Deepanjan Datta
CTO and co‑founder; PhD in Electrical & Electronics Engineering
Summary
Work
Education
Projects
Writing
US20220296165A1 — Wearable hemodynamic monitoring device and system
January 1, 2022Patent application (inventor: Deepanjan DATTA) describing a wearable patch and system for hemodynamic monitoring and remote telemetry to assess cardiovascular variables and detect heart-failure-related changes.
Non‑Equilibrium Green's Function Based Circuit Models for Coherent Spin Devices
January 1, 2019Journal article developing 4x4 spin-generalized conductance/circuit formulations based on NEGF for use in circuit-level models of spintronic and nano‑magnetic devices.
US20160171135A1 — System and method for modular simulation of spin transfer torque magnetic random access memory devices
January 1, 2016Patent application describing a library of physics-based functional blocks and a spin-device circuit approach to simulate STT‑MRAM devices, mapping magnetic stack elements to a configurable spin device circuit.
Modeling of spin transport in MTJ devices
January 1, 2012PhD dissertation presenting an NEGF-based transport model for Magnetic Tunnel Junction (MTJ) devices that models charge and spin currents, explains bias dependencies of spin torques, and proposes device concepts and compact models for STT‑RAM.
Quantitative model for TMR and spin-transfer torque in MTJ devices
January 1, 2010Conference paper (IEDM) presenting an NEGF-based model for spin-transfer torque (STT) in MTJ devices that matches diverse experimental measurements (resistance, torques) and explains bias-dependent behavior.