momoschili

6 ms·

61.
by momoschili 1y ago
interesting, you're right they are devoid of warnings. I thought maybe it was an EU/Germany thing, but looking at American listings it's similar. This may be due to the level of UV-C exposure you're getting. EG weak lase
62.
by momoschili 1y ago
UV-C radiation is so rare in our lives and even in specific work environments that unless you have a very special need for it, you don't need to detect it. As far as I know, it's mostly just germicidal lamps and arc lamps that gen
63.
by momoschili 2y ago
what other general computing task leverages the wide bandwidths that optical transceivers provide as well as AI? I get that AI washing is annoying, but this seems like such a petty thing to be mad at.
64.
by momoschili 2y ago
A key here for western users is that it does not include Ge, which is notably a material that China has a stranglehold on.
65.
by momoschili 2y ago
good point, I didn't read closely enough! The geometry of the GAAFET is definitely changes the physical model a lot (among the most important factors probably?)
66.
by momoschili 2y ago
Well I think both commentators are valid- the effect of shrinking a transistor but keeping the same geometry is probably well captured by this model. Going from a "10 nm" DUV finFET to a "7 nm" EUV finFET, this model pro
67.
by momoschili 2y ago
This might be changing with the slowdown in node advancements, but I think it's unlikely you are going to get anything truly "state-of-the-art" in publication research. Academia has trailed industry in this kind of transistor
68.
by momoschili 2y ago
only the non-stereo realsense was killed. The stereo device was kept along for the ride
69.
by momoschili 2y ago
These have been around since at least 2016 and haven't really made any real waves... it's another technology Intel held out to dry. Stereo is a reliable tech that is relatively simple to implement but for the most part it seems to
70.
by momoschili 2y ago
the foreman grills gets a lot of flack but it's a damn good cooking utensil and if not for him I'm not sure it would have been as publicized as it was. also a great dad, christian, and boxer RIP
71.
by momoschili 2y ago
yup, I bought a 13 mini and was happy that Apple was one of the companies that supported this form factor. That being said, the 13 mini sales numbers speak for themselves and I understand why this kind of phone isn't released every yea
72.
by momoschili 2y ago
it's a very narrow line of novelty, with a set of middling performance devices... not typically something I would expect from LSA.
73.
by momoschili 2y ago
you definitely can and people definitely do this. There are arguments that stamp patterning is better suited for optics as well - specifically point defects seem to be less deleterious and that the feature shapes (not sizes) are more readil
74.
by momoschili 2y ago
Not clear to me where the novelty is in this... people have been doing similar stuff for ages, and the performance of the optics here leaves a bit to be desired as well. Sure we can mass produce these, but we can also mass produce wafer-sca
75.
by momoschili 2y ago
It is a solution to increase density, but this introduces significant integration complexity in addition to just increasing the overall cost. I think if this optical analog computer takes off, this kind of routing will likely be necessary
76.
by momoschili 2y ago
most people in the field believe his research isn't even capable of being wrong
77.
by momoschili 2y ago
definitely
78.
by momoschili 2y ago
Information in an electric circuit travels along that circuit at ~0.9c. The physical light pulses that are running through the optical waveguides are more or less traveling at around ~c/n, where n is the refractive index of the materia
79.
by momoschili 2y ago
It's a really smart idea to try to leverage the inherent scalability of semiconductor photonics. I think the use of a linear optical resonator to amplify a weak optical nonlinearity is quite genius, and something the relatively small n
80.
by momoschili 2y ago
light speed isn't really all that good when you remember that information in your electrical circuit is traveling as fast (if not faster) than light in the medium in this case. Sounds good in marketing, but the key here is bandwidth, n
81.
by momoschili 2y ago
who out there actually has a consumer spectral imager these days? Cheapest ones I can find are ~10k USD....
82.
by momoschili 2y ago
Simply speaking, "l" describes the number of nodes. In the same sense that a particle in a box with sin(nx) wave function has more nodes the higher energy (or momentum) state it is in. As for why l==0 has no rotation going on at a
83.
by momoschili 2y ago
not quite as they are missing the radial dependence
84.
by momoschili 2y ago
you are correct. The Schrödinger equation for the hydrogen atoms in spherical coordinates demonstrates separability which allows you to separate the radial and angular coordinates. The radial term, which is most interesting due to the 1&#x2
85.
by momoschili 2y ago
I think he was replaced by a robot at some point and is now in Cuba with JFK and Tupac
86.
by momoschili 2y ago
the key difference is in the function of the reticle if we want to do it in bulk analogous to normal lithography in normal 2D lithography, you're typically only concerned with exposing area on a relatively flat film. This allows you to
87.
by momoschili 2y ago
Here's the way I'm thinking about this: the vertical cuts do not significantly the internal structure of the onion as each individual cut I make does not entirely sever the connection between the thin vertical slices I'm maki
88.
by momoschili 2y ago
making the single horizontal cut first makes every vertical cut after more difficult to perform without harming the structure of the onion. technique and a sharp knife enable the horizontal cut second to be vastly superior to doing it first
89.
by momoschili 2y ago
angling the horizontal cut down is a good way to handle this. The horizontal cut is mostly only necessary for the lower sides of the onion anyways.
90.
by momoschili 2y ago
really isn't a right and wrong way to do it. Erring too far toward either extreme makes your food probably a bit boring versus poorly executed. That being said, most of Ragusea's takes haven't aged all that well, some by his

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