🔤 The #AddMorePower alphabet is back - T is for Topography➡️the study of a material’s surface features. In #AddMorePower, understanding topography helps us see how surface structure affects material behavior and performance in advanced semiconductor research. #MaterialsScience

📰 The new #AddMorePower newsletter is here! In this issue, we share the latest technical progress across our work packages and recap the conferences and workshops where our partners promoted our research. 👉 Check it out here: https://t.co/kqhuM2yhXO #MaterialsScience #HEU

This week, #AddMorePower was represented at the Correlative Materials Characterization Workshop 2025 in Brno 🇨🇿, where two partners presented project results! Great to see our work featured among experts in microscopy and materials characterization. #MaterialsScience #HEU

From Oct 13–14, the European School for Young Material Scientists took place in Lisbon 🇵🇹 at Nova University, co-organized by #AddMorePower. André Clausner & Laura Neumann (@Fraunhofer IKTS) contributed talks to an inspiring event with 40 PhD students in materials science. #HEU

📢 #AddMorePower at #SSDM2025 in Japan!🇯🇵 Post doc Cedric from the @esrfsynchrotron presented “Multi-Scale Strain Landscape of Al₁₋ₓGaₓN/GaN/Si Heterostructures” on Sept 16 and chaired the 318th SPring-8 Seminar three days later. #SSDM2025 #HEU #MaterialsScience

🔠 Today in the spotlight: SiC – Silicon Carbide ⚡ A wide-bandgap semiconductor with higher thermal conductivity, breakdown voltage & efficiency than Si. In #AddMorePower, SiC is key for next-gen power electronics. #HEU #MaterialsScience #SiC

Another week, another 🔠 Q for Quantum Mechanical Effects They describe how matter & energy behave at the atomic scale - with phenomena like wave-particle duality, quantized energy, and tunneling. In #AddMorePower, they are key to modeling advanced materials. #MaterialsScience

🔠 P is for PETSc The Portable Extensible Toolkit for Scientific Computation is a software library for solving large-scale equations in parallel. In #AddMorePower, PETSc powers DAMASK simulations, enabling efficient, high-performance materials modeling. #MaterialsScience #HEU

#AddMorePower Alphabet - P is for Polyheater ♨️ A device that heats by applying electrical power to a polymer-based material. Did you know? In #AddMorePower polyheaters help us simulate operating conditions and study material behavior under heat. #MaterialsScience #HEU

Back from a break - back with the #AddMorePower Alphabet🔠 N is for #NOMAD! The Novel Materials Discovery platform is a repository for storing & sharing materials science data. In #AddMorePower, we use NOMAD too — it’s smarter than building our own. #MaterialsScience #OpenData

#AddMorePower on the road with @esrfsynchrotron 🚗 🔹 Presented GaN/Si strain microscopy at the Intl. Conference on Nitride Semiconductors in Malmö🇸🇪 🔹 Joined the Advanced Materials Show in Birmingham🇬🇧 & spoke at a panel on material characterisation #HEU #MaterialsScience

🔬 At @esrfsynchrotron, #AddMorePower researchers recently used dark-field X-ray microscopy to study how copper grain structures evolve under localized heating — simulating real transistor conditions. They created 3D maps of structure, strain & orientation. #HEU #XrayMicroscopy

🔬 #AddMorePower was represented by @esrfsynchrotron at the World of Quantum fair in Munich — a leading trade fair for quantum tech! 160+ exhibitors showcased advances in quantum computing, communication & sensors. Great to see our project there! #HEU #QuantumTechnology

📍 The #AddMorePower consortium is in Leuven🇧🇪 this week to present the project's progress to the European Commission and an external reviewer. A key milestone to reflect, receive feedback, and plan ahead — thanks to all who contribute to this review! #HEU #MaterialsScience

PhD student Fatin from @Univ_Lorraine presented #AddMorePower research at #ICSMA20 in Kyoto!🇯🇵 Her talk: “Effect of free surfaces on dislocation elastic fields: application to threading dislocations in GaN” Great to see the project at top global conferences! #MaterialsScience

🎤 This week at the E-MRS Spring Meeting, @esrfsynchrotron presented #AddMorePower research: 1️⃣ Strain microscopy in GaN/Si HEMTs 2️⃣ Lattice deformation in (Si)GeSn microlasers via X-ray diffraction Proud to see our project showcased! #HEU #MaterialsScience #XRayMicroscopy

📍 This week, @esrfsynchrotron represented #AddMorePower at the 5th Quantum Matter Conference in Grenoble! Their poster on “Nanoscale insights with Synchrotron Radiation for Quantum & Advanced Materials” showcased ESRF’s key contributions to the project. #MaterialsScience #HEU

🎥 New Video: The Value of Collaboration in #MatCHMakerProject! We spotlight our work with @EMMC_ASBL to drive innovation in materials modelling. 👉 Watch now: https://t.co/rCV2NiK74f #MaterialsModelling #HorizonEurope #Collaboration #Clustering #SciencePolicy

📢 #AddMorePower results will be presented at top events in May: 🔹 CAM Workshop – KAI 🔹 QuantumMatter – @esrfsynchrotron (poster) 🔹 E-MRS Spring Meeting – @esrfsynchrotron (talk) Find all upcoming events on our website! https://t.co/zCLvW1KHs0 #HEU #MaterialsScience #Research

🌸🐣 Happy Easter from the #AddMorePower consortium! @Fraunhofer IKTS, KAI, @Infineon Austria, @excillum, ESRF, @CNRS, IPM, @KU_Leuven, Université de Lorraine & @TechnikonAT Wishing you a restful break! #AddMorePower #HappyEaster #MaterialsScience #HEU