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Tensor Ring Parametrized Variational Quantum Circuits for Large Scale Quantum Machine Learning

Publication: Journal Article

V. Aggarwal, V. Bansal, D. Peddireddy, and Z. Jacob, “Tensor Ring Parametrized Variational Quantum Circuits for Large Scale Quantum Machine Learning”, arXiv, 2022.

Deep ultra-violet plasmonics: exploiting momentum-resolved electron energy loss spectroscopy to probe germanium

Publication: Journal Article

Z. Poursoti, W. Sun, S. Bharadwaj, and Z. Jacob, “Deep ultra-violet plasmonics: exploiting momentum-resolved electron energy loss spectroscopy to probe germanium”, Optics Express, vol. 30, no. 8, pp. 12630–12638, 2022.

Deep ultra-violet plasmonics

News: March 31, 2022

Our work on probing germanium plasmons through momentum-resolved EELS experiments got published in Optics Express. We reveal the metallic nature of Ge in the DUV regime. This new frontier of DUV plasmonics enables the development of DUV devices based on Ge. Read more about the paper here .

Our paper as Editor's Suggestion in Physical Review Research

News: April 05, 2022

Our latest paper on topological optical N-insulators was chosen as Editor’s suggestion in Physical Review Research. We introduce a new family of topological materials with exotic electromagnetic features with obstructions to molecular polarizabilities. Know about the paper here .

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Tensor Ring Parametrized Variational Quantum Circuits for Large Scale Quantum Machine Learning

Deep ultra-violet plasmonics: exploiting momentum-resolved electron energy loss spectroscopy to probe germanium

Deep ultra-violet plasmonics

Our paper as Editor's Suggestion in Physical Review Research

Identification of Latent Graphs: A Quantum Entropic Approach

Tensor Rings for Learning Circular Hidden Markov Models

Optical N-insulators: Topological obstructions to optical Wannier functions in the atomistic susceptibility tensor