consider einstein's e=mc^2 equation and simultaneously heisenberg's uncertainity principle.... won't the equation go wrong???? can you please answer this ASAP..
Dear student,
Both the equations are correct in their own terms.
Within the framework of statistical quantum theory there is no such thing as a complete description of the individual system. More cautiously it might be put as follows: The attempt to conceive the quantum-theoretical description as the complete description of the individual systems leads to unnatural theoretical interpretations, which become immediately unnecessary if one accepts the interpretation that the description refers to ensembles of systems and not to individual systems.
So for Heisenberg's theory it is not the individual objects but the system as a whole should be taken. This problem was later resolved by Srodinger.
Both the equations are correct in their own terms.
Within the framework of statistical quantum theory there is no such thing as a complete description of the individual system. More cautiously it might be put as follows: The attempt to conceive the quantum-theoretical description as the complete description of the individual systems leads to unnatural theoretical interpretations, which become immediately unnecessary if one accepts the interpretation that the description refers to ensembles of systems and not to individual systems.
So for Heisenberg's theory it is not the individual objects but the system as a whole should be taken. This problem was later resolved by Srodinger.
Hope this information will clear your doubts about topic.
If you have any more doubts just ask here on the forum and our experts will try to help you out as soon as possible.
RegardsIf you have any more doubts just ask here on the forum and our experts will try to help you out as soon as possible.