rosepalazzolo:

futurist-foresight:

3d printed portraits derived from DNA taken off discarded gum and cigarette butts. When art and science combine.

scienceyoucanlove:

itscolossal:

3D printed portraits derived from synthesized DNA found on discarded gum and cigarette butts by Heather Dewey-Hagborg.

I remember reading about this! Creepy, yet fascinating ;) 

Whoa


by Frederik Wiedel.

by Frederik Wiedel.

(Source: dotcore)

stellar-indulgence:

Opalized Fossils

These are no ordinary fossils (if there is such a thing): these incredible relics are made of solid opal, sometimes with rainbows of shimmering color. Australia is the only place on Earth where opalized animal fossils are found. These fossils are of global scientific interest and are among the most beautiful and valuable in the world. 

How do opalized fossils form?

Opal forms in cavities within rocks. If a cavity has formed because a bone, shell or pine cone was buried in the sand or clay that later became the rock, and conditions are right for opal formation, then the opal forms a fossil replica of the original object that was buried. We get opalized fossils of two kinds:

i.       Internal details not preserved: Opal starts as a solution of silica in water. If the silica solution fills an empty space left by a shell, bone etc that has rotted away - like jelly poured into a mould - it may harden to form an opalized cast of the original object. Most opalized shell fossils are ‘jelly mould’ fossils - the outside shape is beautifully preserved, but the opal inside doesn’t record any of the creature’s internal structure.

ii.      Internal details preserved: If the buried organic material hasn’t rotted away and a silica solution soaks into it, when the silica hardens it may form an opal replica of the internal structure of the object. This happens sometimes with wood or bone.

Images in this order: Opalized Dinosaur tooth, Ammonite,Shell x2, Dinosaur bone, Wood, Pineapple, Mussel shell, Belemnite. Click on each to view in more detail.

bigwes:


Yandere CupcakeIngredients1 Can white frosting1 Box Red Velvet Cake MixSugar Glass:2 cups water1 cup light corn syrup3 1/2 cups white sugar1/4 teaspoon cream of tartarEdible Blood:1/2 cup light corn syrup1 tablespoon cornstarch1/4 cup water, or more as needed15 drops red food coloring3 drops blue food coloringDirectionsPrepare Red Velvet Cake Mix According to box, line cupcake tins with paper cupcake liners.Divide cake batter between lined cupcake tins.Bake according to box instructions. Let cool and frost cupcakes with white frosting.Make the sugar glass. Mix 2 cups water, 1 cup corn syrup, white sugar, and cream of tartar in a large saucepan; bring to a boil. Use a candy thermometer and boil sugar syrup until temperature reaches 300 degrees (hard ball), stirring constantly. The mixture will thicken as water evaporates. When sugar reaches 300 degrees, quickly pour onto a metal baking pan. Cool until completely hardened. Break into “shards” using a meat mallet.Make the edible blood. Mix together 1/2 cup corn syrup and cornstarch in a large bowl. Slowly stir in the 1/4 cup of water, adding more if necessary, until the corn syrup mixture has thickened to the consistency of blood. Stir in the red and blue food coloring.Stab each frosted cupcake with a few shards of broken sugar glass. Drizzle on drops of “blood” to complete the effect.Source: Tamra Hermosillo

bigwes:

Yandere Cupcake

Ingredients

1 Can white frosting
1 Box Red Velvet Cake Mix


Sugar Glass:
2 cups water
1 cup light corn syrup
3 1/2 cups white sugar
1/4 teaspoon cream of tartar


Edible Blood:
1/2 cup light corn syrup
1 tablespoon cornstarch
1/4 cup water, or more as needed
15 drops red food coloring
3 drops blue food coloring



Directions
Prepare Red Velvet Cake Mix According to box, line cupcake tins with paper cupcake liners.

Divide cake batter between lined cupcake tins.

Bake according to box instructions. Let cool and frost cupcakes with white frosting.

Make the sugar glass. Mix 2 cups water, 1 cup corn syrup, white sugar, and cream of tartar in a large saucepan; bring to a boil. Use a candy thermometer and boil sugar syrup until temperature reaches 300 degrees (hard ball), stirring constantly. The mixture will thicken as water evaporates. When sugar reaches 300 degrees, quickly pour onto a metal baking pan. Cool until completely hardened. Break into “shards” using a meat mallet.

