMAM dendrimers modified with different numbers of phenylalanine residues https://t.co/3gD1a5zasq #materials

[Materials Design Inc @MedeAsoftware]

Exploring the influence of cell configurations on Cu catalyst reconstruction during CO2 electroreduction https://t.co/qVL7cvCAVk #materials

[Materials Design Inc @MedeAsoftware]

Development of thermoplastic films via formulation design technology for millimeter-wave communication applications https://t.co/Hug2tDF0TP #materials

[Materials Design Inc @MedeAsoftware]

Structural design and experimental verification of a thin-walled plastic chairs based on the finite element method https://t.co/cq41URRAHx #materials

[Materials Design Inc @MedeAsoftware]

News-- Immune system review provides insight into more effective biotechnology https://t.co/TcaKIf4nX3 #materials

[Materials Design Inc @MedeAsoftware]

News-- Spin current observations from organic semiconductor side https://t.co/QwMx1i8veI #materials

[Materials Design Inc @MedeAsoftware]

News-- The silk thread that can turn clothes into charging stations https://t.co/lCNO5HIM5l #materials

[Materials Design Inc @MedeAsoftware]

News-- Scientists develop cellulose recycling method with applications ranging from textiles to medical devices https://t.co/YEy292T6ee #materials

[Materials Design Inc @MedeAsoftware]

Size-dependent Curie temperature of Ni nanoparticles from spin-lattice dynamics simulations https://t.co/qqS8D9nRWW #materials

[Materials Design Inc @MedeAsoftware]

Spatiotemporally modulated full-polarized light emission for multiplexed optical encryption https://t.co/wYsNXQI4MU #materials

[Materials Design Inc @MedeAsoftware]

Microscopic metasheet robots learn to walk https://t.co/7nczJV9VLv #materials