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Ben Foutty is a graduate student at Stanford University, focusing on the study of correlated electronic states and topological phenomena in nanoscale quantum materials and devices. His research utilizes various tools, including transport measurements and scanning probe microscopy, to explore these effects from both local and global perspectives. Ben has made significant contributions to the field, with several publications addressing magnetic transitions within semiconductor structures and advancements in understanding the Hofstadter spectrum. He has also been involved in collaborative projects that aim to develop solutions for engineering Majorana modes in 2D materials and studying strongly correlated phases in van der Waals heterostructures. His academic achievements include multiple awards and fellowships, reflecting his commitment to advancing research in condensed matter physics. He is part of the vibrant research community at Stanford, collaborating with esteemed faculty and fellow students in groundbreaking scientific investigations.
Stanford University • Stanford, CA
Conducting research on correlated electronic states and topological phenomena in nanoscale quantum materials.
The Computer Science department emphasizes research potential. GRE General is currently optional but recommended for some tracks.