yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Cryopreservation Explained | Explorer


2m read
·Nov 11, 2024

Now some people elect for a different procedure. I just switched over to neuro preservation because everyone that works at Alor is signed up for neuro, so you just have to assume that's the better thing. About half our members make one choice, half the other. I've chosen to preserve just the brain.

We'll do a neuros separation, you know, a few of the verteb down. We'll separate, remove the rest of the body, and then we'll take the sephon and we'll place that over here in the sephon ring. Essentially, we'll place the sephon upside down so that we can reach the jugular vessels. Actually, we don't think of severing the head; we think of severing the body because the part we're keeping is the brain. It's all about the brain.

By the time they revive us, they're going to be able to grow a whole new body or whatever is going to happen. I don't care if it's robotic. I don't care what my body is; I just want my memories preserved. Why bother taking a broken down, you know, 9,500 year old body if it's going to have to be completely replaced anyway? The only critical part is up here. This is where I live; this is where all our patients are stored.

This is bulletproof glass in case anybody tries any kind of crazy attack on us for some reason. This room is filled with these vessels called duers. Each of these vessels has four whole body patients and up to five neurop patients in the center column. These are the pods; that's where the whole body patient would end up. This is for our neurop patients, so you can essentially get ten neurop patients in the same volume as one whole body pod.

All kinds of people are in the duers. We have 143 patients preserved right now. We have philosophy professors; we have truck drivers. We don't consider them dead as the law considers them dead. We can't say our patients are alive, but they're not dead because we consider them to be like people in a very deep coma. I think 101 is our oldest patient at the age of death in today's sense, and our youngest is just 2 years old.

More Articles

View All
Monopsony employers and minimum wages
In this video, we’re going to review what we’ve already learned about monopsony employers that we’ve covered in a previous video. But then we’re going to add a twist of adding a minimum wage and see what happens. And it’s actually interesting; it’s actual…
What language shows cause and effect? | Reading | Khan Academy
Hello readers! Once upon a time, in the previous century, there lived a cartoonist and engineer named Rube Goldberg, who became well known for his drawings of wacky, over-complicated machines. This is one such machine: the self-operating napkin. You see h…
Interpreting points in context of graphs of systems
We’re told that Lauren uses a blend of dark roast beans and light roast beans to make coffee at her cafe. She needs 80 kilograms of beans in total for her next order. Dark roast beans cost three dollars per kilogram, light roast beans cost two dollars per…
Why Don't Any Animals Have Wheels?
Hey, Vsauce, Michael here, and today we are going to ask a question—why don’t any animals have wheels? I mean, animals use a plethora of complicated locomotive techniques—slithering, fins, legs, wings—but yet, no animal has wheels. What’s really paradoxi…
Science Fair – Trailer | National Geographic
The winner in the category of Medicine, making it ties—that’s like the big thing. You kind of had that status of being in, like, the group I would say that a lot of people are jealous of. On deadlines, I’m awful. I wait until the deadline to start workin…
Kirchhoff's voltage law | Circuit analysis | Electrical engineering | Khan Academy
Now we’re ready to start hooking up our components into circuits, and one of the two things that are going to be very useful to us are Kof’s laws. In this video, we’re going to talk about Kof’s voltage law. If we look at this circuit here, this is a volt…