Academic Researcher: Investigating Disorder in Crystalline Materials

About the RoleWe are looking for a talented PhD researcher to join our team at NZZone. As a key member of our research group, you will play a crucial role in advancing our understanding of disorder in crystalline materials.The successful candidate will have a strong background in physics, chemistry, or materials science, with experience in computational...

Job DescriptionWe are seeking a PhD candidate to join our research group at ETH Zurich. The successful candidate will be responsible for developing computational approaches to understand disorder in crystalline materials.The project aims to develop novel computational frameworks to predict the structure of crystals exhibiting electronic disorder. This...

Job DescriptionWe are seeking a highly motivated PhD candidate to join our research group at ETH Zurich. The successful applicant will work on developing computational approaches for understanding disorder in crystalline materials.Research FocusThe project aims to develop novel computational frameworks to understand and predict the structure of crystals...

We are looking for a talented PostDoc researcher to join our team at ETH Zurich. As a member of our research group, you will contribute to understanding and modeling disorder in single crystals using advanced diffraction and computational methods.Job DescriptionDevelop and apply machine learning approaches to model disordered crystals and simulate their...

Job DescriptionWe are seeking a highly motivated PhD researcher to join our team at NZZone. The successful candidate will work on developing computational approaches for understanding disorder in crystalline materials.This project aims to create novel computational frameworks to predict the structure of complex materials exhibiting electronic disorder. You...

We are looking for a highly motivated PostDoc researcher to join our team at ETH Zurich. The project focuses on understanding and modeling disorder in single crystals using advanced diffraction and computational methods.Project OverviewThe research group of Prof. Simonov is dedicated to exploring the fascinating world of disorder in single crystals. Our goal...

Research Group OverviewOur research group at ETH Zurich is dedicated to understanding disorder in crystalline materials using computational approaches. We are looking for a motivated PhD candidate to join our team and contribute to the development of novel computational frameworks.The successful candidate will work closely with our research group to analyze...

Project BackgroundOur research focuses on crystals exhibiting electronic disorder, where degenerate electron configurations lead to fascinating physical phenomena. This project aims to develop novel computational frameworks to understand and predict the structure of such materials.You will work closely with Prof. Simonov and his team to develop computational...

The research group of Prof. Simonov at ETH Zurich is seeking a motivated PhD candidate interested in developing computational approaches for understanding disorder in crystalline materials.Project BackgroundCrystals exhibiting electronic disorder are fascinating due to degenerate electron configurations leading to colossal magnetoresistance and polaronic...

NZZone's Department of Materials is seeking an Academic Researcher in Sustainable Materials to join our team.We are looking for a highly motivated individual with a strong background in materials science and engineering. Your research expertise will be essential in advancing our understanding of sustainable materials for a circular economy.Our department...

About the ProjectThis PhD position is part of our research focus on crystals exhibiting electronic disorder. Our goal is to develop computational tools that can predict and understand the structure of these materials.MethodologyThe project will involve the development of computational methods for analyzing crystallographic data, including the creation of...

About the ProjectThis project focuses on understanding disorder in crystalline materials using computational approaches. The successful candidate will work closely with our research group to develop novel computational frameworks that can predict the structure of crystals exhibiting electronic disorder.The project involves creating code to analyze...

We are seeking a highly motivated PostDoc researcher with expertise in either computational materials science or experimental crystallography to join our research group at ETH Zurich. The project focuses on understanding and modeling disorder in single crystals using advanced diffraction and computational methods.Our ResearchThe research group of Prof....

Postdoctoral Researcher in Chiral PhononsWe are working to develop a comprehensive understanding of static and dynamic chirality in crystalline materials within the project Static and Dynamic Crystal Chirality, a Swiss National Science Foundation Advanced Grant.The postdoctoral researcher will focus on understanding the unexpectedly large measured magnetic...

This postdoctoral position offers an excellent opportunity to work on a cutting-edge project focused on understanding and controlling disorder in single crystals. Our research aims to explore the potential benefits of disorder for functional properties and understand its underlying physics.Project OverviewThe project will focus on disorder driven by electron...

We are seeking an enthusiastic PhD candidate to join our topological materials team at ETH Zurich, collaborating with IBM Research – Zurich. The candidate will be part of the PhD programme at ETH, while conducting their research work at IBM.Research OverviewOur group focuses on understanding and developing topological conductors – materials, devices, and...

We invite applications from highly motivated researchers to join our vibrant community at ETH Zurich. As a PostDoc researcher, you will have the chance to explore the fascinating realm of disorder in single crystals, working closely with our experienced team to develop novel computational methods and experimental techniques.Your RoleYou will be responsible...

About the Project:The project 'Static and Dynamic Crystal Chirality' is a Swiss National Science Foundation grant focusing on developing a theory of static and dynamic chirality in crystalline materials.This sub-project aims to understand the measured magnetic moments of chiral phonons in quantum paraelectric materials.A postdoctoral researcher will develop...

Postdoctoral Researcher in Chiral PhononsOur team is seeking a highly skilled researcher to join our project on Static and Dynamic Crystal Chirality, focusing on the behavior of chiral phonons in quantum paraelectric materials.The postdoctoral researcher will employ machine-learned force fields to investigate the properties of these materials, utilizing...

At ETH Zurich, we are renowned for our cutting-edge research and innovative approaches. Our Laboratory of Metal Physics and Technology (LMPT) conducts groundbreaking research in materials science, pushing the boundaries of metal-related areas.About the ProjectWe are seeking a highly skilled researcher to explore the intricate relationship between nanoscale...