Postdoctoral Position in 2D Optoelectronics

The position is focused on exploiting recent advances of Prof. Burch and Prof. Ma in Weyl semimetals and the discovery of RuCl3 as a 2D crystalline acceptor. The postdoc will develop new strategies to enhance the detectivity and polarization sensitivity of nonlinear photocurrents in Topological Insulators, Weyl semimetals, and 2D heterostructures with RuCl3. They will create plasmonic and photonics interfaces with an eye to applications in the THz and Mid-IR. The postdoctoral fellow will work jointly in the groups of Prof. Ma and Prof. Burch.

Interested? Send an email with your CV to: ks.burch@bc.edu

Unique Opportunity for a Postdoctoral Fellow at Boston College: The BC physics department is a highly collaborative environment, entirely focused on Condensed Matter Research. The department has 18 active faculty working at the forefront of solid-state research in quantum materials, topology, biosensing, superconductivity, plasmonics, 2D materials, magnetism, quantum information, and computing. This includes cutting edge experimental techniques such as scanning NV, STM, MBE, NSOM, Crystal Growth, broadband optoelectronics, and spectroscopy.

Prof. Burch is a world leader in 2D materials, strong correlations, topology, and sensors. His group is a unique environment with abilities ranging from broadband FTIR, photocurrent, low Temperature/ high magnetic field Raman, transport, and tunneling. His group has a built a one of a kind “cleanroom in a glovebox” enabling all 2D heterostructure fabrication in an inert atmosphere with a vacuum suitcase to transfer materials between various experimental setups, including the glovebox, MBE and the photocurrent/Raman/transport setups.

Prof. Ma has just joined the Boston College faculty, after completing her postdoc in the group of Prof. Jarillo-Herrero. She is well known for groundbreaking discoveries in Weyl semimetals, twisted 2D materials, and optoelectronic sensing with graphene. She is developing a one of a kind laboratory for quantum and 2D materials with capabilities in fabrication, transport, photocurrent, and scanning probe.