Understanding and harnessing quantum states of matter

Our research combines scanning probe microscopy with electronic transport measurements to study quantum materials and utilize them for emerging technologies, such as quantum computing.

Research Directions:


  • Materials: Engineer new classes of robust electronic states in hybrid materials systems (for example, topological states in heterostructures of 2D materials or Majorana fermions — the building blocks of a topological quantum computer — which can be created at the interface of a superconductor and semiconductor).

  • Nanoscale imaging and sensing with microwaves: We employ scanning microwave microscopy to visualize electronic states at temperatures down to 10 mK, with the goal of exploring exotic magnetism, topological phases, and emergent phenomena in new materials.

  • Quantum technologies based on topological states of matter: We use device nanofabrication and electronic transport techniques to explore quantum phenomena in reduced dimensions and harness topological excitations for next-generation computing.

News

September 22, 2019: Monica is organizing a Symposium on 2D materials at the Materials Research Society Spring 2020 Meeting. Submit your abstract here.

August 9, 2019: Leonard Cao joins the lab. Welcome!

July 9, 2019: Monica gives a talk at an NSF Workshop: "Enabling Quantum Leap - Braiding and Fusing Majoranas"

June 2019: Brittany Jiang and Armando Guerrero join the lab. Welcome!

Open Positions
We seek to build a diverse and creative team of scientists with expertise spanning physics, engineering, and materials science. Inquiries for positions at all levels are welcome. If you are interested, please contact Monica Allen.