- NEW!
Help answer this question below.
What technology do you believe exists,that the general public hasn't been made aware of?
by Dimstar on September 16th, 2010
| 2 people like this
Are there any groundbreaking technologies being developed that you can name besides alternative energy sources? A practical electric car
by stevlich on January 4th, 2011
| 1 person likes this
What will be the next huge invention that may change our way of life
by Turpinator on October 25th, 2010
| 1 person likes this
Over the next decade will public hospital equipment become more sophisticated and advanced technology wise? More reliance on computers?
by NiCkIzBacK on June 24th, 2011
| 1 person likes this
Is it possible that some advanced technological inventions are sometimes hidden from the public eye for unspecified reasons? Why?
by NiCkIzBacK on June 24th, 2011
| 1 person likes this
You're reading How can we overcome Heisenberg's Uncertainty Principle?
Comments
Some luminaries once thought mankind would never take to the skies.
by Tondoteottotote on March 8th, 2008
Indeed. The problem is that the HUP is purely mathematical. I probably should have been clearer in my answer (reading it back it could have been better!). If an experiment is ever conducted that finds an uncertainty less than that allowed by the HUP then this does not indicate that the HUP is wrong. It indicates that we were wrong to apply it to a real system.
It all depends on how you see 'overcome', I see it as demonstrating that the HUP is wrong, so the answer to the question is that it cannot be overcome. However, I fully accept that it may be demonstrated that it is not applicable to real systems, but in this case the equation is still correct.
For example, straight line graphs have the equation y = mx+c. This is pure maths, can can be proven from pure maths. Now if I were do draw a graph y= shoe size against x= hair colour I'm pretty sure I would not get a straight line as there is no correlation. This does not show that y= mx+c is wrong, only that it should not be applied here.
by Godfather Part II on March 8th, 2008
I've tried to edit my answer to be a little clearer. Thanks :-) .
by Godfather Part II on March 8th, 2008