The modern theory of materials, based on the quantum theory of solids and powerful computational methods, makes it possible to apply the theoretical concepts to realistic situations. This allows researchers to explain experimental findings in great detail, as well as to make predictions about possible new structures and materials with interesting behavior.
Our group explores these possibilities for applications to important scientific questions, like the microscopic origin of complex phenomena in materials, for example, the brittle-to-ductile transition in solids. We are also interested in using these theoretical tools to address societal needs, such as the development of novel materials for efficient solar energy conversion or for better energy storage devices, as well as problems related to biomolecules, like DNA, and their interaction with materials such as carbon nanotubes and graphene. All these research topics can lead to better understanding of fundamental issues in the behavior of materials, or to solutions for practical problems in energy and biomedical applications.
Outside professional activities
Outside Professional Activities
In the spirit of transparency and integrity, Salata Institute Faculty Associates disclose publicly their key professional activities outside of Harvard University. The activities disclosed below are for the most recent reporting period, as defined by University policy. Some of the activities may be paid, some may be unpaid, and others may be in exchange for expense reimbursement only.
Outside Professional Activities For Efthimios Kaxiras
Hellenic Institute for Advanced Studies
Fiduciary Board Membership