Crazy..
‘No-one can know exactly why or how the young wolf and bear became friends. I think that perhaps they were both alone and they were young and a bit unsure of how to survive alone.’
‘It seems to me that they feel safe being together, and so every evening met up for their dinner.’
'It’s very unusual to see a bear and a wolf getting on like this… It is nice to share rare events in the wild that you would never expect to see.’
'When I realised that no one had observed bears and wolves living near each other and becoming friends in Europe, I concentrated more and more on getting pictures to show what can happen in nature. Then I came across these two and knew that it made the perfect story.
Source
Beautiful
I’ve never related to a celebrity more in my life
Wow that’s beautiful.
Untitled by Alex Strohl
Well written.
My #'s 7..
Can i give you my number
Don’t be silly…
Awesome chest..
You’re attracted to jerks because of the brain’s reward system.
Your neural network is sensitive to rewards like affection and sex, but when these rewards come to you unexpectedly, they become much more alluring.
It’s one of the reasons why people can’t stay away from an unpredictable partner who doesn’t treat them well.
Source Source 2
Fascinating demonstration.
This video demonstrates one of my favorite effects: the reversibility of laminar flow. Intuition tells us that un-mixing two fluids is impossible, and, under most circumstances, that is true. But for very low Reynolds numbers, viscosity dominates the flow, and fluid particles will move due to only two effects: molecular diffusion and momentum diffusion. Molecular diffusion is an entirely random process, but it is also very slow. Momentum diffusion is the motion caused by the spinning inner cylinder dragging fluid with it. That motion, unlike most fluid motion, is exactly reversible, meaning that spinning the cylinder in reverse returns the dye to its original location (plus or minus the fuzziness caused by molecular diffusion).
Aside from being a neat demo, this illustrates one of the challenges faced by microscopic swimmers. In order to move through a viscous fluid, they must swim asymmetrically because exactly reversing their stroke will only move the fluid around them back to is original position. (Video credit: Univ. of New Mexico Physic and Astronomy)
Fantastic!
“A true photograph need not be explained, nor can it be contained in words.” – Ansel Adams Learn more about the renowned photographer and his experience with and beyond national parks.
Images courtesy of the National Archives.