Chucky, and I was quite young maybe 6 or 8? I had nightmares about that fucking doll for years after.
Chucky, and I was quite young maybe 6 or 8? I had nightmares about that fucking doll for years after.
Do you switch sides or stay in the same position the entire time?
40 000 iu? I always heard 10k iu is the upper limit for most people. Is this a typo or is there new research on safe levels?
Eeeeeeeeeeeeeee
Then you paid for a service (eye exam) and you are allowed the results for that exam. I agree with Grimy, that is very expensive for an eye exam. I would demand the prescription and then never return to that optometrist.
If the shop includes the eye exam as part of the glasses’ cost then they don’t like giving the prescription out for free, but usually they would just charge for the exam (~$75 where I am).
Have you seen the movie “In Time” about this very thing? Rich people live forever and wealth is accumulated as the duration you can live for. It’s a cool concept and a pretty good movie.
Only time will tell.
Where’s the fucking money Lebowski!
Because you keep putting stuff inside your mouth.
It’s a tough world out there, got to pay those bills somehow.
The Fountain (2006) is always my go to, it’s both aesthetically beautiful and thought provoking.
You’re not wrong Walter, you’re just an asshole.
Well, I am pleasantly proven wrong, thanks! Yes, I was thinking of general relativity, you are correct.
These oscillations would be different particles (electrons, protons)
Are you saying that the particles are oscillating in reaction to your hand bouncing the mesh, like a handful of marbles on a bed bouncing around? What constitutes a “hand push” in the real world? A high energy collision like at the LHC? Or day to day interactions between objects?
This is very fascinating, although I can’t help but see a similarity between the two canvases. Is that just because they are both so complex that we need simple analogies to try and wrap our heads around the concepts?
My understanding is that quantum physics is the study of the incredibly small, and general and special relativity are the study of everything else. They don’t overlap (rules for big don’t work for small, and vice versa) and are two separate understandings. Which is why the, hopefully, next big thing will be a unifying theory that applies to everything. I believe Stephen Hawking was a well known scientist working on finding a universal theory.
Which doesn’t really answer your question, but it’s a question far surpassing my knowledge. I think quantum mechanics just doesn’t interact with spacetime, or at least not in a meaningful way (mass of an electron is so incredibly small it isn’t perceptively effected by spacetime curves).
I would be happy for someone with more knowledge to come and prove me wrong though, these are fascinating fields.
Who knows? Are we in a bubble floating in a higher dimensional sea of different bubbles? Is it nothing, like a balloon expanding in the vacuum of space?
I believe what you are looking for is spacetime which is the foundation that all of the universe exists on. My layman’s understanding is that objects with mass “curve” or “bend” spacetime around them and this is actually how gravity effects objects. An object moving along a straight path (from it’s perspective if on a small enough scale) which is actually following a curved path of spacetime will move in a curved path.
This gives a visual representation of the curving of spacetime.
This shows how a super massive object like a white dwarf or black hole distorts and eventually “breaks” spacetime.
This video also shows it visually fairly well.
I mean, you totally can fake it to make it with those jobs. It’ll just end poorly for you.
Gives a new meaning to egghead, eh?
Thanks!