Field dossier · from the corpus

Nanosensor

0predicted collisions

Where this field is predicted to collide

No open collisions on this field in the current run.

Most cited work

Biomembrane-Modified Field Effect Transistors for Sensitive and Quantitative Detection of Biological Toxins and Pathogens

2019247 citationsDOI ↗

Integration of sustainable nanotechnology with artificial intelligence of things (AIoT) for environmental applications

20261 citationsDOI ↗

Recent work · 2024 onward

Integration of sustainable nanotechnology with artificial intelligence of things (AIoT) for environmental applications

20261 citationsDOI ↗

Signals

2

Papers · in corpus

248

Citations · corpus total

50.0%

Recent share · since 2024

2019–2026

Span · publication years

Who is doing the work

Institute for Basic ScienceKR1
Ulsan National Institute of Science and TechnologyKR1
Brigham Young UniversityUS1
Provo CollegeUS1
Zhejiang University of Science and TechnologyCN1
Pennsylvania State UniversityUS1
Zhejiang University of TechnologyCN1
University of California San DiegoUS1

Most published researchers

Liangfang Zhang1
Hua Gong1
Fang Chen1
Yue Zhang1
Yoon‐Kyoung Cho1
Yijie Chen1

Already lives beside

Fields this one already co-publishes with. A predicted collision is a departure from this neighbourhood, not an extension of it.

Nanotechnology1 Microbial toxins1 Microfluidics1 Membrane1 Bioelectronics1 Biosensor1 Hazardous waste1 Risk analysis (engineering)1 Risk management1 Detection limit1

Nanosensor · Raz0r Prism