Recent news

May '12: Newaz's paper gets published in Nano Letters

Apr '12: Hiram's paper gets "department's outstanding publication award"

Feb ’12: Kirill receives Sloan fellowship 

Jan ’12: Dhiraj’s paper gets published in ACS Nano

Aug ’11: Hiram’s paper gets published in Nano Letters

Mar '11: Kirill receives NSF Career award

Nov '09: Group's research gets featured in VU Discovery 

We are a research group in the Physics Department of Vanderbilt University. We like to play with materials – such as graphene, quantum dots and nanotubes – that have dimensions close to atomic lengthscale. We make devices out of these materials that are governed by the laws of quantum mechanics. Our research is driven by the following fundamental questions:
  • What are the correlated states formed by interacting electrons? 

  • How does one manipulate individual spins? 

  • Can relativistic-like effects be observed in solid state materials, such as graphene? 

  • How do familiar macroscopic forces behave at the nanoscale? 
We are equally interested in potential applications of our research. We would like to: 
  • Explore the potential of graphene and other two-dimensional materials towards applications in electronics

  • Design nanoelectromechanical mass and force sensors capable of weighing individual atoms 

  • Create graphene biosensors useful for biomedical applications
The Bolotin group engages in nanoscale fabrication using the facilities at Vanderbilt Institute of Nanoscale Science and Engineering and at Oak Ridge National Laboratory.We collaborate with many groups in deparments of Physics (Talk, Brau, Pantelides), Chemistry (Rosenthal, Cliffel), Chemical engineering (Jennings), Electrical Engineering (Davidson) on projects ranging from solar cells with graphene electrodes to graphene biosensors. We also collaborate with Graphene Laboratories, a start-up company, towards commercial applications of graphene.

Open positions: Currently looking for motivated graduate and undergraduate students to work on electronic properties and device applications of graphene! Contact me via  email/chat or simply stop by my office if interested.

The group: Internal group site (to track projects progress and to share relevant information). Ask me if you need to get access to it!