🌏 Science at the other end of the world
Benedikt Hiller & David Krieg from Hof University’s ibp presented their research on sustainable plastics at the PPS-40 Conference in Auckland. After 38 hours of travel, they shared insights, discussed innovations – and explored New Zealand’s culture along the way. 🌿

🔗 https://t1p.de/y97cx
#dieforschendehochschulehof #hierwirdknallhartgeforscht #PPS40 #Biopolymers #SustainablePlastics #ResearchTravel #ScienceMastodon #CircularEconomy

https://www.chitin2025.org
9th #Iberoamerican #symposium on #chitin and #chitosan and 16th International #conference on chitin and chitosan, #biopolymers /#polymers of rocketing importance in the #sustainable #bioeconomy to be held in #hermosillo Mexico in October 2025. The event will span a broad range of topics, such as: #biomaterials, #analytical #characterisation #nanomaterials #glycoscience #enzymology #biomedicine #food #biotechnology #agriculture.
Early bird date: 13th July 2025.

🔄🌱 The circular plastics #economy: from #bakery #waste to #curlers with a #care effect

The #CircularEconomy is a key building block for a #sustainable #future. 🌍♻️ This is precisely where the “TechCirclePolymers” #technology #transfer project of the Institute for Circular Economy of Bio:Polymers (ibp) at Hof University comes in: It aims to improve the #recycling of #plastics and #biopolymers. 🏭🔬
Read more: https://t1p.de/3r8tq

The circular plastics economy: from bakery waste to curlers with a care effect - Campuls

The circular economy is a key building block for a sustainable future. This is precisely where the "TechCirclePolymers" technology transfer project of the ibp at Hof University of Applied Sciences comes in: It aims to improve the recycling of plastics and biopolymers.

Campuls

🗓️ On April 1, Dr. Robert Daschner will present new developments and approaches for climate-friendly #plastics in Vienna: The UMSICHT research scientist will give a lecture at the “Biopolymers and Beyond” conference, organized by Biobase. Specifically, he will address the use of biomass waste as a starting material for steam crackers.

➡️ Details at https://s.fhg.de/QSRe

#biopolymers #biomass #pyrolysis

Biopolymers and Beyond

Fraunhofer UMSICHT Institute Branch Sulzbach-Rosenberg

Just a few days ago, some Italian biopolymer experts dropped a fascinating study on the science behind cooking the perfect egg

https://lab66.substack.com/p/perfectegg

#science #materialscience #biopolymers #food #eggs

Гидродинамика идеального вареного яйца

Методическая рекомендация по приготовлению

Научно-Технический·LAB-66

Mirror Bacteria Research Poses Significant Risks, Dozens of Scientists Warn
https://www.the-scientist.com/mirror-bacteria-research-poses-significant-risks-dozens-of-scientists-warn-72419
https://purl.stanford.edu/cv716pj4036
https://www.science.org/doi/10.1126/science.ads9158
https://news.ycombinator.com/item?id=42408361

* feasibility of creating mirror bacteria
* potentially serious/wide-ranging risks they could pose to humans, animals, plants, environment
* accompanies the Science Policy Forum article titled “Confronting risks of mirror life”,

#SyntheticBiology #MirrorLife #MirrorBacteria #biochemistry #stereochemistry #biopolymers

Mirror Bacteria Research Poses Significant Risks, Dozens of Scientists Warn

Synthetic biologists make artificial cells, but one particular kind isn’t worth the risk.

The Scientist Magazine®

Mirror life (mirror bacteria)
https://en.wikipedia.org/wiki/Mirror_life

* mirror-image life
* hypothetical form of life w. mirror-reflected molecular building blocks
* e.g. bacteria made of components that natural cells possess, but w. every biopolymer being of opp. stereochemistry

Comments:
* fascinating stuff; huge potential
* coincident w. my post re: synthetic media: https://mastodon.social/@persagen/113630612921903958
* here: synthetic biology

#SyntheticBiology #MirrorLife #MirrorBacteria #biochemistry #stereochemistry #biopolymers

Mirror life - Wikipedia

Industrializing wastewater: Biopolymers from bacteria can be a sustainable alternative to oil-based products, and phosphorus and other minerals can also be harvested from the wastewater. #wastewater #biopolymers #phosphorus #bacteria https://phys.org/news/2024-10-materials-future-wastewater.html
Materials of the future can be extracted from wastewater

A group of researchers is on the way to revolutionizing what biomass from wastewater treatment plants can be used for. Biopolymers from bacteria can be a sustainable alternative to oil-based products, and phosphorus and other minerals can also be harvested from the wastewater. A new scientific article says that the research is now so far advanced that it is ready for industrial production and use in practice. The study is published in the journal Current Opinion in Biotechnology.

Phys.org
Industrializing wastewater: Biopolymers from bacteria can be a sustainable alternative to oil-based products, and phosphorus and other minerals can also be harvested from the wastewater. #wastewater #biopolymers #phosphorus #bacteria https://phys.org/news/2024-10-materials-future-wastewater.html
Materials of the future can be extracted from wastewater

A group of researchers is on the way to revolutionizing what biomass from wastewater treatment plants can be used for. Biopolymers from bacteria can be a sustainable alternative to oil-based products, and phosphorus and other minerals can also be harvested from the wastewater. A new scientific article says that the research is now so far advanced that it is ready for industrial production and use in practice. The study is published in the journal Current Opinion in Biotechnology.

Phys.org
Welding Wood Is As Simple As Rubbing Two Sticks Together

Can you weld wood? It seems like a silly question — if you throw a couple of pieces of oak on the welding table and whip out the TIG torch, you know nothing is going to happen. But as [Action…

Hackaday