I don’t want to go back and rewatch three different videos because I spent all day not having enough time to actually blog about them in a coherent way because I was chasing after basset hounds and not having support to do my homework from the one other available person at all.

This is a very petulant and rather spoiled reason to not want to go back and do it, but c’est la vie for you, that’s what I’m doing.

So the original video I watched was about the mechanics of water, and that was rather fascinating although I’d have more fun combining science and crazy and ranting about homoeopathy than anything else, but instead, I’m going to talk about the physics of futon wrestling.

If you have two lanky-legged teenage siblings wrestling for use of the futon on the futon in couch position, there is going to be much potential for feet ending up in the wrong places, re, someone’s gut or nose in this case. This can be explained by the science of hormones and limbs that seem longer than you expect; leading to something that while initially not aimed to cause any pain, still ends up doing so because those heels go farther than you meant them to.

Conclusion, sudden growth spurts and teenagers do not mix.

Next up, let’s say that these two lanky-legged teenagers are siblings. Theoretically, they should know, if they grew up with each other, where the other’s weak points in futon wrestling are. This has a massive failure rate though, because not all teenagers have had a futon and so concluding that because they are siblings, that they would know where the other’s futon wrestling weak points are is a false statement because there are many many many siblings in this world and not as many who have access to futons to wrestle on.

Conclusion, teenage siblings can not claim that siblingdom leads to successful use of the futon wrestling.

In the action of aforementioned use of the futon wrestling, the smaller of the two continually ends up trapped under the larger due to having more limb length to get in the way. Is this always something that would happen in futon wrestling? Not necessarily. While the smaller is at a disadvantage in height, they are also at an advantage. A smaller body and smaller frame does lead to less room to be able to steal, but at the same time, escaping from the clutches of others is much easier. Also, body type has an effect on this. Tall lanky rail-thin teenager versus stocky short teenager is not necessarily a height victory. In this case, it was tall stocky teenagers versus shorter rail-thin teenager, but that’s not the point. The point is that there are variables within variables to consider.

I could keep going, but I don’t feel like it, so I’ll sum up my point.

Shorter rail-thin teenager versus tall stocky teenager + newly long legs + inconclusive evidence + science + futon = I win.

So there.

I went back and tried to edit it so it sounded far less incestuous, at least I hope I got all of the vaguely incestuous implications out. I am disgusted by the idea of incest any closer than cousins, let it be heard now.

 

Today’s Ted Talk was about a “Mathemagician.”

I like math, I like playing with numbers and coming out to something that is right. Like a puzzle, all the pieces clicking into place as I go. I have some trouble with algebra, but it keeps going away the more I do it. (and why I’m linking to Algebra in this post, I haven’t done any fresh work in the book in a week and a half, so I’m doing a quick recap of the two previous chapters to catch myself back up)

He kind of puts all of my math abilities to shape. Actually, scratch that ‘kind of’, he just does. And I don’t mind at all, it’s absolutely fascinating to watch him put them all together, especially at the speed that he does it at.

There’s a rhythm to his math, and it isn’t because he’s memorized the numbers before going on stage. He explains it somewhat, where he breaks down some of the numbers in his head, squares them by themselves and then adds the whole of the total together. I’ve never done this myself, but when working with any number that size, I can see where it really helps to be able to do that.

And he doesn’t just do it with blank numbers, he also figures out what days people were born on with math; getting it accurate every time.

I’m rather in awe of what he did, so I’m coming off rather incoherent. I’m certainly glad that I chose to watch this video out of all of the ones I could have picked.

 

Right now I’m reading a book called The Botany of Desire, and I’m finding it a little boring.

It’s rather sad; it’s well-written, it has turns of phrase and word usage that makes me want to swoon, it has history, it has science and psychology and it has a section on apples that makes my mouth water.

And yet I’m not finding the interest and energy to keep wanting to read it for more than ten or twenty pages at a time. It should be all the things that have me sitting down for an hour or six and reading nonstop instead of doing my other tasks…but it’s not.

And I feel rather guilty about it.

…now I want an apple dammit…

 

Today’s Ted Talk started with a piece of equipment that allowed magic to seem more real than we believe, but really dissolved into the fact that magic is storytelling.

As a budding writer myself, I share in the ideas that he brings about magic, and how we willingly want to be deceived by it, because the surprise of the unexpected causes us to be caught off-balance, and to discover something in a way we hadn’t though of before.

