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aminoasinine:

the-science-llama:

If Earth Had Rings
First off, they would be really pretty to look at. They would also dominate the sky in both night and day at exactly the same place as they would never rise nor set. And at night you would see the Earth’s shadow swing across the rings, like in the 4th photo here.
However, life would be very different on Earth if this were the case. Nocturnal animals would have a hard time being nocturnal, as the light reflecting from the rings would illuminate the night.
Because we are closer to the Sun than Saturn is, the rings would be more rocky than ice, making them less bright but still pretty bright. In fact, you would see far less stars at night (living anywhere other than the equator or the arctic circle) because of the light pollution and not to mention ruin most meteor showers because of that.
During the day the rings would block sunlight in certain regions of the planet creating wild weather cycles and effecting plant life as well. So basically, they would be definitely pretty to look at but they would also make a whole lot of things screwy.
Illustrations by Ron Miller // io9— Click the photos for captions

CAN YOU EVEN IMAGINE THE KIND OF ANCIENT MYTHOLOGY THIS WOULD HAVE GENERATED
FUCK RAINBOWS MAN THIS WOULD LOOK LIKE THE FUCKING ARM OF GOD CIRCLING THE EARTH
Zoom Info
aminoasinine:

the-science-llama:

If Earth Had Rings
First off, they would be really pretty to look at. They would also dominate the sky in both night and day at exactly the same place as they would never rise nor set. And at night you would see the Earth’s shadow swing across the rings, like in the 4th photo here.
However, life would be very different on Earth if this were the case. Nocturnal animals would have a hard time being nocturnal, as the light reflecting from the rings would illuminate the night.
Because we are closer to the Sun than Saturn is, the rings would be more rocky than ice, making them less bright but still pretty bright. In fact, you would see far less stars at night (living anywhere other than the equator or the arctic circle) because of the light pollution and not to mention ruin most meteor showers because of that.
During the day the rings would block sunlight in certain regions of the planet creating wild weather cycles and effecting plant life as well. So basically, they would be definitely pretty to look at but they would also make a whole lot of things screwy.
Illustrations by Ron Miller // io9— Click the photos for captions

CAN YOU EVEN IMAGINE THE KIND OF ANCIENT MYTHOLOGY THIS WOULD HAVE GENERATED
FUCK RAINBOWS MAN THIS WOULD LOOK LIKE THE FUCKING ARM OF GOD CIRCLING THE EARTH
Zoom Info

aminoasinine:

the-science-llama:

If Earth Had Rings

First off, they would be really pretty to look at. They would also dominate the sky in both night and day at exactly the same place as they would never rise nor set. And at night you would see the Earth’s shadow swing across the rings, like in the 4th photo here.

However, life would be very different on Earth if this were the case. Nocturnal animals would have a hard time being nocturnal, as the light reflecting from the rings would illuminate the night.

Because we are closer to the Sun than Saturn is, the rings would be more rocky than ice, making them less bright but still pretty bright. In fact, you would see far less stars at night (living anywhere other than the equator or the arctic circle) because of the light pollution and not to mention ruin most meteor showers because of that.

During the day the rings would block sunlight in certain regions of the planet creating wild weather cycles and effecting plant life as well. So basically, they would be definitely pretty to look at but they would also make a whole lot of things screwy.

Illustrations by Ron Miller // io9
— Click the photos for captions

CAN YOU EVEN IMAGINE THE KIND OF ANCIENT MYTHOLOGY THIS WOULD HAVE GENERATED

FUCK RAINBOWS MAN THIS WOULD LOOK LIKE THE FUCKING ARM OF GOD CIRCLING THE EARTH

ohbehavedarling:

bad-moon-moon:

and-rohan-will-answer:

ten0uttaten:

that-kid-matt-biller:

whenthefire-dies:

furose:

grimyboy:

HOW THE FUCK ARE THESE BABIES SWIMMING I AM 21 AND CANNOT SWIM THIS IS SOME FUCK SHIT

Babies instinctively know when to hold their breathes!
Babies are amazing

what

WHAT THE HELL IS THIS!? I HAVE TO HOLD MY NOSE AND THIS BABY DOESN’T HAVE TOO!? 

What shitty parent discovered this

babies are naturally able to swim hello they just spent nine moths in amiotic fluid this is instinctive so no, parent is not shitty, parent is re-enforcing baby’s natural instinctive behaviour.

parent is good for doing this because parent is basically saying “yes the behaviours you were born with are great!”

Yup, if babies are ‘taught’ (allowed) to swim before they are six weeks old, they never lose the instincts they were born with that lets them hold their head above water and hold their breath when they need to. SCIENCE, man.

They are probably loving this because seriously ROOM. I don’t think there was an awful lotta space in their first house.

