Tootfinder

our regular pub (owned and run by old friends) was flying a huge trans pride flag over the bar earlier this year; tonight i noticed they have changed the toilet signage in way that tells terfs to fuck off in an elegantly ronseal manner

Rubio nodded to the fact that
Katie Miller's husband,
deputy White House chief of staff Stephen Miller,
has the portfolio overseeing UAPs (Unidentified Anomalous Phenomena).
"I don't know who it is. I don't know what it is. But there are things flying over our military installation, and they're not ours, and we should look into this," Rubio said.
Rubio said there was a political benefit to talking about it when he was a senator becaus…

Greatest hits from Rubio's head-turning podcast interview
Katie Miller's show is the Trump administration's go-to new media outlet where officials talk at length in a friendly setting.

Grad die erste Folge LOL next geschaut. Viel Fremdschämen, kein einziges Mal gelacht.
#lolnext

Found a site that always goes the extra mile for it's niche subject, to the point I genuinely feel bad tryna explore rather than be a sincere initiate https://enochian.net/

I've been at The Firs, Elgar's birth place. As well as hearing Nimrod played on a 1927 wind-up gramophone (see @…'s post if you want to hear it) I learnt a lot about Elgar as a man and a polymath, and as the first composer to take the gramophone seriously. The odds were stacked against him but now he's a national treasure. My friend's gre…

Substrate-Directed Wetting Layers in Bicontinuous Particle-Stabilised Emulsions
Jesse M. Steenhoff, Martin F. Haase
https://arxiv.org/abs/2608.13230 https://arxiv.org/pdf/2608.13230 https://arxiv.org/html/2608.13230
arXiv:2608.13230v1 Announce Type: new
Abstract: Bicontinuous interfacially jammed emulsion gels (bijels) facilitate efficient mass transport across multiple length scales due to their interwoven structure of particle-stabilised liquid channels. This unique morphology imparts considerable potential for applications in separation and catalysis, particularly when fabricated \textit{via} solvent-transfer-induced phase separation (STrIPS). STrIPS enables the continuous, large-scale production of nanostructured bijel films on solid substrates, yet the influence of the substrate properties on the formation dynamics and final morphology remains insufficiently understood. In this study, this relationship is elucidated by preparing STrIPS bijel films on silane-functionalised glass substrates with selectively controlled wettability and analysing the resulting structure with confocal microscopy. The results showed the presence of notable wetting layers at the bijel-substrate interface, whose thicknesses could be tuned through the nanoparticle weight fraction. In line with numerical simulations, increasing the substrate hydrophobicity drove a transition from a laminar, water-rich surface layer to a patch-like, progressively oil-rich structure. These findings provide crucial insight into the structure-directing role of substrates in supported bijel films, which aids their application as functional materials.
toXiv_bot_toot

Curved Streamers Stream out from explosion point of ascending rocket
#photo #photography #fireworks #groton

The feeling of unity soon gave way to anger and division,
in large part due to the Iraq and Afghanistan wars,
begun by the George W Bush administration
and framed as necessary conflicts to help the US win the "war on terror".
“We launched two forever wars that were wholly ineffective at making us safer militarily,
and only sank our prestige in the world
– especially [in] Europe and the Middle East
– at the cost of thousands of American sold…

Americans on how 9/11 changed their lives: ‘It completely unraveled the US’
Twenty-five years later, the Guardian asks US readers how the attacks affected their lives, and their country

A Multi-scale Investigation of Aqueous Foams Stabilised by PNIPAM Microgels
Joanne Zimmer, Luca Mirau, Kevin Gr\"aff, Ga\"etan Barth, Carina Schneider, Vera A. N. A. Hesse, Hayden Robertson, Regine von Klitzing
https://arxiv.org/abs/2608.11999 https://arxiv.org/pdf/2608.11999 https://arxiv.org/html/2608.11999
arXiv:2608.11999v1 Announce Type: new
Abstract: Aqueous foams possess multiple structural motifs across different length scales: macroscopic foam, bubbles, foam films and the air/water interface. In this study, macroscopic foams are generated by sparging gas through an aqueous dispersion of PNIPAM microgels which act as foam stabilisers due to their surface activity. The stiffness of the microgels and thus their interfacial activity are tuned by variation of the cross-linker density. The effect of the cross-linker density and the microgel concentration on the resulting foam formation properties (foamability) and the foam stability are investigated. A lower cross-linker density and a higher microgel concentration enhance the foamability, generate foams with smaller bubbles and higher liquid fractions, and increase the foam stability. These observations are correlated with the microgel behavior at the single air/water interface examined by pendant drop tensiometry and Langmuir compression experiments as well as the mobility in single free-standing foam films determined using a Thin Film Pressure Balance. Our findings highlight good agreement across all length scales: increased foamability correlates with a faster decrease in surface tension, and higher foam stability with a higher surface elastic modulus of a microgel-covered single air/water interface and decreasing mobility in foam films.
toXiv_bot_toot