- #1
Trollfaz
- 137
- 14
Quantum zeno effect states that an unstable particle can be prevented from decaying by being observed/measured. It has been experimentally proven.
However, this observation/measurement does not refer to simply looking at it. This effect vanishes as we zoom out to the macroscopic world. Hence, a chunck of radioactive metal will not decay slower just because we stared at it or placed sensors around it.
In those experiments, ultra cooled atoms are kept in an excited state and an em pulse is passed through them for measurement. The atoms decayed to their ground state slower. I m suspecting that the reason behind this is that the em pulses are helping to keep the atoms in the excited state to slow down decay. What do you guys think?
Also it has been speculated that this effect can apply to black holes although this does not gain much acceptance
However, this observation/measurement does not refer to simply looking at it. This effect vanishes as we zoom out to the macroscopic world. Hence, a chunck of radioactive metal will not decay slower just because we stared at it or placed sensors around it.
In those experiments, ultra cooled atoms are kept in an excited state and an em pulse is passed through them for measurement. The atoms decayed to their ground state slower. I m suspecting that the reason behind this is that the em pulses are helping to keep the atoms in the excited state to slow down decay. What do you guys think?
Also it has been speculated that this effect can apply to black holes although this does not gain much acceptance