Tootfinder

My #silentsunday.. I only had a chat with two guys at the summit and one guy a bit below.
Besides that... 4-5h silence. If we don't count the minutes I was following the activities of a woodpecker a couple of meters away from me 😊
It took me really efforts to get out. But - as usual - it was worth it.

If you are an anti-fascist, you are against petroleum. Petroleum funds fascism globally. It is at the heart of the military industrial complex driving global imperialism, from both the US and Russia. Motonormitivity is fascist, both in it's elitist roots and in it's ties to historical fascism (Hitler hated bikes, just on principle). Oil is militarism.
Oil is the dominant resource which drives war, both in terms of it being the primary spoil wars are fought over and in terms of fueling the military vehicles and weapons that carry out those wars. Practically every war since (and including) WWII has been over oil. Genocides are carried out to secure oil. Gaza is over oil, in more ways than one.
Oil is the absolute enemy, and AI is simply an extension of that: an attempt to atomize us so we can't resist the oil-centric global order, one last grasp at the control over our lives oil has given to those whose power is now threatened by a solar punk future.
"I haven't written for a few weeks now. As I write the closing chapter and begin rewriting previous sections, everything feels both more distant and more immediate. The working title [Kairos] has only continued to feel more and more resonant, both during the writing and during my pause."
Now is the time to resist by making something different, by creating a world fundamentally opposed to these systems of oppression.
This is the last in my Kairos series. From here on out I'll be editing to try and make it more of a book than a series of posts. Thanks to everyone who has helped so far. All editing is welcome (typos, spell checks, questions and challenges). Between ADHD and dyslexia, it's always hard for my brain to notice mistakes in my own text so I always appreciate the support of those who can.
https://anarchoccultism.org/building-zion/kairos

Angular distribution of K{\alpha} x rays following nonradiative double electron capture in relativistic collisions of Xe54 ions with Kr and Xe atoms
Bian Yang, Deyang Yu, Konstantin N. Lyashchenko, Caojie Shao, Zhongwen Wu, Mingwu Zhang, Oleg Yu. Andreev, Junliang Liu, Zhangyong Song, Yingli Xue, Wei Wang, Fangfang Ruan, Yehong Wu, Rongchun Lu, Chenzhong Dong, Xiaohong Cai

Large eddy simulation of turbulent swirl-stabilized flames using the front propagation formulation: impact of the resolved flame thickness
Ruochen Guo, Yunde Su, Yuewen Jiang
https://arxiv.org/abs/2602.21940 https://arxiv.org/pdf/2602.21940 https://arxiv.org/html/2602.21940
arXiv:2602.21940v1 Announce Type: new
Abstract: This work extends the front propagation formulation (FPF) combustion model to large eddy simulation (LES) of swirl-stabilized turbulent premixed flames and investigates the effects of resolved flame thickness on the predicted flame dynamics. The FPF method is designed to mitigate the spurious propagation of under-resolved flames while preserving the reaction characteristics of filtered flame fronts. In this study, the model is extended to account for non-adiabatic effects and is coupled with an improved sub-filter flame speed estimation that resolves the inconsistency arising from heat-release effects on local sub-filter turbulence. The performance of the extended FPF method is validated by LES of the TECFLAM swirl-stabilized burner, where the results agree well with experimental measurements. The simulations reveal that the stretching of vortical structures in the outer shear layer leads to the formation of trapped flame pockets, which are identified as the physical mechanism responsible for the secondary temperature peaks observed in the experiment. The prediction of this phenomenon is shown to be strongly dependent on the resolved flame thickness, when the filter size is used for modeling sub-filter flame wrinklings. Without proper modeling of the chemical steepening effects, the thickness of the resolved flame brush is over-predicted, causing the flame consumption rate to be under-estimated. Consequently, the flame brush detaches from the outer shear layer, resulting in a failure to capture the flame pockets and the associated secondary temperature peaks.
toXiv_bot_toot

Eine gentechnisch veränderte #Alge könnte helfen, #Mikroplastik aus Wasser zu entfernen.
Sie produziert ein flüchtiges Naturöl namens Limonen. Weil sowohl Alge als auch #Plastik wasserabweisend …

Lab-grown algae remove microplastics from water
A University of Missouri researcher is pioneering an innovative solution to remove tiny bits of plastic pollution from our water. Mizzou's Susie Dai recently applied a revolutionary strain of algae toward capturing and removing harmful microplastics from polluted water. Driven by a mission to improve the world for both wildlife and humans, Dai also aims to repurpose the collected microplastics into safe, bioplastic products such as composite plastic films.