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By paying attention to our body clocks, we can figure out what times we function best at certain tasks, and decide whether to put them aside for later–or do them right away. This can range from manual tasks to creative thinking to the best time to take a nap.

Many of us are locked into schedules at home or at work, but when we DO have a choice, it’s important to know what will be the most productive choice to make. Disruption of circadian rhythms (our body’s natural clock) has been linked to diabetes, depression, dementia and obesity.
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We may not be able to manipulate the speed of light, but by tinkering with the neural connections that indicate its passage in our brains, we may be able to alter the speed of time–or at least with how fast the human brain PERCEIVES it to be. New research suggests timekeeping in the brain is decentralized, with different neural circuits having their own timing mechanisms for specific activities.

This explains why, under certain conditions, the subjective sense of how much time has passed feels different. For instance,. time seems to drag slowly when we’re taking a test and to speed by when we’re having fun.
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Ever wondered whether or not we can move through time? Could this dream actually be a reality ALREADY? Listen as Anthony Peake, the author of the Labyrinth of Time, explains some of the greatest mysteries of time in a whole new way. Ever had a time slip? Ever found yourself repeating an event? Ever wanted to see into time or even move through it?
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We all know about leap YEAR, but what about leap second? As 70 UN nations argue over whether to abolish it, there’s actually a war going on over time.

Leap year adds a day to February every 4 years, while a the leap second is added every few years in order to synchronize the world’s scientific timekeepers–atomic clocks–with the earth’s rotational cycle. The next leap second is scheduled to be added on June 30, 2018. Atomic clocks, which were created in the 1950s, rely on the precise way that electrons jump around in atoms.
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