Jin-Tae Jimmy Kim (@jimmy_mechanics) 's Twitter Profile
Jin-Tae Jimmy Kim

@jimmy_mechanics

Assistant Professor at POSTECH @postech2020

ID: 1732447219633049600

linkhttps://sites.google.com/view/mechanicslab/ calendar_today06-12-2023 17:09:52

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31 Following

Jin-Tae Jimmy Kim (@jimmy_mechanics) 's Twitter Profile Photo

I will be joining POSTECH POSTECH, Spring 2024. Our research focuses on experimental/theoretical continuum mechanics with computer vision and soft electronics for the development of novel devices for a wide range of applications. sites.google.com/view/mechanics…

Soft Science (@oae_softscience) 's Twitter Profile Photo

Title: Coupled mechanics in skin-interfaced electronics via computer vision methods Authors: Dr. Jin-Tae Kim POSTECH, and Dr. Leonardo P. Chamorro University of Illinois 👉More: oaepublish.com/articles/ss.20… #Softelectronics #computervision

Title: Coupled mechanics in skin-interfaced electronics via computer vision methods
Authors: Dr. Jin-Tae Kim <a href="/postech2020/">POSTECH</a>, and Dr. Leonardo P. Chamorro <a href="/UofIllinois/">University of Illinois</a>
👉More: oaepublish.com/articles/ss.20…

#Softelectronics #computervision
PNAS Nexus (@pnasnexus) 's Twitter Profile Photo

Passive flying systems inspired by wind-dispersed seeds could be used for remote sensing and other applications. Researchers have designed flyers that are hybrids of forms found in parachuting dandelion seeds and autorotating maple seeds. In PNAS Nexus: ow.ly/5bnI50QUYLM

John A Rogers (@profjohnarogers) 's Twitter Profile Photo

Our most recent paper on 3D passive microfliers inspired by wind-dispersed seeds is now available in the new journal PNAS Nexus, the engineering companion to the Proceedings of the National Academy of Sciences.  The engineering motivation is in methods for wide aerial dispersal

Our most recent paper on 3D passive microfliers inspired by wind-dispersed seeds is now available in the new journal <a href="/PNASNexus/">PNAS Nexus</a>, the engineering companion to the Proceedings of the National Academy of Sciences.  The engineering motivation is in methods for wide aerial dispersal
Querrey Simpson Institute for Bioelectronics (@nu_qsib) 's Twitter Profile Photo

"Functional bio-inspired hybrid fliers with separated ring and leading edge vortices," - Congrats to first Author: Jin-Tae Jimmy Kim (a former postdoc now on the faculty at POSTECH)- Published in PNAS Nexus doi.org/10.1093/pnasne…

Jin-Tae Jimmy Kim (@jimmy_mechanics) 's Twitter Profile Photo

I was invited to give a seminar at POSTECH Tech Review, a student organization supported by POSTECH Student Entrepreneurship Foundation. We made a Youtube vlog and had a lot of fun! youtu.be/VYRIAGSdfcg?si… w/ POSTECH

Jin-Tae Jimmy Kim (@jimmy_mechanics) 's Twitter Profile Photo

A new student organization, POSTECH aeroSpace Initiatives (PSI), which I supervise, recently tested their own TMS system using the KNSB propellant under the guidance of the safety team and the Mechanical Engineering Department at POSTECH (POSTECH). Both the students and the

A new student organization, POSTECH aeroSpace Initiatives (PSI), which I supervise, recently tested their own TMS system using the KNSB propellant under the guidance of the safety team and the Mechanical Engineering Department at POSTECH (<a href="/postech2020/">POSTECH</a>). Both the students and the
John A Rogers (@profjohnarogers) 's Twitter Profile Photo

Our paper on flexible, large-area thermo-haptic interface technologies for the skin – sometimes referred to as ‘epidermal VR’ systems -- appears today in the Proceedings of the National Academy of Science National Academy of Sciences (PNAS; link below). These latest devices enable programmable

Our paper on flexible, large-area thermo-haptic interface technologies for the skin – sometimes referred to as ‘epidermal VR’ systems -- appears today in the Proceedings of the National Academy of Science <a href="/theNASciences/">National Academy of Sciences</a> (PNAS; link below). These latest devices enable programmable