Multi-frequency single cell electrical impedance measurement for label-free cell viability analysis

Analyst

Machine Learning for Comparative Urban Planning: An Aviation Case Study

 ACADIA 2020 – Distributed Proximities

Physics of electron emission and injection in two-dimensional materials: Theory and simulation
Nature Energy

SUTD Author: Jianwei Zhong, Dahou Yang, Yinning Zhou, Minhui Liang and Ye Ai

“Cell viability analysis is currently performed through laborious and complicated cell staining procedure. In this work, we present a novel electrical impedance-based technique for high-throughput, label-free single cell level viability assessment, which provides a promising pathway for real-time in situ cell identification and integration with cell sorting/isolation platforms.” --- Ye Ai

SUTD Author: Ahmed Meeran and Sam Joyce

“Our study elucidates using Big Data, AI and Computer Vision to rethink what’s possible for airports and Urban Planning in terms of whether it is sustainable or not for them to expand or contract based on specific typology analysis performed on computationally retrieved large scale aerial imagery using pixel-level parameters.”--- Ahmed Meeran

SUTD Author: Yee Sin Ang, Liemao Cao, and Lay Kee Ang

“The physics of electrical contact and interfacial charge injection underlies the performance, energy-efficiency and the functionality of 2D-material-based nanodevices. In this article, we review the recent developments in the physics and computational simulations of electron emission, interfacial charge injection and electrical contacts in 2D material heterostructures and devices.” --- Yee Sin Ang