【ニュース📢】Matlantis × NVIDIA ALCHEMI Toolkit 連携により、材料シミュレーションのスループットを大幅向上！ 近傍リスト構築やDFT-D3分散補正などをGPU最適化し、原子レベルシミュレーションの主要処理で最大10倍高速化を実現しました。 今後は、MatlantisのuMLIPである「PFP」とNVIDIA ALCHEMI Toolkit の統合も計画しています。今後の展開にもぜひご注目ください。 連携の詳細はこちら👉 matlantis.com/ja/news/releas… NVIDIA Technical Blogでも紹介されています！こちらもぜひご覧ください👉 developer.nvidia.com/blog/bu… #Matlantis #NVIDIA #材料シミュレーション #計算化学 #マテリアルズインフォマティクス #AIforScience #MaterialsScience #AtomisticSimulation

Webinar: Polyvalent Machine-Learned Potential for Cobalt: from Bulk to Nanoparticles bit.ly/3vyypi7 #compchem #materialsdesign #atomisticsimulation #molecularsimulation #mlp #nanoparticles #nano #Cobalt #Polyvalent #properties #DFT #Forcefield #MLPG #LAMMPS #catalysis

📢 We are thrilled to announce the new @Synopsys @QuantumATK  V-2023.12 release for #atomisticsimulation. Many-body physics with GW, Machine-Learned (ML) MTP potential training with GPUs, Universal ML potential M3GNET. Learn more: bit.ly/3uLMjNo

MSc students discussed & presented a recent Nature paper doi.org/10.1038/s41586-023-0… with Dr. @NArtrith in the SK-MASMS course: The paper showcases the combination of DFT cals, literature data, & robotics for swiftly discovering new compounds🤖🤖#AtomisticSimulation #ML #NewCompounds

This was a great down-to-earth grass-roots effort! So much appreciated, hearty thanks to the organizers and the participants! #QML #AtomisticSimulation #MLFF

Watch this demo video to learn about the new Interfaces Builder in @QuantumATK for easily building multilayer material stacks and how it is used to construct a complex magnetic tunnel junction for STT-MRAM applications bit.ly/46sMB9H #atomisticsimulation #materialscience

You can now watch the on-demand @QuantumATK V-2023.09 release webinar to learn about the new exciting features and enhancements for various atomic-scale modeling applications in #semiconductorindustry and beyond: bit.ly/45miOhA #atomisticsimulation #materialsscience #dft

Still time to register for tomorrow's webinar on the new Synopsys @QuantumATK V-2023.09 release 👉 bit.ly/4698CcW #atomisticsimulation #materialsscience #semiconductorindustry #machinelearningpotentials #dft

Take a break to read this study on Using #MachineLearning Potentials to Explore Interdiffusion at Metal–Chalcogenide Interfaces with @QuantumATK software: bit.ly/44UxLbk #atomisticsimulation #mtp #materialsscience #materialsmodeling #dft #densityfunctionaltheory

Have a peek into the last week's Synopsys Webinar on Advancing MRAM Technology with Atomistic Spin Dynamics Simulations. youtu.be/xcbsMNA9K3s. Watch the full on-demand webinar here: bit.ly/3WEzw9i #atomisticsimulation #dft #machinelearning #magneticmemory

If you're attending E-MRS Spring Meeting tomorrow, join Victor Moroz' talk to discover the value of materials modeling with @QuantumATK in engineering (Symposium M): bit.ly/3O9sKpP #atomisticsimulation #materialsscience #semiconductors #EMRS

Watch the full on-demand @Synopsys Webinar on Advancing Magnetic Memory Technology with Atomistic Modeling of Novel Materials & Concepts here: bit.ly/44wuBLd @UniHalle | @QuantumATK #atomisticsimulation #dft #machinelearning #magneticmemory

Learn from this new @QuantumATK tutorial how to efficiently train Machine-Learned Force Fields, Moment Tensor Potentials, using automated and efficient training and simulation workflows in NanoLab GUI: bit.ly/3AzHwy6 #atomisticsimulation #dft #machinelearning #materials

Are you at the MRS Spring Meeting in San Francisco, USA? Don't miss out on @QuantumATK's @ipsecog talk on "atomistic dynamic simulations of complex materials and interfaces with #machinelearned force fields": bit.ly/3Gcci3t #atomisticsimulation #materialsscience

Join our @Synopsys Webinar Series on Advancing Magnetic Memory Technology with Atomistic Modeling to learn how to use ab initio DFT modeling and atomistic spin dynamics simulations of MTJs: bit.ly/40twzJO | bit.ly/3JX3P5d @QuantumATK #atomisticsimulation #dft

Learn about this atomistic simulation study with @QuantumATK where scientists examine the ferromagnetic zigzag a-graphyne nanoribbons' electrical and thermoelectic characteristics (ZaGNRs): bit.ly/3FaHwY8 #atomisticsimulation #materialsscience #materialsmodeling #dft

Have a look at this graphic representing the spin-dependent bloch states in graphene nanoribbons using @QuantumATK. Learn more about it here: bit.ly/3EojXdU #Quantumatk #semiconductorindustry #materialscience #atomisticsimulation

Catch up on our new STT-MRAM Modeling Framework in @Synopsys #QuantumATK youtu.be/bY7mBboX_pk #atomisticsimulation

Learn about this atomistic simulation study from researchers at @PKU1898 Peking University on Functionalized Graphene for High-Performance Two-Dimensional Spintronics Devices, using @QuantumATK 👉bit.ly/40Rdrpz #atomisticsimulation #materialsscience #materialsmodeling

.@Synopsys researchers have developed an integrated hierarchical modeling flow for fast analysis and prototyping of 2D material-based field-effect transistors 👉bit.ly/3wKQ5V0 Synopsys TCAD: lnkd.in/ebUJMW2r #quantumatk #materialsscience #atomisticsimulation