The root cause is usually a weak lower esophageal sphincter. Water creates additional pressure in the stomach which causes acid reflux. For me anyway, this is only an issue if I haven’t eaten, drink water and then lay down. (It’s the laying down bit that is probably key.)
Eating non-junk, low acid foods actually helps relieve some heartburn for me in some cases.
If your stomach really is empty and you have chronic heartburn, this may not be the best solution. (It’s a gamble for me, anyway.)
In normal circumstances, water does temporary suppress hunger for a bit, for me.
The fan is good, but the orientation seems like it would struggle pushing air between the drives. Maybe a push-pull setup with a second fan?
(For others reading this, this is a perfect followup to my comment here explaining the “why”, while this is an excellent view into the “how” and picks up the bits I dropped about Ohms Law.)
Pin pitch is pin size and/or spacing. With physical plugs, you start to hit limitations with how small the wires can get while still being durable enough to withstand plugging/unplugging hundreds of times.
Drop losses. (I am keeping this at an ELI5 [more like ELI15, TBH] level and ignore some important stuff) Every electronic component generates heat from the power it uses. More power used usually means more heat. Heat requires physical space and lots of material to dissipate correctly. Depending on the materials used to “sink” (move; direct; channel) heat, you may need a significant amount of material to dissipate the heat correctly. So, you can use more efficient materials to reduce the amount of power that is converted to heat or improve how heat is transferred away from the component. (If you are starting to sense that there is a heat/power feedback loop here, it’s because there can be.) Since a bit of power is converted to heat, you can increase the power to your device to compensate but this, in turn, generates more heat that must be dissipated.
In short, if your device runs on 9v and draws a ton of power, you need to calculate how much of that power is going to be wasted as heat. You can Google Ohms Law if you would like, but you can usually measure a “voltage drop” across any component. A resistor, which resists electrical current, will “drop” voltage in a circuit because some of the current (measured in amperage) is converted to heat.
I kinda smashed a few things together related to efficiency and thermodynamics in a couple of paragraphs, but I think I coved the basics. (I cropped a ton of stuff about ohms law and why that is important, as well as how/where heat is important enough to worry about. Long story short: heat bad)
My general attitude is similar to yours. Let OP figure out that the reporting and blocking is basically just creating more noise that has to gets filtered out and bot supply is basically infinite.
“It’s a learning experience.”
Good luck with that, I suppose. Botnets can have thousands, if not hundreds of thousands of infected hosts that will endlessly scan everything on the interwebs. Many of those infected hosts are behind NAT’s and your abuse form would be the equivalent of reporting an entire region for a single scan.
But hey! Change the world, amirite?
There is a place for that. It’s called 4chan.
I have a Zoom L12 for mixing/recording my synthesizers, PC system sound and additional PC audio interface. I got it used for $500.
You can get super cheap mixers as well, but the quality will probably be hit-or-miss. (Proper grounding and interference being the biggest issues.) I got lucky with a $40 4 channel mixer that I use when running too many synths and just need to route sound somehow.
It looks like the site is just AI generated crap based off of blog posts it scraped. “Cyber Security News” is about as generic as it gets.
This has been a thing for years now. While I am sure it might annoy some pirates, it’s likely aimed at easily executed malware.
I deal with spam filtering on a daily basis and about 90% of it originates from Gmail. Most of that is just fishing/fraud. It would really suck if my users could easily detonate malware attachments, so this Gmail policy is a good thing for me.
I think you nailed it. For me personally, if I move to PieFed, it’s not because I want to “hurt” the devs, it’s because I really don’t want to be part of what they stand for.
The title of the article is referring to “chemtrails” as false. (You are blocked now too. So no point in responding.)
The point was not about if it was happening or not. It’s about how these examples are used as fodder to keep the conspiracies flowing about chemtrails.
If you mix just the right amount of conspiracy with a little bit of fact, you get to keep all the votes from the crazies. It’s super easy to use big words like “geoengineering” and twist them to imply that hormones are mixed with jet fuel.
"Fesi testified on the Senate floor April 28 during debate over his bill that he believes “certain agencies within the federal government are doing cloud seeding and geoengineering.” In an interview Friday, the senator was asked what evidence he had to support his claims.
“Look up in our sky,” Fesi answered.
In an interview, Fesi later said he sees “just tons and tons of cloud seeding” above his backyard and described it as “all of the stripes across the skies.”
https://lailluminator.com/2025/05/19/weather-modification-bills/
These bills are fueled by conspiracy theories and idiocy.
Alumina (aluminum oxide) is what you are extracting from aluminum ore and tough as fuck, which is why it’s easier to dissolve the rest of the stuff around it first.
Oxygen is mainly that other “junk” you have to separate with electricity. While the smelters only run at 4.5 volts (per cell), they have to push about 300kA to get the stuff up to ~950°C which breaks its chemical bond.
You probably have never even touched pure aluminum before. Aluminum and oxygen react so quick, all we typically ever see and touch is a alumina shell.
Getting high off your own farts again?
Gravity is not a constant and that would probably matter at the precision that needs to be measured in the given test environment. In any other situation, gravity (or the state of the earths magnetic field) would generally not matter enough to measure.
The precision of F=MA might even be debatable as an accurate formula at these scales… I dunno about that though.
https://en.m.wikipedia.org/wiki/Gravity_of_Earth
https://earthobservatory.nasa.gov/images/84266/measuring-earths-magnetism
And a also a full vacuum. Your test subject might not look so hot after that, but science!
You could probably map resonance artifacts, but you have to isolate layers that were printed at the same speed and direction. However, the second you tighten a belt or screw, that pattern will change and I am not sure how consistent resonance patterns would be on a bed slinger. (The quantity and density of printed plastic may change the resonant characteristics of the entire printer. This may be less of an issue on a core xy.)
Thinking waaay outside the box… In some cases, I have seen extruder gear marks on the filament create artifacts on a print. Every gear pattern should be unique, but measurable differences would probably be micron or sub-micron.
Maybe you could map the surface of textured beds as I seriously doubt that those patterns would be consistent and more prone to randomness from the factory.
There are a ton of conditions that could generate unique artifacts on a print, now that I think of it. Hell, even a printers PID tuning can leave visible and repeatable errors.