as someone who was just involved in a electrical fire in lab, highly recommend this (once you get out of shock that is, i got out in cough3 hourscough 2 mins, easy)

I do not find this post uplifting. Is this like some thing I do not get because I am not american? cause this seems to be just a product launch

number 81 should not be Ti (that is short for titanium)

i laughed so hard, i had to explain this to someone else at work.

From the reports that i have read (am indian), 20+ generics are expected, within roughly 2 months or so, with previous price being something along 10k INR (roughly 100USD) a month to about 3-4k INR (30-40 USD) a month. Drugs have always been kinda cheap here (as an example, a simple paracetamol (tylenol) tablet costs 1 INR (~1cent US)), so it is still expensive (for vast majority, it is more than 2-3 days of work), but much better. hope people use this cautiously though with reasonable expectations.

i am guessing ask someone to bring it over (maybe courier also works).

second option still stays. it is posible that green pigment when it degrates releases something much less viscous and foul smelling (my guess is ammonia, as amines are very common in dyes).

Sorry i did not get what you were saying the first time. lack of sleep does not help either.

I have 2 lines of though to explain this, both going totally different ways.

I am not a chemist, and polymeric science is arguably my worst. so take everything with lots of salt

I do not know your sex (yes), but for the first one it maybe matters.

Humans basiccaly have best perception of greens. we have 3 kinds of cones (color detecting cells) and it is basically blue and green and a little redder green (it effectively works as red detector), and we percieve much better granularity in green color spectrum. also those who are female at birth are better at this (some source that i remeber said something in line of 10x more colors observable by females than males). so it is possible all kinds of dyes degrade, and wwith greens you are better able to percieve it. this is in theory testable by perfectly caliberated camera and lighting and displays, and measuring the pl response (doable in a lab setup).

more likely reason is dyes degrade. dyes are often organic (organic in sense of carbon containing) aromatic or more generally resonant structures designed to have absorption in specific ranges. the wavelengths they absorb the most, or reflect or transmit (as in allow it to pass) determines their colors. for example, our sun has peak emmision around green wavelengths, and life on earth evolved too roughly reject that (they absorb lower and higher wavelengths, if they absorb the most common, they probably die faster). if i remember correctly, organic dyes in paint often absorb the wavelength and then emit (resonance, the color being the resonant frequency) the light, so green dyes get the most common light (assuming the paint is applied on a surface recieving sunlight, if not, with leds for example, it is a bit bluer), and hence has a higher degradation rate. dyes degrade by general oxidation or any other chemical reaction, and that could also be possibly more likely on certain pigments as compared to others, and thegreen one just might be more reactive one. If pigment is inorganic, then it is whole different can of worms - whatstarting compound - lets say FeO (II), which may oxidise further (green -> brown) or something else.

Without much to go by, there are just so many possibilities.

do you have more people than indian metros? or java island. if not, then no

that was really heart warming

my bad, sorry. reading humor/sarcasm over internet is a bit hard

why do we want to hate on other projects.

try to see if 1080p av1 can get you some more saving? also just resolution and codec is not enough - we need to know bitrate. just for a frozen frame or some regular slow talking style scene, low bitrate is fine, but if you have action or high pace, a low bitrate 4k would look worse than high bitrate 480p or something. I am storage poor, so I do 480p mostly at reasonable bitrates. I can do 720 p at a bit lower bitrate, but action and stuff struggle.

sorry to disturb your business kind sir

you can check out my comment to another reply here, or here is a link https://piefed.social/post/1803401#comment_10240799

not my domain, so i looked the title online (the original article is in nature, and not open access, and currently not in uni, so can not access through uni wifi)

here is a theoretical version establishing physics for this effect - https://arxiv.org/pdf/2505.23083v1

I am also not reading the linked article, as it is too flowery for me.

so here is a tl;dr - if you know seebeck effect, this should be somewhat easy. seebeck effect is a effect where if there is a temperature gradient in a material, electricity can be generated. i will not go on about why that happens, but as a statistical argument, just keep in mind that as things are heated, they jiggle (very specific physics term, definitely not me stupidifying oscillations). if it is a “bond” between two atoms (aptly named atomic bonds), we consider a quantisation (fancy way to put number to how strong the vibration is, there is more to it, but not for now) of these oscillations as phonons. another thing is that in materials, these bond are often arranged in some special manners. for most materials, these arrangements are periodic lattices, (think junglee gym bars or rubik cube or some other periodic arrangement). in these materials, phonons can often transfer in different modes, always trapped by the ends. in some materials, these bonds can form helices, where phonons instead of going in straight line, will travel across the helix. if you know what angular momentum is then great, if not, think something with some “speed” going in circles. in that case it will have some angular momentum along the axis of that circle. coming back to main topic, here we have some phonon going across helix, having some angular momentum. now essentially this motion of phonon can create spin current. this requires us to go into separate tangent, abou what spin is, which is well hard to explain. in most materials, there are 2 types of electrons, and we just name these 2 spins up and down (and it has practically nothing to do with up or down directions). as to why there are only 2, is a really big topic we are not going into. but roughly, it is because of nature of material. in non magnetic materials, they behave same, but in magnetic materials, they do not. in some other words, you can say magnetic materials are magnetic because these 2 spins behave differently in these materials. in normal current, we have electrons going from 1 direction to another (kinda, but that is tangent to tangent, not going there). in spin current, these 2 electrons flow in opposite directions. since both are electrons, there is no charge difference created, a spin potential is created. this tudy showed that in non magnetic materials (tungsten and titanium), you could generate spin currents by “injecting” a angular momentum from quartz crystal phonon. if yo have ever heard of angular momentum conservation, this is a consequence of that, as spin current is a kind of angular momentum.

as to why this could be special, spintronics (the name for using electron spin instead of charge for generating currents and making devices) requires lower power than electronics. one of the problems was that you required special magnetic materials, this is a demonstration without magnetic materials.

in my physics world, this is big (in a scale of 1 to 10, 10 being theory of everything done, 1 being boring desk work - this is 5-7 - very big in spintronics, and reasonably big electronics), but to someone outside -not that big, like for decade(s). we made first transistors in 50s and 60s, an reasnable electronic devices (the semiconductor chips) by 70s and 80s. we made first spin transistors in 00-10s so i guess another 10 or so years before we see some industry level production.

i partially agree. i would request you to check back to discussion in the pinned post where we decided to ban schadenfreude. there were lots of bad things happening to bad people, or stopping bad things from happening, and community decided to stop that.

this would fall in schadenfreude. asking other mods for their decisions. i know the situationm and it was great that he was removed, but him being found guilty is now a bad thing happening to bad person. it is not hateful, so i am contemplating.

they are technically correct, the best kind of correct

reason for them not appearing is that xmpp is a largely relaxed platform, that is, all implementations are not equally strict. some may implement certain extensions, others may implement other. encryption (omemo) is a common one that most implement, but then client (the user apps like gajim) may or may not implement them correctly, or they may have a fallback (first communication between 2 clients maybe is not encrypted), and other different problems with encryption being flaky (firstly, it is not perfect forward secrecy, it is a bit prone to failure (messages unable to decrypt), etc.), hence it is not recommended much.