96 karma · joined May 10, 2016
I'm gonna wait out a bit longer and see if I can get away with using only my Linux Desktop.
So far the best way to protect it I have found is through the Rainforest Trust [3] which is a foundation that's trying to purchase and protect parts of the rainforests that companies would otherwise cut or burn down for agricultural use.
[1]https://youtu.be/hb3b-A6QAc8
[2]https://www.nasa.gov/earth-and-climate/human-activities-are-...
1. Installed ST via brew, all good so far. Let's open my hobby project written in Go.
2. Syntax highlighting works by default, great! But uh-oh, there's no autocomplete or any LSP. Alright, let's install one.
3. Hmm I need to install package control first - right I'm starting to remember now. I'm thinking it's strange how they are still two separate entities.
4. Ok, PC installed. Let's install a... ok Package Control crashed...
5. Copying the error from the debug console points me to a two-year-old forum post where the accepted solution is to either remove OpenSSL (?!) or install a beta PC version (outdated now) or try to uninstall Package Control and reinstall it.
6. Ok, how do I uninstall Package Control? The documentation says they are just package files stored on my machine. It doesn't tell me where those files are, and I can't find a menu point to open the folder containing them...
7. Open Zed.
Even at low concentrations (1–30 µg/ml), photoaged microspheres at 1 and 5 µm in diameter exerted more pronounced biological responses in the A549 cells than was caused by pristine microspheres. High-content imaging analysis revealed S and G2 cell cycle accumulation and morphological changes, which were also more pronounced in A549 cells treated with photoaged microspheres, and further influenced by the size, dose, and time of exposures. Polystyrene microspheres reduced monolayer barrier integrity and slowed regrowth in a wound healing assay in a manner dependent on dose, photoaging, and size of the microsphere. UV-photoaging generally enhanced the toxicity of polystyrene microspheres in A549 cells
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10176241/
Maternal exposure to microplastics and nanoplastics has been shown to result in fetal growth restriction in mice. [...] Maternal exposure to both microplastics and nanoplastics resulted in evidence of placental dysfunction that was highly dependent on the particle size. The umbilical artery blood flow increased by 48% in the microplastic-exposed group and decreased by 25% in the nanoplastic-exposed group compared to controls (p < 0.05). The microplastic- and nanoplastic-exposed fetuses showed a significant decrease in the middle cerebral artery pulsatility index of 10% and 13%, respectively, compared to controls (p < 0.05), indicating vasodilation of the cerebral circulation, a fetal adaptation that is part of the brain sparing response to preserve oxygen delivery. Hemodynamic markers of placental dysfunction and fetal hypoxia were more pronounced in the group exposed to polystyrene nanoplastics, suggesting nanoplastic exposure during human pregnancy has the potential to disrupt fetal brain development, which in turn may cause suboptimal neurodevelopmental outcomes.
https://pubmed.ncbi.nlm.nih.gov/37724921/
PS-MPs can decrease transepithelial electrical resistance by depleting zonula occludens proteins. Indeed, decreased α1-antitrypsin levels in BEAS-2B cells suggest that exposure to PS-MPs increases the risk for chronic obstructive pulmonary disease, and high concentrations of PS-MPs can induce these adverse responses. While low PS-MP levels can only disrupt the protective pulmonary barrier, they may also increase the risk for lung disease. Collectively, our findings indicate that PS-MP inhalation may influence human respiratory health.
https://pubmed.ncbi.nlm.nih.gov/31727530/
(TL;DR; they are affecting our bodies for the worse, even as feti)
Can you elaborate on this?
It’s explained beautifully here: https://youtu.be/lLXcZZiecys?si=KmxSVPYQSXRbBJyr
For example, Googling things are easier since the tools don't change much over the years, so an answer from 10-15 years ago still works. Besides that, I could find most of my answers in the very well written man pages. There's also just fewer things happening so there's not much clutter to distract me finding the answers I need.
I'm still a beginner of course, but I feel like OpenBSD is good for any application where you need to run something and then "forget about it" - be it a server or maybe even a "kiosk"/informational screen.
It’s very interesting what you said about ostheopathy, I would try it out except I’m afraid it can just as well make it worse as it can make it better if the ostheopath doesn’t know what they’re doing. At least that’s what dentists told me when I asked about if fixing my TMJ would fix my tinnitus.
I prefer not to have squash commits in our team for this reason. It makes master look good, but usually nobody ever looks at the master commit history first, they look at the merged pull requests. However, everybody must look at the commits you made in a pull request. If you have squash commits, you are encouraged to have messy commit history in your pull requests, leading to meaningless commit messages and even large commits (causing other problems...).
IMO the only advantage of squashing is that it makes it easy to roll forward when you accidentally deploy something that causes problems.
Without these, the farthest you could go on this path is a unique way to show off some indie work.
I remember one of my favourite bands in my teenage years (think early 2000s) had a website where they let you listen to their albums. I wanted to listen to them on my mp3 player so we figured out we can just look up the URLs of the mp3s from the HTML and download it.
Most of these cases have been due to overheated frying pans within the household. At temperatures above 280 °C, PTFE-coated surfaces begin to emit degradation products in the form of particulates and gas.5,9 Subsequent inhalation of these by-products by birds can result in various clinical signs, including open-beak breathing, chirping, incoordination, lateral recumbency, convulsions, and death.
So I assume it's still ok to use at normal cooking temperatures.
The EU is just out of touch with car manufacturing. They are to blame for the SUV-epidemic in Europe. Basically they are making laws that sound good on paper but unrealistic in real world scenarios. Consumption and emission levels are skewed by the hybrid motors in the SUV. The laws are written so the mini cars like the Volkswagen Up are just not financially worth to produce. So in conclusion, the laws that were supposed to reduce the CO2 emissions actually made everything worse.
More on this: https://www.forbes.com/sites/davidrvetter/2020/08/04/just-ho...