The technology that he used, from what I could see in the video, was a camera that saw what he did, and then gave him a little bit of magic depending on what movements he made. From sparkles to little yellow balls to a globe floating around him, it was fascinating to see what it interpreted for him on the screen.

Someday, I will learn to weave my magic just as deftly.

 

Today I started a page of ratios in algebra…and didn’t finish it. Still struggling with the concept, but even striding ahead and boldly failing is better than not trying in the first place.

Today I started a science video about DNA…and didn’t finish it.

Today I read more of Michael Pollan’s Botany of Desire…and didn’t finish it.

Today I went and I hunted for a good Ted Talk to watch…and never chose one.

Today I went and I found my copy of the Lord of the Rings to reread it…and never started.

It hasn’t been a good day for motivation so far, and I doubt I have time to catch up on all the things I didn’t do.

It means that I’ll have more to do tomorrow.

 

Today’s Ted Talk was about a solution to undiagnosed anemia, and being able to test it on something other than an enormous machine with a trained worker.

The man who presented it, and worked in part on designing and building it, is really good with saying how it works without losing the less medically informed who may watch it, and showing us what it can do.

What it does is, it clamps onto your finger, and through three different wavelengths of light, counts your pulse, your oxygen levels in your blood and your hemoglobin count. It’s non-invasive, and it’s not hard to use.

It’s quite frankly amazing, and I love the idea that people can be moved to create devices like this for the less fortunate, for those who can’t afford the expensive machines at all in their country.

 

After all, how can I prove that I studied and learned something if I never put anything down about it?

Today’s Ted Talk, after several failed attempts to watch one on lying, which I gave up on after the video crashing at the six minute, thirteen second mark four times in a row, was about love.

It was, despite the fact that I tried to go for just a psychology video, a little bit of history, a little bit of psychology and a little bit of science all rolled up into social studies and love.

It’s hard to summerize what I feel about it, because I don’t entirely know what I feel.

There’s some belief that what she said is right, but there’s also some belief that there’s more than what she talked about; and clearer than how she said it.

There was the history of love, and of working women, all the way back past agriculture, which was pretty nice, to see that image. There was the psychology of the study itself of love; what triggers it and what makes it work. And there was also the science of love, how it physically affects the brain, different ways that the male and female brain work. It was rather interesting.

But I’m not yet grown enough to challenge her thirty years of work, and so I’ll only say that she certainly went through it with confidence!

 

Today’s Ted Talk was chosen for a science field, and the first one that I saw that piqued my interest was one about spider silk.

For something so common, it is amazingly strong, stronger than all of the fibers that make up our clothes today. And it is versatile, there are seven kinds that an orb web spider makes to go about its life.

There is dragline silk, the silk used to attach a web to a surface, and to go down and climb back up. There is silk used only for the outside of an egg sac. There is silk used to wrap up prey and the inside of an egg sac. There is silk used to make the sticky substance of a web that likes to cling to your fingers and face when you accidentally hit a web.

And there are over forty thousand species of spiders in the world, in all terrains, all adapted to the world around them to live. It’s pretty damned awesome.

I love spiders.

 

Today’s science lesson was about genetics, or more specifically, genetic traits that are passed down family lines.

Much of this was explained through talking about dominant and recessive traits via ear wax. I spent much of the video trying not to laugh.

But it was interesting to learn about how recessive traits passed down on the 23rd chromosome via the mother are going to be a dominant trait in a boy, because they don’t have a X chromosome from their father, so they will exhibit things like balding.

Interesting science is interesting.

 

Tardigrades are a really cute looking species of animal, also known as water bears or moss piglets, with one of their strange, but cute traits being that we can’t actually see them because the biggest of the known 1,150 species only reach about 1.5 millemeters long.

Another, and probably the most notable thing about them, is what they can live through.

Some species can survive temperatures at almost absolute zero, (−273 °C (−459 °F)), or as high as 151 °C (304 °F), shit tons of radiation that would kill any other animal, can effectively ‘die’ for about ten years and then revive themselves, and have survived when put into space.

Wow.

I think that this is pretty amazing, all that they can do. Even though we can’t really see them, there is something very awesome about a creature that can live in space, and could even go to other planets and live there.

© 2012 The Sound of Her Wings Suffusion theme by Sayontan Sinha