RT @bkhsiung: Best of Advanced Optical Materials 2017, made possible through @lets_experiment, now free for everyone to read~ https://t.co/…
RT @PlumeriaTiki: Congrats to @bkhsiung and team for winning Best of Advanced Optical Materials 2017. Their tarantula inspired technology s…
Congrats to @bkhsiung and team for winning Best of Advanced Optical Materials 2017. Their tarantula inspired technology shows us that we can create non-iridescent colors without using toxic dyes. Exciting stuff-> https://t.co/dKUDjYIaFf #tarantulabluej
Our paper on Blue tarantula inspired non-iridescent photonic structures is chosen among the best of Advanced Optical Materials 2017! @AdvSciNews @bkhsiung https://t.co/2dsS2kmi1O
RT @bkhsiung: Best of Advanced Optical Materials 2017, made possible through @lets_experiment, now free for everyone to read~ https://t.co/…
Best of Advanced Optical Materials 2017, made possible through @lets_experiment, now free for everyone to read~ https://t.co/E6E27fh8yc
Thinking of how to slip metal references into papers, realized I already published on species named P. metallica \m/ https://t.co/c1XGXhC1eM https://t.co/x6rwzsK48S
Their paper came out in Jan’s AOM it made the front cover congratulations to them! https://t.co/MPogJYNSmk https://t.co/cpLtXfZiQw
@biobiiana @quasicoherent that's super cool! here's a link to the article: https://t.co/nwD199qREz
RT @materialsviews: Congratulations on your stunning image and great article! #photonics #biomimicry https://t.co/qf16bh9GPO https://t.co/T…
Congratulations on your stunning image and great article! #photonics #biomimicry https://t.co/qf16bh9GPO https://t.co/T1nVGM9hZf
RT @lets_experiment: 253 backers for project using iridescent hair found in blue tarantulas for new digital displays, published: https://t.…
253 backers for project using iridescent hair found in blue tarantulas for new digital displays, published: https://t.co/XuCHZOCjeA #results
RT @lets_experiment: Congratulations to @bkhsiung @mdshawkey and team on your recent publication in Advanced Optical Materials! https://t.c…
RT @lets_experiment: Congratulations to @bkhsiung @mdshawkey and team on your recent publication in Advanced Optical Materials! https://t.c…
RT @lets_experiment: By backing research projects your name may get inked in the acknolwedgements section of the final publication! https:/…
RT @lets_experiment: Congratulations to @bkhsiung @mdshawkey and team on your recent publication in Advanced Optical Materials! https://t.c…
By backing research projects your name may get inked in the acknolwedgements section of the final publication! https://t.co/dA59XAEqMW https://t.co/aTX94xmVYP
Congratulations to @bkhsiung @mdshawkey and team on your recent publication in Advanced Optical Materials! https://t.co/xAd0fzQ7Ul
Plenty of non-iridescent structural colors exist, but not 3D-printed ones! https://t.co/F8GpWBaGX4
RT @materialsviews: Color envy: Blue tarantula hair inspires first known example of noniridescent structural color. https://t.co/qf16bhrhHm…
RT @materialsviews: Color envy: Blue tarantula hair inspires first known example of noniridescent structural color. https://t.co/qf16bhrhHm…
Color envy: Blue tarantula hair inspires first known example of noniridescent structural color. https://t.co/qf16bhrhHm https://t.co/MVOf7KVfPb
RT @bkhsiung: tarantula-inspired colorants are one step closer to the reality~ https://t.co/2OP9L1JEkz
RT @bkhsiung: tarantula-inspired colorants are one step closer to the reality~ https://t.co/2OP9L1JEkz
tarantula-inspired colorants are one step closer to the reality~ https://t.co/2OP9L1JEkz
RT @mdshawkey: Our new paper testing hypotheses on blue tarantula color using nanoscale 3D printing is out! https://t.co/c1XGXhkpQc https:/…
RT @mdshawkey: Our new paper testing hypotheses on blue tarantula color using nanoscale 3D printing is out! https://t.co/c1XGXhkpQc https:/…
Our new paper testing hypotheses on blue tarantula color using nanoscale 3D printing is out! https://t.co/c1XGXhkpQc https://t.co/oquEq9at0K