BIG-MAP
@bigmap_eu
BIG-MAP (Battery Interface Genome - Materials Acceleration Platform) is part of @2030Battery and funded by @EU_H2020 under grant No. 957189.
ID: 1276049635837165574
http://www.big-map.eu 25-06-2020 07:09:00
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📢Battery 2030+ call for papers! 🏆Three poster prizes will be sponsored by Chemistry Europe 🔋 Battery technologies, future battery chemistries, smart functionalities, material discovery, battery modelling, manufacturing and recycling processes. meetbattery2030.eu/#abstract
📢Let us present one of our guest speakers Peter Bruce PeterBruceGroupOxford who is presenting "#Lithium -rich layered and disordered rocksalt #cathodes the role of oxygen #redox" at our annual conference 🔋🧂💡 Read more here, meetbattery2030.eu/programme/
📢Thank you Batteries Europe for becoming our media partner and supporting our annual conference in Grenoble May 28-29th.🙌🔋♻️💡 #batteries #innovation #research #sustainable #EU meetbattery2030.eu
📢Do not miss out on tomorrows Battery 2030+ Excellence seminar "Perspectives in battery recycling" 🔋♻️💚 With Guinevere Giffin Fraunhofer ISC Emma Kendrick Energy Materials Group (Birmingham) Martina Petrikova Chalmers University of Technology and Andreas Flegler Fraunhofer ISC battery2030.eu/news/happening…
BIG-MAP has developed an active learning algorithm (KD11) to speed up the segmentation of battery electrodes. BATTERY 2030 + Capturing the complex 3D microstructures can give insight about their operational properties and dynamic changes that occur during cycling!
Over 300 people coming together in Grenoble for The Battery 2030+ annual conference! Here is our star director Kristina Edström welcoming them 🔋💚
We have developed modular packages for autonomous analysis of spectroscopic and electrochemical data. Visit our big-map.eu/app-store for more info on these & other interesting tools! BATTERY 2030 +
📣 Young researchers look here! Deadline approaching to apply for the Battery Innovation Days Young Researcher Award 🏆 Battery Innovation Days 2024 Read more here, battery2030.eu/news/happening…
With Key Demonstrator KD2 we have pioneered a methodology to make cell level models at the micrometer scale aware of the molecular mechanisms that govern battery performance at the sub-nanometer level. An integrated chain of modelling methods was developed! BATTERY 2030 +
Associate Professor Reza Younesi (Reza Younesi) receives the award from the Swedish National Association of Chemical Engineers for his work in developing sodium ion batteries, both as a researcher at Uppsala University and in the company Altris AB. Congratulations! Department of Chemistry - Ångström