Make the edible blood. Mix together 1/2 cup corn syrup and cornstarch in a large bowl. Slowly stir in the 1/4 cup of water, adding more if necessary, until the corn syrup mixture has thickened to the consistency of blood. Stir in the red and blue food coloring.

Stab each frosted cupcake with a few shards of broken sugar glass. Drizzle on drops of “blood” to complete the effect.

Source: Tamra Hermosillo

elhombre:

sharabh24:

joker

I saw that in theaters too! But I don’t know. It’s also a prop gun,probably not loaded for safety reasons. And since we’ll never know unless Aaron Eckhart or Christoper Nolan talk about this scene and placement of his thumb. This is a good observation.

It couldn’t have been loaded on set. But the brilliance of this is that the JOKER has a plan so concrete that people are unable to deviate from it and they don’t realize it until it’s too late, if at all.

elhombre:

sharabh24:

joker

I saw that in theaters too! But I don’t know. It’s also a prop gun,probably not loaded for safety reasons. And since we’ll never know unless Aaron Eckhart or Christoper Nolan talk about this scene and placement of his thumb. This is a good observation.

It couldn’t have been loaded on set. But the brilliance of this is that the JOKER has a plan so concrete that people are unable to deviate from it and they don’t realize it until it’s too late, if at all.

(Source: theponytailparades)

dmann-rjm:

whaoanon:

beahbeah:

1. The role and functions of a pawn.

2. The weakest pieces on the board; numerous; interchangeable; existing to be sacrificed for the benefit of the real players.

3. Unlike other pieces, a pawn may not retreat. It can only go forward, one step at a time.

4. A pawn cannot capture a piece that blocks its path. It may only proceed if the opposing piece concedes ground, or if a different route is offered.

5. The en passant capture is a special move that permits one pawn to successfully attack another without directly engaging it.

6. Otherwise, the only way a pawn can capture is by going one step forward and to the left or right, in a single diagonal move.

7. In very rare occasions, if a pawn is allowed to cross the entire board, unscathed…

8. …it may be promoted to a queen, and, perhaps, turn the tide of the war.
(source)

pats face im always going to reblog this

Pawns. The cannon fodder of chess.

dmann-rjm:

whaoanon:

beahbeah:

1. The role and functions of a pawn.

image

2. The weakest pieces on the board; numerous; interchangeable; existing to be sacrificed for the benefit of the real players.

image

3. Unlike other pieces, a pawn may not retreat. It can only go forward, one step at a time.

image

4. A pawn cannot capture a piece that blocks its path. It may only proceed if the opposing piece concedes ground, or if a different route is offered.

image

5. The en passant capture is a special move that permits one pawn to successfully attack another without directly engaging it.

image

6. Otherwise, the only way a pawn can capture is by going one step forward and to the left or right, in a single diagonal move.

image

7. In very rare occasions, if a pawn is allowed to cross the entire board, unscathed…

image

8. …it may be promoted to a queen, and, perhaps, turn the tide of the war.

(source)

pats face im always going to reblog this

Pawns. The cannon fodder of chess.

thesciencellama:

Acoustic Levitation

Using sound waves to levitate individual droplets of solutions containing pharmaceutical drugs and drying them in mid-air. Why do this? This is useful because most of the drugs on the market are either amorphous or crystalline and the crystalline form doesn’t get absorbed by the body. So levitating the solution allows the drug to be made into an amorphous state (by evaporation) because if it were to touch any surface it would simply crystallize. They call this “containerless processing”.

The frequencies used are just above the audible range at about 22 kilohertz and when the two speakers are aligned they create two sets of sound waves, perfectly interfering with each other creating a phenomenon known as a standing wave. This allows the objects to levitate in areas within the waves known as nodes as the acoustic pressure is enough to cancel the force of gravity.

Video Source - Argonne National Laboratory

(Source: unknowneditors)

artruby:

Leandro Elrich, Swimming Pool (2008).