So the interactive network is what I just described, the web, where each node interacts with the other. A radial network is less valuable. So this is a good lesson I learned at Morningstar when we looked at Western Union.
So that route means nothing. So radial networks are much, much less robust than interactive ones, we found.
But if you're willing to give up on that symmetry, well, the theorem no longer applies. The problem is that radial symmetry is arguably the most important property of any lens, because if you break the symmetry, you also break the image. But three maverick scientists thought there might be a way.
You see about one full cycle. So this is the radial velocity method. It has a strong bias toward heavy close in planets, close in because it goes rapidly, and you get to see several cycles.
This is from my friend Matt Ridley, wonderful evolutionary biologist and journalist. So time goes out radially .
This is what Otto Scherzer's paper proved in 1936, stopping progress on the TEM. It is impossible to produce a radially symmetric magnetic lens that diverges. And this was, of course, a big roadblock for the development of electron microscopy, because people saw, okay, we can accelerate electrons as much as we want,
Often what you're doing is you're doing, you know, sort of, you're assuming the planet is this sort of spherical ball, and then you're doing what, you know, like a 1D, a radial calculation. And you're just asking like, all right, how is this thing going to, what is the structure of it gonna be?
This was integrated on the station in the spring of 2010. It's the one place where you have six radial windows and then a center window, sort of like a hemisphere of windows where you can see the entire globe from one vantage point.
And we were left with the content of work, i.e., with connectedness. Connectedness vertically, radially with the organization, horizontally between team members or across teams. And some companies were then able to focus on the content of work because the container-- the building, the shared office, the shared workplace--
well, you know, when you're underwater you never see the stalk because it's buried in the sand. And you may see only just a portion of this kind of radial portion of the animal. So you can see a lot more this way, by visually isolating.
but of course normalize the data very differently. For the distance to the nearest aircraft we ended up just using this radial basis function kernel that's shown here. And then for the case where we were looking at individual aircraft, we used, of course, fairly different kernels for discrete, continuous, and text.
So to build an orb web, a spider spins a number of different kinds of silk. So there's one kind of silk that's in the frame lines and the radial lines. Then they use a silk-- a different kind of silk-- to build a scaffold to help them build it.
But what if there was another way? Scherzer's theorem proof that a diverging, radially symmetric lens isn't possible. But if you're willing to give up on that symmetry, well, the theorem no longer applies.
It is actually a pretty tiny battery. It's just 1.4 kilowatt-hours, but it's a radial flux e-motor straight from Formula E. So it is... super power-dense, and you can even go up to one to two miles on electric-only before the engine actually has to turn on.
And we can measure that dip and that-- the ratio of that-- the ratio of the areas allows us to determine the size of the planet-- so the amount of that dip in light. If we use a different technique called the Doppler technique, or the radial velocity technique, that is actually measuring-- again, it's indirect because we're not literally taking any information about the planet itself, not taking a picture of the planet.
that vertical complementarity increased during the lockdown by 27% across their sample. Sorry, I went to be too fast-- 9% in terms of what I call radial complementarity. The interaction, the relationship, the complementarity between the individual and the whole organization thanks to purpose, and by 24% between team members or across teams.
Which direction should I accelerate in? But that's the wrong question anymore, because r doesn't measure radial distance anymore. It measures time. And so the right question is, when is the singularity?
Let's see. Here's a graph that was put together, actually by a former student of mine in SETI, and he's become a big stick in the business of Exo-Earth. And looking at a bunch of stuff, this was the radial velocity measurements and the spectroscopic thing that I just showed. The fact is that-- and what he's plotting here is mass here or minimum mass, because it depends on-- all you can see is what-- if the thing is inclined,
Here's the most powerful lasers over time. We're back with Frank Drake here, and where do you look for these radial lines?
Is that red door-- is that a brothel, do we think? -Yes, it is. -She doesn't have a radial pulse. -Just stay safe, OK?
should be pretty familiar with, I think. One thing you want to watch for, though, is radial versus interactive networks. So the interactive network is what I just described, the web, where each node interacts with the other.
The blur starts out around the edges of the image, but it gets worse the higher the magnification. This is called spherical aberration, and it distorts every radially symmetric magnetic lens. In fact, it doesn't just affect magnetic lenses.
So very often, proximity becomes an alibi not to invest as much as we should in leadership, engagement, cooperation, in what I call the vertical complementarity, the horizontal complementarity, and the radial complementarity. But with the COVID-19, the container-- the office, the building-- was removed, and the easy proximity was removed.
This is what I call relational productivity. A simpler way, but perhaps less accurate, is to call one leadership-- the vertical relationship-- the other one engagement-- the radial relationship between the individual and the company-- cooperation instead of horizontal complementarity.
And here's spectra of three supernovae that I studied in the early 1990s. But where you don't know, you're only seeing in the Doppler effect, that component of the total velocity, which is radial .
And when flying as I was chasing him and smashed my elbow against stone, and broke two bones, the radial , the ulna, and the tendon came off.
This science is described in many articles and books. What I call relational productivity-- thanks to connectedness vertically, horizontally, radially with the organization--