20Hz and 20KHz are just general guidelines for where sensitivity rapidly falls to zero in people with normal hearing. A lot of (primarily young) people can hear frequencies outside that range. I can still hear a sine wave down to about 14Hz, and I'm not sure if the limit is from my ears or the audio interface that's only rated down to 20Hz.
I can imagine "feeling" 1Hz from a big subwoofer, but it's hard to imagine what actually hearing 1Hz would be like. I wouldn't rule it out, though.
You're sure you're not hearing some harmonic? IIRC THD at lower frequency increases drastically. Or wind noise of the subs (they're moving lots of air)?
You can check with a measurement mic what's audible (& make sure to take measurements at multiple points in space due to the low wave length).
To decrease the lower frequency of the audio interface, you probably have to modify the output DC decoupling capacitors (those act as a high pass; bigger C = lower f).
If I'm filling out a modal form and "Cancel" doesn't result in a clean form after I open it again, it should probably say something like "Hide" or "Finish later" instead.
In a just world, that's a way to gain market share. In our world, people concede their data for marginal improvements in the quality of a feature because they can't conceive of how giving up control of their data could come back to harm them. It doesn't feel like there is a downside.
I don't remember the details (or outcome) but there was a lawsuit a few years ago involving CAD or architecture software and whether they could limit how the output images were used because they were assemblages of clipart that the company asserted were still protected by copyright. Something like that. A lot of "AI" output potentially poses a similar issue, just at a far more granular level.
We could launch a vessel to Proxima Centauri right now that would arrive in thousands of years. If the passengers have lifespans measured in millions of years, that's comparable to a month for someone who lives 80 years.
Has a method of long term stasis been found yet (like you see in Interstellar or other movies) where you can nap and be kept alive for that long? Otherwise I think you'd still need to overcome the mental limitations of being stuck in a metal tube for thousands of years with no way out and no way to pass the time. Or at the very least, some way of staying asleep for a few years--wake up for a few months--sleep for a few years--wake up for a few months and so on.
My guess is that stasis would be feasible sooner than keeping people fully alive and awake for the whole journey. In the latter case, they'd probably spend most of their time in the holodeck. Either way, on the scale of the universe, living in a metal tube is not very far removed from being stuck to the surface of a small iron pebble as we are now.
The Supreme Court could have chosen not to interpret the Commerce Clause so broadly to say that not engaging in interstate commerce affects interstate commerce and therefore counts as interstate commerce (IIRC that started with wheat, not drugs), in which case most federal drug laws would not apply unless the activity actually involved interstate commerce. Then an amendment would be needed.
The falling cost of storage is at least partly the reason hosting a few thousand packages takes up hundreds of TB. "Storage is practically free" from the perspective of each of those projects. By the time .5 PB is a trivial cost, they'll need 50 PB.
Yeah NixOS has done some technical choices to require tons of data downloads, even if there is little modification of the content of the packages. Regularly my computer has 10 Gb worth of downloads because some high level package got upgraded and even if it's dynamically linked, the lower level packages still get re-downloaded from cache.nixos.org. It doesn't matter because storage is free right?
> Also, many tests require a centrifuge, so that's something else you have to account for if your goal is to perform the same tests with only one drop of blood. Unless your plan is to pull some Star Trek-level technology out of your hat.
That was basically the plan. Or failing that, to convince people that such technology existed or was close to existing. It's not too implausible that the centrifuge could be replaced with diffraction analysis or something since the goal is to test for the same things, not necessarily to "do the same tests." But that doesn't help if you're looking for something present in one in a million blood cells and only have a quarter-million cells to look at.
I can imagine "feeling" 1Hz from a big subwoofer, but it's hard to imagine what actually hearing 1Hz would be like. I wouldn't rule it out, though.