(Source: derindengirenler)

interessantbullshit:

madnessinthemusic:

duce-juice:

Can someone from the sciencey side of tumblr please explain this ?

This is called shape memory. It’s made from an alloy of titanium and nickel (I believe it’s called nitinol). It has the ability to “remember” the shape it’s taken.

When cold you can bend it whatever which way, but once you heat it (or in this case put it in what I presume is hot water) it will take the original shape.

thank you sciencey side of tumblr

tornskyline:

infinityfishbowl:

bloggingboswell:

tempus-aeterna:

tenthrose:

mike-yates:

Allonsy.

How in the fuck did he survive this, yet the fourth Doctor fell off Jodrell Bank and thought “sod it”?

If you’re interested:

Fall injuries are weird, and a bit random. It really depends on how you land, and all sorts of other circumstances. Some people manage to literally walk away from falling off buildings with nothing worse than a sprained ankle or a broken wrist. In other cases, someone can slip and be killed instantly from falling only the length of their body.

We can see in End of Time (and in this gifset) exactly how Ten lands. His arm hits the ground first, then his leg, then his cheek (notably the part of the head where the brain isn’t). His chest/torso doesn’t touch the ground until he collapses, and he hit his face instead of his head. 

What this means is that, while he’s hurt, the parts of his body which are most badly damaged are not the vital, life-supporting parts. Essentially, either he knew exactly how to land in order to survive, or he got very lucky. Plus, we never actually get to see the extent of his injuries in full- it’s a high adrenaline situation which he spends the vast majority of sitting down. Then, immediately afterwards, he gets blasted with radiation and dies/regenerates. If he was injured in a way which would have affected him more slowly, it doesn’t get a chance to.

Also of note: The glass slowed him down in a way which may very well have been crucial. There have been IRL cases of (non time lord) people hitting power-lines or tree branches on the way down which slow their descent to the point where falls which should have been fatal result in only relatively minor injuries.

Now, transitioning to Logopolis. We don’t actually see Four fall. We see him lose his grip, then it cuts to the Master, and when we see the Doctor again he’s lying flat on his back, dying.

We don’t know exactly how he hit the ground, but given that he fell onto his back, he did not break the fall with limbs. This means that the first point of impact would have either been his back or the back of his head. What this means is that nasty fatal things like head injuries and organ damage are significantly more likely.  

There’s also the Doctor Who science of regeneration, which is a bit dodgier than real science, but also makes sense in this case. As far as we can tell, an individual dying Time Lord has some control over the speed of the regenerative process. It appears as if they can trigger it at several different points along the spectrum of ‘dying’, ranging from immediately after a critical injury/illness (including one which could be theoretically survivable with treatment), to after the point of death.

Ten does not want to regenerate. That’s where 3/4 of the emotional arc comes from. He’s also capable of holding the regeneration in. So, indeed, if he was dying from his injuries here, it’s very possible that he’d have just been holding the regeneration back completely. He was busy, and he didn’t want it to happen. Again, the radiation happens so quickly after the fact that we can’t tell what would have happened without it.

Four, on the other hand, knew he was going to regenerate and seemed to be pretty much okay with that. Unlike several other Doctors, he didn’t try to hold off his regeneration at all- he let it trigger as soon as he was injured. It’s possible he could have survived for a bit longer, but he didn’t, for some reason.

tl;dr: The science of this actually does sort of work. Fall injuries are weird, Ten was very lucky, Four wasn’t. 

This fandom is amazing

To go along with the strange science of regeneration it’s also important to note that 10 is older then 4 was and that he’d gone through 6 regenerations.  It’s entirely possible that time lords simply get stronger the older they get older/spend more time in the time stream.  Ten also had survived the Time War and had held the heart of the TARDIS inside him for a brief amount of time both of which could have made him physically more capable of surviving a fall then four was.

The real world science works as well as mentioned fall injuries are weird especially where head injuries are concerned.

The most important thing i got out of this post was how to survive a fall!

(Source: oswinsleaf)

hamburgerjack:

ginnytea:

ionosphere-negate:

totallynotagentphilcoulson:

vdoc:

This is a functional, Star Trek-style Tricorder designed by Peter Jansen. It’s a self-contained portable sensor. It has GPS, and it can measure ambient temperature, humidity, air pressure, magnetic fields, surface temperatures, colors, ambient light level, ambient polarization, acceleration, direction and distance (ultrasonically). This the the Mark I version, and you can build it yourself.

There’s also a Mark II version that’s faster, more powerful, and has more sensors, and like the Mark I, you can build it yourself.

gimme

OH MY FUCKING GOD.

Still waiting on a medical tricorder.

Hn… 

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