Library Services Updates

The library has a Resource Sharing service that allows you to request for book chapter or article when SUTD Library has no local holding.
You can learn more about how to make a book chapter or article request. Click here!

Workflow: 
Published

Workflow: 
Published

 

IMPact@SUTD, a monthly update featuring the latest published research works of SUTD faculty and researchers.
Submit your articles here

Identifying threats, cybercrime and digital forensic opportunities in Smart City Infrastructure via threat modelling

Forensic Science International: Digital Investigation

The fluorescence quenching mechanism of tetrazine-functionalized fluorogenic labels with integrated π-conjugations: internal conversion to a dark state

Materials Chemistry

 

Gap solitons on an integrated CMOS chip

Nanophotonics

SUTD Author: Yee Ching Tok, Sudipta Chattopadhyay

SUTD Author: Shen Tianruo, Yadav Priya, Liu Xiaogang

SUTD Author: Choi, Ju Won; Sohn, Byoung-Uk; Sahin, Ezgi; Chen, George F. R.; Xing, Peng; Tan, Dawn T. H.

“Modern infrastructure like smart cities entice adversaries to commit criminal acts. Varied understanding of smart city infrastructure (SCI) and heavy workloads complicate cybercrime investigation. We propose a common definition of SCI, map offences, evidence and identified threats to assist investigators, and make publicly available a threat model template for adoption.” --- Yee Ching Tok

“Through quantum chemical calculations, we formalized a fluorescence quenching mechanism - internal conversion to a dark state (ICDS) to rationalize the fluorogenicity of tetrazine-functionalized labels with integrated π-conjugations. Based on the understanding of structure-property relationship, we further proposed several design strategies for developing high-performance tetrazine-fused fluorogenic labels with redshifted emission wavelengths and enhanced fluorescence turn-on ratios.”  ---  Liu Xiaogang

"We explore the gap solitons in a high-quality on-chip CMOS-compatible Bragg grating, enabling the observation of tunable slow light and temporal soliton compression. Our work showcases a new on-chip slow light configuration for optical delay lines and true optical storage, providing a new pathway for the tailored storage for light sources.” ---  Choi Juwon

  More - IMPact articles

 

Workflow: 
Published

Workflow: 
Published

LATEST WEEKLY DISCOVERY

Weekly Horizon Scanning featuring newest updates and latest research and reports
to ignite and inspire new ideas!

view past reports

 

Workflow: 
Published