Editing 171: String Theory
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{{w|String theory}} is a theory in theoretical physics for explaining how the universe works. It is a theory trying to explain everything belonging to our universe; specifically, it aims to unite {{w|general relativity}} and {{w|quantum field theory|quantum field theories}}. | {{w|String theory}} is a theory in theoretical physics for explaining how the universe works. It is a theory trying to explain everything belonging to our universe; specifically, it aims to unite {{w|general relativity}} and {{w|quantum field theory|quantum field theories}}. | ||
| β | When a new theory is thought up, the theorists will usually supply some predictions, measurable by experimental physicists. String theory's predictions, however, are few and extremely difficult to test; | + | When a new theory is thought up, the theorists will usually supply some predictions, measurable by experimental physicists. String theory's predictions, however, are few and extremely difficult to test; though its inception was over forty years ago, string theory has yet to be experimentally tested. |
[[Randall]] is unimpressed with string theorists (for another instance of this, see the punchline to [[397: Unscientific]]). String theory has not provided any ''useful'' new knowledge to engineering science as quantum physics has, and lacks the imagination-stirring philosophical implications that the general population associates with other fields β for example, quantum scientists have proven predictions like {{w|quantum tunneling|tunneling}}, used by modern electronic devices, and relativity is relevant to modern systems like {{w|GPS}} navigation. String theory either hasn't reached that stage yet or cannot. | [[Randall]] is unimpressed with string theorists (for another instance of this, see the punchline to [[397: Unscientific]]). String theory has not provided any ''useful'' new knowledge to engineering science as quantum physics has, and lacks the imagination-stirring philosophical implications that the general population associates with other fields β for example, quantum scientists have proven predictions like {{w|quantum tunneling|tunneling}}, used by modern electronic devices, and relativity is relevant to modern systems like {{w|GPS}} navigation. String theory either hasn't reached that stage yet or cannot. | ||
