Bio+Intelligent Photonics Lab
@YuCheng22152500
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Smart lasers for biomedical engineering, from micro to nanoscale science.
Singapore
Joined May 2020
Our new work in microlasers to quantify mechanical forces in human ❤️ organoids . #microlaser #organoids #biosensing.
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Glad to share our new work on Optica, a metasurface tunable optofluidic microlaser!.
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RT @OpticaPubsGroup: Via #OPG_Optica: Metasurface-tunable lasing polarizations in a microcavity #Microlasers @NTUsg….
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Thank you to @hatahini for drawing this impressive cover! .Check out our new results on laser emitting micro-motors! Inside front cover - now published in Lab on a Chip
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RT @hatahini: Cover art accompanying the work of Prof. Y.-C. Chen @YuCheng22152500 and his team from @NTUsg. The team developed a multifunc….
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RT @SchubertLab: Interested in #microlasers, #quantum wells or #multiphoton #microscopy? Then have a look at our new publication on red-emi….
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Glad to share this new article published by our group- Bioprogrammable lasers! Thanks to the awesome art piece by @hatahini so that we could make it to the front cover! Enzyme‐Programmable Microgel Lasers for Information Encoding
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Pleasant to have our work published by @acsnano !.A cool network biolaser driven by fibril interactions. #microlaser #biolaser #amyloid #LightMatterInteractions. Self-Assembled Biophotonic Lasing Network Driven by Amyloid Fibrils in Microcavities .
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So honored to have @acsnano to share our new work on Twitter for the first time! 😍😍😍 #microlaser #networks #biophotonics.
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RT @SchubertLab: New #cell #laser paper by @YuCheng22152500 "Brain Cell Laser Powered by Deep‐Learning‐Enhanced Laser Modes" https://t.co/….
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RT @FredSangyeon: Our paper on submicron plasmonic perovskite laser is now available on .@ScienceAdvances.Highlighted as an online rotator.….
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RT @SchubertLab: New paper by the @YuCheng22152500 lab. Generating electricity from light-harvesting proteins coupled to #WGM #microcaviti….
pubs.acs.org
Phycobiliproteins are a class of light-harvesting fluorescent proteins existing in cyanobacteria and microalgae, which harvest light and convert it into electricity. Owing to recent demands on...
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RT @SchubertLab: Chiral liquid crystal #droplet #microlasers from the @YuCheng22152500 lab! #biophotonics @acsnano .
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What happens when a chiral molecule stands between two resonant mirrors? Our most recent article published on @acsnano ! Stimulated #Chiral Light–Matter Interactions in Biological #Microlasers
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Check out our new article! Using vector beams to detect #amyloid-lipid interactions in a #microlaser cavity. Topological Encoded Vector Beams for Monitoring Amyloid‐Lipid Interactions in Microcavity
advanced.onlinelibrary.wiley.com
The potential of vector laser beams is demonstrated to detect tiny bio-structural changes in a microcavity through structured light-molecule interactions. The topology of laser modes is converted...
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Taking advantage of structured light-matter interactions, #Topological #Laser #Barcodes Reveal Potential for Detection of Neuro-Degenerative Disease.
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RT @an_chem: Our latest cover! The artistic rendering shows how a microdroplet laser array encapsulated with living bacteria can be printed….
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RT @AdvSciNews: The March issue of Advanced Intelligent Systems is now online! This Special Issue focuses on "Soft Bionic Sensors and Actua….
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