I am a senior undergraduate student and a Schulich Scholar at the University of Toronto studying Engineering Science
with a focus on physics and electrical engineering.
I am fortunate to have been advised by Prof. Karl Berggren at MIT,
Prof. Adrian Lupascu at the University of Waterloo,
and Prof. Nazir Kherani at my home institution.
My research interests lie at the intersection materials and devices for both quantum and neuromorphic computing.
Publications
Journal Publications
A. Lombo, J. Lares, M. Castellani, C. Chou, N. Lynch and K. Berggren
“A Superconducting Nanowire-based Architecture for Neuromorphic Computing” Neuromorphic Comput. Eng
(arXiv:2112.08928v1)
A. Lombo and J. Y.Y. Loh, T. Wang, R. Thomas, A. Carpenter, S. Moor-Smith, Y. Zhang, K. Dixon, A. Anand, R. Curry, N. P. Kherani
“Pressure-controllable Low-power Diffusive Memristors with Multi-dimensional Filamentation”
(In preparation)
Conference Presentations
A. Lombo, "Architectures and Algorithms for Superconducting-Nanowire-Based Neuromorphic Computing"
2021 International Conference on Rebooting Computing (ICRC), 2021.
A. Lombo, N. C. Janzen, R. Yang, A. Lupascu "Improved Flux Qubits Based on Tantalum" APS March Meeting, 2022. (Submitted)
A. Lombo and J. Y. Y. Loh,
“Plasma Pressure Controllable Low Power Silver Diffusion based Memristors for Multi-dimensional Filamentation and Enhanced Neuromorphic Capability”
2021 Materials Research Society Fall Meeting
(Accepted, unable to attend)
A. Lombo “Design of a Micro-engineered Dynamic Shade-Blind System”, UnERD Conference, University of Toronto, 2018.
Patents
A. Lombo and J. Y.Y. Loh,
“Sputtering With Nitrogen Gas to Enable Diffusion of Metal into Metal Nitride for Memristor and Memristive Devices.” Patent.
(In progress)