filament that's like 3 mm which is the other common size compared to a .5 mm
vibrating filament. It is a gargantuan challenge to understand why those
Lymphatic filariasis does it, but also this disease causes it.
intertangled filamental structure. What does this tell us? That there is no distinction between the born and the maid. All of it is nature. All of it is
I had on a Fila suit, I had my perm, I had my hat, I was the player Ice-T.
species and Fila stuff that I found totally boring but in college uh at MIT
approach to these vibrating filaments, these vibrating strings.
These are filaments, and they are unequal in brilliancy." And so, OK, so Pliny has all of these ways that he's disgusted
we think about what filament is at our fingers here at Google.
from one roll of filament.
Are you familiar with Filabot?
Sub-$600 filament creation from plastic shards and you can grind up previous prints from your existing replicator.
takes a filament of plastic melts it and puts it on a 3D
His idea was to replace the tungsten filament, which fired off electrons at random, with a more directed source.
So if you want to calculate each filament individually, in principle, it is possible.
And these big clumps form where these filaments cross.
The dark matter in these long filaments-- remember I showed you the picture of the filaments-- the dark matter is supported largely by anisotropic velocity
case U the 175 millimeter thick filament that you'll see mentioned later also um
gear and it kind of drives the filament down into it um this is like an oldfashioned one I got to pass one of
through or not flexible uh very elastic filaments there's some filaments that are very rubbery and if you try to push
that was finding the exact kind of filament was the issue um and what most remarkable about
knows-- if it runs out of filament, it doesn't know.
And then we've got a dissolvable filament.
One is a follow up to the filament question earlier, and there's a separate question.
They all share the same intertwingled filamental structure.
it was a characterization of uh taxonomy and species and Fila stuff that I found
- So what's interesting is this is one continuous filament.
- But each one of these strands is actually 10 individual silk filaments that are kind of connected. - All right.
we could use these mathematics and this engineering to calculate each filament individually, but there, again, probably 4 million filaments in that shell.
And those poofballs actually are composed of previously undescribed filamentous microorganisms that
And they told you that galaxies are distributed in filaments-- filamentary structure of high-density-- and voids.
stuff that's the electronics part and then the filament uh finally the filament is what creates your object and what you know eventually becomes the
there is which means the motor that's driving the the filament down into it needs to be a lot stronger uh when the
area um and the reason is that um that if the filament starts melting too early
there's an idler pulley that pushes that filament against it uh with some good pressure from that spring and so that
every time the the the the extruder motor pushes the filament there's a little compression trickle compression
change temperatures every time it does that um because only one filament's going through at a time but it has a very
So it was so hot there that my filament was melting to itself.
so it knows when you run out of filament and sends a message saying, I'm hungry.
If there's a bunch of dust on your filament that gets in there, clogs up the nozzle, it doesn't know.
The good thing is actually a roll of MakerBot PLA filament goes a long way-- 390-some-odd chess pieces
breath the hurly-burly of humanity and see the filament of it.
What he did is he figured out a better filament, bamboo, that worked a little bit better inside, so he was not
pellets of this are being made into 3mm filaments in in Ohio yeah and PLA stands
You assume that the the the universe is not lumpy with filaments and all of this. You assume it's a it's a uniform gas and that allows you to write down equations for conservation of energy for
matter, you'd see all these little vibrating filaments, these vibrating strings. That's the idea of the theory.
In the world at large-- and we're talking about 90 million people-- it is filariasis, which is an infectious problem.
to see a complex, interlocking structure of filaments like that-- the real structure of the data-- using any other clustering algorithm.
part about this is that um the smaller the hole and the bigger the filament the more back pressure
disadvantage is that you can't um you can't run uh flexible filaments uh