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Eurek Alert!
eurekalert. org > news-releases > 1128399

Exploiting interfacial ionic mobility to make heat-moldable nanoparticle aggregates

6+ hour, 51+ min ago  (412+ words) Researchers at The University of Osaka use heat to shape aggregates of nanoparticles Credit: Created based on the figures reported by Ishioka et al. , Science Advances (2026). However, researchers at The University of Osaka have been able to use heat to…...

BIOENGINEER. ORG
bioengineer. org > machine-learning-detects-flow-instability-in-channels

Machine Learning Detects Flow Instability in Channels

10+ min ago  (913+ words) In an era where engineering systems are becoming increasingly complex and efficient, the stability of fluid flow within parallel channel systems has emerged as a critical area of research. Instabilities in these systems can lead to significant operational failures, reduced…...

Eurek Alert!
eurekalert. org > multimedia > 1131137

Prof. Leonhard M'ckl [IMAGE] | Eurek Alert! Science News Releases

6+ hour, 44+ min ago  (36+ words) Prof. Leonhard M'ckl (IMAGE) Eurek Alert! Prof. Leonhard M'ckl, research group leader "Physical Glycosciences" at MPL. Image can only be used in context of this publication. More on this News Release When cells reveal their inner workings...

Interesting Engineering
interestingengineering. com > ai-robotics > algae-microrobot-smart-bandage

Living algae swarms can split, merge, and deliver treatment with light

3+ hour, 25+ min ago  (490+ words) New algae-based microrobots assemble into living swarms using light and could enable smart wound treatment. Scientists have developed living microrobot swarms made from algae and nanoparticles that can assemble into custom shapes under blue light and disperse on command with…...

Quantum Zeitgeist
quantumzeitgeist. com > atoms-room-temperature-move-minutes

Researchers Move 10, 000 Atoms In Minutes At Room Temperature

5+ hour, 2+ min ago  (964+ words) Dr. Donovan is a futurist and technology writer covering the quantum revolution. Where classical computers manipulate bits that are either on or off, quantum machines exploit superposition and entanglement to process information in ways that classical physics cannot. Dr. Donovan…...

Eurek Alert!
eurekalert. org > news-releases > 1128504

Biochar strategy could cut cropland greenhouse gas emissions while boosting yields

3+ hour, 55+ min ago  (320+ words) Credit: Debo He, Zhixin Dong & Bo Zhu "Our results show that biochar should not be treated as a one-size-fits-all solution," said corresponding author Bo Zhu. "The greatest climate benefit comes from matching the right type of biochar and the right…...

Google News
eurekalert. org > news-releases > 1128506

Wood-based biochar could make beneficial fungal biopesticides easier to apply and store

3+ hour, 55+ min ago  (599+ words) Eurek Alert! Wood-based biochars produced at low pyrolysis temperatures are good carriers for a Trichoderma-based biopesticide Credit: Jane Debode, Jarinda Viaene, Kristof Maenhout, Lisa Joos, Soraya C. Fran'a, Ann Cuypers & Bart Vandecasteele Applying beneficial microbes to soil sounds simple, but in…...

@fuelcellsworks
fuelcellsworks. com > 05/15/2026 > clean-energy > filtrabit-and-hycamite-sign-mou-for-project-collaboration-in-low-carbon-hydrogen

Filtrabit and Hycamite Partner for Low-Carbon Hydrogen - Fuelcellsworks

21+ hour, 13+ min ago  (23+ words) Filtrabit and Hycamite Partner for Low-Carbon Hydrogen Fuel Cells Works Filtrabit and Hycamite Sign Mo U for Project Collaboration in Low-Carbon Hydrogen...

Nanowerk
nanowerk. com > nanotechnology-news3 > newsid=69409. php

Nanoparticle aggregates can be plastically deformed with heat

13+ hour, 13+ min ago  (80+ words) Nanowerk Nanoparticle aggregates can be plastically deformed with heat Researchers make nanoparticle aggregates heat moldable using ionic liquid cations, preserving particle shape and crystallites during thermoforming. - First demonstration of thermoforming nanoparticle aggregates without distorting particle shape or disrupting crystallites. - Thermoplasticity…...

Eurek Alert!
eurekalert. org > multimedia > 1131094

Fig. 1 [IMAGE] | Eurek Alert! Science News Releases

7+ hour, 8+ min ago  (73+ words) Fig. 1 (IMAGE) Eurek Alert! Material design for thermoplasticization of nanoparticle aggregates. (A) Introduction of ionic liquid cations onto the wood-derived nanoparticle (CNF) surfaces. (B) Thermoplasticization mechanism of its aggregates. Created based on the figures reported by Ishioka et al. , Science Advances (2026). Credit…...