topology, because we knew how to build these magnets. It's called a solenoid, where you take a series of electric coils, you run electrical
topology or moving any parts, but just rapidly increasing the magnetic field. And so going from a magnetic field that's just holding it to now taking all those particles, if you imagine they
topology of the universe, and gravitational waves in space-time.
topographies in this hemisphere, in the Western hemisphere.
Topos theory.
topologically speaking in California, with the notion that potentially we could find a similar topography and therefore kind of experience the Great Wall all over again.
topographies. Can we evaluate the topography and come up with some kind of ideas about what sublime is or not?
topography and landscape. So I'm also doing what we now call social networking and sourcing information from a cloud and finding locations to go and visit. So it was just a way to interact with people
our toponyms and tempms. They are points in the color space. And we're interested in what's the relationship between these
Itís topology not digital sequence.
Eric Topol: Great! Thanks, thanks a lot.
Eric Topol: And, I uh thought that was pretty young, when I looked at that, and then I didnítí realize itís actually starting at an even
Eric Topol: I know you know the answer to this.
Eric Topol: Yeah. There you go.
Eric Topol: NinetyÖninety eight?
Eric Topol: Only 11% even knew they existed.
Eric Topol: Nobody knows?
Eric Topol: No? Okay, Iím really surprised.
Eric Topol: No. One?
Eric Topol: Ok, four.
Eric Topol: Okay. Now weíre gonna talk about medicine and how it will, inevitably, be Schumpetered.
Eric Topol: So, this started in the healthcare world.
Eric Topol: And we donít get enough sleep.
Eric Topol: So we got the same 3 people that have used all these sensors, okay.
Eric Topol: Thatís alright.
Eric Topol: Ok. And thatís good that people at this age can appreciate that, because thatís, of course, one of those kinds of things that, uh, you would particularly appreciate getting older.
Eric Topol: Anyway, whatís interesting is, uh, you also know, of course when anybodyís, their brain is awake.
Eric Topol: And then, the other interesting facet of this is the person with the very least sleep is Tiger Woods.
Eric Topol: Now, there are, um, very, uh, kind of early staged devices now that you can get your blood pressure that are fun.
Eric Topol: But, now I have it and I can say this person was having a bona fide large heart attack.
Eric Topol: Which was really interesting.
Eric Topol: And then another company cartoon.
Eric Topol: Well, in this biography, which I donít know if any of you have read here.
Eric Topol: Up until now, in the recent years, weíve been relying on these next generation sequencers that cost æ of a million dollars.
Eric Topol: And Iíve been using e-mail with patients since ninety, I donít know, ë93,í94.
Eric Topol: Yes, great point.
Eric Topol: Right, see youíre bringing up some central concepts here.
Eric Topol: Well, thatís a great point.
Eric Topol: Sure, Yeah.
interesting is that the topography between Iraq and Iran are completely
There's a whole topological structure to that organization.
whether it's more topography-based or more architecture-based.
We can do topographic characterizations.
to create models of topography.
on classes of topography that take up 20% of that land mass.
is well versed in topology.
Four dimensional manifold topology has a lot of hard problems that are just ..
You mean the topological one for the Conway knot, I guess?
These are called Topologically Associated Domains, and we can now map these with great accuracy.
This is the topological map of the same region.