Quantum dots are key elements for building quantum computers. The aim is to precisely control single electron spins in coupled quantum dots to define a quantum bit (qubit). We are pursuing this topic with dots fabricated in Si/SiGe and AlGaAs-heterostructures.http://www.nanomachines.com/nanomachines/Blog/Entries/2011/5/11_Entry_1.html

The mechanical degree of freedom on the nanoscale is applied towards sensor applications, signal communication, and for studying quantum-
electro-mechanic (QEM).
http://www.nanomachines.com/nanomachines/Blog/Entries/2012/2/23_Nanomembranes_for_Protein_Mass_Spec.html

The work in this field focuses on developing measurement testbeds for ion channels, that is engineered glass chips with embedded electronic components.
http://www.nanomachines.com/nanomachines/Blog/Entries/2012/2/23_Inserting_magnetic_nanoparticles_into_bio-membranes.html