Publications

We report measurements of the magnetization of insulating phosphorus doped silicon for fields up to 50 kG and temperatures down to 1.25K, for dopant concentrations n=6.7x10(17) cm(-3) to N=2.8x10(1

Using a Faraday balance, we have measured the susceptibility to down to 1.25K and the magnetization up to 50kG at several temperatures for insulating phosphous-doped silicon ranging from low impuri

We show that the non-linear magnetization of acceptors in insulating Si:B exhibits a universal behavior similar to that found for donors in Si:P, for fields up to 50 kG and temperatures down to 1.

We develop order bounds on the refresh rate of computing two classes of functions over large multi-hop sensor networks - namely, type-threshold (e.g. max) and type-sensitive functions (e.g.

We develop order bounds on the refresh rate of computing two classes of functions over large multi-hop sensor networks - - namely, type-threshold (e.g. max) and type-sensitive functions (e.g.

We report on the use of semiconductor optical amplifiers (SOA) to extend the optical bandwidth of next generation optical systems.

Traditional urban-scale crowdsourcing approaches suffer from three caveats - lack of complete spatiotemporal coverage, lack of accurate information and lack of sustained engagement of crowd workers

The training complexity of deep learning-based channel decoders scales exponentially with the codebook size and therefore with the number of information bits.

In this paper, we investigate the weighted iterative decoding to improve the performance of turbo-polar code.

The quantum Hall-plateau transition was studied at temperatures down to 1 mK in a random alloy disordered high mobility two-dimensional electron gas.