Sangyeon (Fred) Cho (@fredsangyeon) 's Twitter Profile
Sangyeon (Fred) Cho

@fredsangyeon

Happy chemist studying nanolasers

ID: 1116746765091397634

linkhttps://www.linkedin.com/in/sangyeon-frederick-cho-3a787759/ calendar_today12-04-2019 16:55:51

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Communications Chemistry (@commschem) 's Twitter Profile Photo

Every Thursday we're going #BehindThePaper, highlighting the great work of our Communications Chemistry authors. This week we're going behind 'Structure and optical properties of perovskite-embedded dual-phase microcrystals synthesized by sonochemistry' go.nature.com/32akRpT 1/4

Communications Chemistry (@commschem) 's Twitter Profile Photo

In the behind the paper, Dr. Sangyeon Cho looks back to November 2017 when he first observed "ultrasonic magic" after popping out for a sip of coffee and a football chat. 2/4

Communications Chemistry (@commschem) 's Twitter Profile Photo

Read the full behind the paper, including the moment of "What the heck is this!" in 'Ultrasonic magic' on the Chemistry Community site from @nresearchnews #SemiconductorLasers go.nature.com/325lj96 4/4

Sangyeon (Fred) Cho (@fredsangyeon) 's Twitter Profile Photo

My new paper in Adv.Func.Mat. came out! Bio-inspired norepinephrine coating enables water-vulnerable perovskite microparticles lasing in water. #Microlaser #Biophotonics #Perovskite #Biomaterials #Yunlab Harvard Medical School MassGeneral Medicine #Nanophotonics onlinelibrary.wiley.com/doi/abs/10.100…

Sangyeon (Fred) Cho (@fredsangyeon) 's Twitter Profile Photo

Our paper on submicron plasmonic perovskite laser is now available on Science Advances Highlighted as an online rotator. advances.sciencemag.org/content/7/35/e… Our finding may help to miniaturize the laser even further to virus-scale. #perovskite #microlaser #Yunlab Harvard Medical School @MGH_RI Massachusetts Institute of Technology (MIT)

Mass General Brigham Research (@mgbresearchnews) 's Twitter Profile Photo

Researchers from Mass General's Wellman Center for Photomedicine are making "plasmonic" laser particles compatible with cells and working on applying the nanolasers for bioimaging and single-cell analysis to advance life sciences and medical diagnosis. pubmed.ncbi.nlm.nih.gov/34433555/

Researchers from Mass General's Wellman Center for Photomedicine are making "plasmonic" laser particles compatible with cells and working on applying the nanolasers for bioimaging and single-cell analysis to advance life sciences and medical diagnosis. pubmed.ncbi.nlm.nih.gov/34433555/
Sangyeon (Fred) Cho (@fredsangyeon) 's Twitter Profile Photo

Hello, friends, I am very pleased to share the amazing news that I am selected as the 2022 OPTICA ambassador. If you need networking or collaboration with fellow researchers related to optics, please contact me and I will be able to help. Thank you. #OpticaAmbassador #MGH

Hello, friends, I am very pleased to share the amazing news that I am selected as the 2022 OPTICA ambassador. If you need networking or collaboration with fellow researchers related to optics, please contact me and I will be able to help. Thank you.
#OpticaAmbassador #MGH
M_Vinas (@m_vineyards) 's Twitter Profile Photo

Thank you all for attending the Brunch with the Optica #OPTICAAmbassadors We had ore than 30 attendees, great discussions, feedback and ideas for upcomming events!! Looking forward for the next event!! 😍💪

Thank you all for attending the Brunch with the <a href="/OpticaWorldwide/">Optica</a> #OPTICAAmbassadors We had ore than 30 attendees, great discussions, feedback and ideas for upcomming events!! Looking forward for the next event!! 😍💪
Sangyeon (Fred) Cho (@fredsangyeon) 's Twitter Profile Photo

We would like to invite you to the upcoming webinar of Nanophotonics Technical Group of Optica . "Extreme Nanophotonic Engineering" by Professor Maxim Shcherbakov (UC Irvine) 📆 When: October 4th 2024, 11AM PT (Pacific time) 📍 Where: Online ( lnkd.in/eVThFi94)