We just released an affordable, fully biodegradable, and biocompatible electrical ink! For monitoring any biological systems—whether it’s tracking limb movements, heart pulsations, or larynx activity during speech. 🌿💡 #Innovation#Biotech https://t.co/mt1Cv9D6up
On the cover of @AdvPortfolio a new fabrication paradigm enabling the production of metallic structures through internal aggregation using biological processes at ambient conditions, without heat or pressure. #Sustainability#3Dprinting#insect#material
@SynBio1 Dear Jake, We also upload all of our articles in OA repositories so everyone can read them. This one is in Arxiv: https://t.co/bx34zERa0c. The associated videos are on the publisher’s website and YouTube (the links are in the supplementary material).
We’ve replicated how arthropods build their exoskeletons to create large metallic objects. This new metalworking allows using #natural#materials in #electronics and fabricating components like #battery electrodes at room temperature and using only water. https://t.co/bjSsGLm29x
A new manufacturing paradigm inspired by biological systems and materials is enabling our sustainable living on Earth and paving the way for a new era of space exploration. @JGFermart
Learn more 👇
https://t.co/z6jvBtgW3q
"On #Mars as it is on Earth: #Bioinspired technologies for sustainability on Earth are paving the way for a new era of #space exploration." The Biomaterial Age is not a return to our roots but a leap forward to a new technological age. https://t.co/7VoLhFE998
Vibrant colors 🌈 found in iridescent beetle cuticles are replicated with a method based on chitinous polymers.
This method developed by @JGFermart and co-workers opens up potential applications in biodegradable coatings for 3D objects.
Find out more: https://t.co/jswxcZc6qX
#SHRILK: la alternativa ecológica al plástico descubierta por un investigador español
🌲"La clave está en imitar a la naturaleza"
🗣️ @JGFermart, catedrático de la @NTUsg y miembro de @sutdsg
👇
🔴DIRECTO https://t.co/hHg6pNkpBT
▶️PODCAST https://t.co/Kze3Ps6ZoT
We are finalists of the #3DPC2023! Building as part of any ecosystem provides environmental and economic resilience. In the picture, a fully biological 3D-printed table integrated into Singapore's ecological cycles was made in collaboration with SUTD.
Excited to share our latest co-authored study that shows scale ridges alone could contribute significantly to butterfly colors #colorsci
👏@jgfermart and joel yang @sutdsg
The Height of Chitinous Ridges Alone Produces the Entire Structural Color Palette https://t.co/jCzKvuCZGZ
"This study has transformed the way we think about adapting our scientific research methods to allow #MachineLearning to not just be used as a tool to analyze #data, but to also interpret reality."👨🔬🤖
cc @CurieuxExplorer@joana_ut@awadallah@woojinrad
https://t.co/E7rMiKEhwH
Redefining the scientific method thru the eyes of a machine: researchers unravel cell #biology through artificial intelligence. #AI#MachineLearning#CellBiology@PLOSONE https://t.co/kP6g2eBkYd