Research 

Our current research activities involve investigating electron transport in low-dimensional semiconductors nanostructures  based on GaAs at ultra-low temperatures and high magnetic fields. 

We investigate quantum many-body effects in condensed matter systems for discovering new fundamental quantum physics and harnessing them for future quantum technologies. 

Some of the major, current activities:  

1. Engineering electron wavefunction in low-dimensions for quantum technologies 

2. Self-organised conductance fractionlisation in the 1D-2D regime 

3. Wigner Crystallisation of electrons in low-dimensions 

4. Spin-orbit interactions

5. Fractional Quantum Hall Effect in low-dimensional semiconductor nanostructures 

Other research interests:

1. Light, matter interactions in quantum transport  

2. Self-assembly of molecules 

3. Quantum transport through single molecules and self-assembled nanostructures (nanoparticles, nanowires, nanotubes, etc.)