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Scientists trained honeybees to visit a Y-shaped maze. When a bee flew into the entrance of the maze they would see 1 to 5 shapes. The shapes were either blue, which meant the bee had to add, or yellow, which meant the bee had to subtract.
The bee would then fly to another room where it could choose to fly to the left or right side of the maze.
One side had an incorrect solution to the problem and the other side had the correct solution. The correct answer was changed randomly throughout the experiment to avoid bees learning to visit just one side of the maze.
According to researchers at the beginning of the experiment, bees made random choices until they could work out how to solve the problem.
They eventually learned that blue meant +1, while yellow meant -1. The bees could then apply the rules to new numbers.
The bees got a reward of sugary water when they made a correct choice in the maze, and got a bitter-tasting solution if the choice was incorrect.
#source - @bbcnews
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In 1988, scientists first predicted that water would transition to an exotic state of matter characterized by the coexistence of a solid lattice of oxygen and liquid-like hydrogen—superionic ice—when subjected to the extreme pressures and temperatures that exist in the interior of water-rich giant planets like Uranus and Neptune.
To achieve this exotic flash freezing, the water was heated to thousands of degrees, approaching the temperature of the surface of the sun, while also increasing its pressure by millions of atmospheres. The resulting substance is also black and more dense than the ice cubes in your drink.
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