Co.Design: Science Says Creativity And Dishonesty Go Hand-In-Hand

A recent article in the Journal of Personality and Social Psychology makes the claim that creativity walks hand in hand with loose ethics. Francesca Gino of Harvard University and Dan Ariely of Duke University conducted a series of experiments, in which they asked subjects to complete various ethically ambiguous tasks. The result: Not only do naturally creative people cheat more than uncreative people, subjects cajoled into thinking outside of the box become cheaters, too. This suggests that the creative process isn’t just tied to dishonest behavior; it actually enables it–troubling news at a time when the corporate world treats innovation as an impeachable moral good.

A Hologram?

Steven Hawkings suggests the Universe is a hologram (via Ars Technica):

The proponents of string theory seem to think they can provide a more elegant description of the Universe by adding additional dimensions. But some other theoreticians think they’ve found a way to view the Universe as having one less dimension. The work sprung out of a long argument with Stephen Hawking about the nature of black holes, which was eventually solved by the realization that the event horizon could act as a hologram, preserving information about the material that’s gotten sucked inside. The same sort of math, it turns out, can actually describe any point in the Universe, meaning that the entire content Universe can be viewed as a giant hologram, one that resides on the surface of whatever two-dimensional shape will enclose it.

I wish I understood what the fuck this means. Couldn’t they put it into terms a layman could understand?
Kinda like Egon did with the twinkie.


Heisenberg’s Uncertainty Principle:

In quantum mechanics, the Heisenberg uncertainty principle states by precise inequalities that certain pairs of physical properties, like position and momentum, cannot simultaneously be known to arbitrary precision. That is, the more precisely one property is known, the less precisely the other can be known. In other words, the more you know the position of a particle, the less you know about its velocity, and the more you know about the velocity of a particle, the less you know about its instantaneous position.