This is a technique called squeezing, it in no way violates our fundamental understanding of physics. Heisenberg uncertainty is generally: 1/2ћ ≤ ΔxΔp. If you m

This is a technique called squeezing, it in no way violates our fundamental understanding of physics. Heisenberg uncertainty is generally: 1/2ћ ≤ ΔxΔp. If you measure something in a way that you have complete uncertainty in the quantity p then you can have arbitrarily fine resolution in x. It's interesting, but squeezing is a common technique, and this headline misrepresents the importance of this experiment.