Fitatu is my favorite, I tried a bunch before and that’s the one that stuck.

U

Secret panel?

They might just do that today

You’ll see that my mind is too fast for eyes

I doubt it, even if they’ve never seen one in real life, they talk about it a lot in all medical dramas.

Only when you “save as” which is too difficult for some people

The other day I asked google what season we were in. The AI got it wrong, and that’s like the simplest question ever.

E chuva que é bom nada

No escape in my ass

We’re having a fucking heatwave in Brazil. It’s winter. It hasn’t rained in over 130 days. The weather is “desertic” and there is this fog going on from all the fires.

TRESSEMÉ. THEY STOPPED MAKING THE COCONUT ONE, MY HAIR WILL NEVER BE THE SAME.

Can’t if they don’t sell in your country

Whatsapp has AI? Is this very new or county specific?

They thankfully went back on the decision of blocking vpn

People seem to be going to bluesky, even the president is there

This whole thing started because right wing accounts were spreading misinformation and Moraes demanded they were taken down. Musk didn’t comply and removed Twitter’s legal representative here in order to not suffer the consequences.

While I think it’s fair for Twitter to be taken down for that specific reason, the judge is also taking all vpn off google and apple which is incredibly dumb and a dangerous precedent. Lots of people use vpn to work or study. It’s like banning a knife because it has the ability to hurt people. I hope they contest this one part at least.

Edit: they just went back on the decision to remove vpn, so it’s all good. Hooray.

He’s taking all vpn off Google and apple too. This is a terrible, dangerous and dumb decision despite how much I dislike Twitter and musk.

Edit: they just went back on the decision to remove vpn, so it’s all good. Hooray.

I had to present this paper for a fluid mechanics class during COVID and yes, the particles do spread. The radius of contamination was almost 1,5m.

Shared bathrooms in hospitals, rehabilitation centers, or assisted living facilities are used by patients who might be infected, thus making them a likely source of indoor cross-contamination. The pathogen-spreading potential of toilet flushes was investigated in toilets seeded with microorganisms that were later recovered from surfaces and in the air after flushing. The organisms in the bowl could not be fully cleared even after repeated flushing, and the droplets produced by flushing harbored the organisms that were used for seeding, which remained airborne and viable.

Recently, Johnson et al. (2013a) investigated different toilet designs and found that up to 145,000 sampled particles can be produced per flush.

Analysis of more recent data revealed that a large number of droplet emissions are not visible to the naked eye (d < 100 µm) (Figure 6b). These emissions account for more than 6 mL and can remain suspended in the air for a long time compared to the larger visible drops (with diameters up to 6 mm) that end up on surfaces.

The larger visible drops settle on surfaces within milliseconds, whereas the smaller, invisible drops are advected by local airflow (on the order of a few centimeters per second). Droplets settling on surfaces can be tackled in accordance with surface decontamination procedures of local infection control protocols. However, no system or protocol currently addresses air contamination. Furthermore, usual cleaning solutions not effective in neutralizing the most resistant pathogens, such as the spores of C. difficile, may even contribute to their dissemination by effectively lowering the surface tension, for example, down to 30 mN/m, compared to water at 72 mN/m, increasing the local Weber number and thus promoting fragmentation into either more or smaller droplets, depending on the fragmentation mechanism.

https://www.annualreviews.org/content/journals/10.1146/annurev-fluid-060220-113712

I miss Jenna