Anne & Jake @lovedogproductions - Tumblr Blog

The story unfolds in modern day Los Angeles, where a socially inept but brilliant young scientist (Matt Dallas) invents a time machine that catapults his lif...

New #TimeTravel #webseries starring #ABCFamily #MattDallas

Watch Episode 1 now and subscribe if you like what you see!

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If only we all have Anne’s way of looking the world.

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Emma Watson, now that’s a Smart Girl!

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Getting out of your comfort zone, taking risks, is what life is. If you’re not good, who cares? You got out there and tried.

Amy Poehler (via ucbcomedy)

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While on an expedition in Antarctica this past December, filmmaker Alex Cornell was treated to the rare sight of a massive iceberg that had recently flipped over, revealing an extraordinarily vivid blue underside. But, what causes the ice to appear blue? To understand how this phenomenon, we must first describe why we visually perceive most icebergs to be white. As you may now, icebergs come from glaciers and glaciers are formed as a result of snowfall and it is the structure of snowflakes that can help us explain the colour scheme an iceberg. A close examination of a snowflake reveals a many-faceted crystal, not unlike a cut diamond. These facets or surfaces are capable of reflecting light and snow appears white for this very reason. As snow accumulates, the structure of snowflakes traps a great deal of air. This is easily seen if you fill a glass to the top with snow, then bring it inside and allow it to melt. You quickly notice that most of what you thought was frozen water, was actually air. As there is a lot of trapped air in snow, light hitting the iceberg is reflected off the many internal surfaces and then visually appears white. So, why does this iceberg not look white also? Blue icebergs are in fact very old; they have been through possibly hundreds of thousands of years of thawing, refreezing and compression. As a result, much of the trapped air has been released, reducing the reflective capabilities of the iceberg. Now that the light is no longer being reflected as efficiently, it is instead being absorbed. The weaker wavelengths of light (towards the red spectrum) are quickly filtered out. The blue spectrum, however, has enough energy to penetrate the ice where it either: finds an internal surface to reflect back from or it manages to penetrate the whole way through; thus giving a blue colour. -Jean For more information about the formation and properties of icebergs; please follow this link: http://bit.ly/15l3Gne Images cortesy of Alex Cornell. http://alexcornell.com/

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Iceburg straight ahead....

Make sure to subscribe to LoveDog Productions youtube channel - Watch Matt Dallas and Victoria Bullock talk about their love for Titanic in a fun Q&A

#AnneandJake #web series #mattdallas #titanic #qanda #victoriabullock #youtube #lovedogproductions