Chondrites are a class of meteorites that represent some of the oldest solid materials in the solar system. Within chondrites, olivine grains exist in both the rock’s matrix and within spherical, silicate-rich particles, called chondrules. These chon… Read more

To which limits can a material be deformed before it fails? Identifying the root cause of void nucleation and growth could allow expansion of those limits. For example, what is the role of the initial material microstructure? And can this be altered… Read more

We are excited to share that Estefanía Garijo Del Rio has joined the Xnovo team. Estefanía holds a PhD in Physics from DTU. In her thesis, she investigated how to combine artificial intelligence with first-principles quantum mechanics to find the geo… Read more

We are excited to share that Jasmina Jukic has joined the Xnovo team. Jasmina brings over five years of experience in CT data analysis and quality assurance. She holds a master’s degree in applied mathematics from Heidelberg University, with a focus… Read more

We are excited to announce that Dr. Sven Gondrom-Linke has joined the Xnovo team. Dr. Gondrom-Linke studied physics at the University of the Saarland. Subsequently he did his PhD in material science as member of a DFG research-training group at the F… Read more

We are excited to announce that Jean-François Métayer has joined the Xnovo team. Jean-François Métayer is a physicist who did his PhD at the Institute of Physic of Rennes1 on the flowing properties of granular media.   He is an expert in Computed Tom… Read more

We are excited to welcome Andreas Faber to the Xnovo team. Andreas holds a MSc. in Protein Chemistry from the University of Copenhagen. During his thesis, he established a pipeline for virtual screening small molecules with potential therapeutic effe… Read more

We are excited to welcome Max Sokolov to the Xnovo team. Max joins Xnovo in the position of IT Operations Specialist responsible for a diverse set of IT topics. With his 13 years of experience in the industry in various operational IT positions, his… Read more

Crystallographic orientations are critical in understanding the physical, chemical, and mechanical properties of materials, as well as in building models to predict how these properties evolve under external stimuli like mechanical deformation or the… Read more

To reduce CO2 emissions and improve fuel efficiency, significant effort is put into replacing steel by aluminum alloys in future automotive body panels. In this respect, optimizing the formability of aluminum alloys is key. Since most automotive stam… Read more