- #1
iforu
- 8
- 0
Hey guys,
I’m interested in knowing if there are any known implications of quantum theory in the macroscopic scale, regarding randomness. Small particles behave probabilistically, but that has any consequence in the macroscopic or in the microscopic (but higher scale than those particles – like molecules, etc) deterministic cause-effect world?
Example: the position of the eletron is random by nature, but that radomness implies randomness in the orbital properties and chemical reactions that atom can make? Or the ''randomness effect'' just ends in that smaller particles?
The undeterministic quantum world affect our deterministic world of classical physics/chemistry?
Thank you
I’m interested in knowing if there are any known implications of quantum theory in the macroscopic scale, regarding randomness. Small particles behave probabilistically, but that has any consequence in the macroscopic or in the microscopic (but higher scale than those particles – like molecules, etc) deterministic cause-effect world?
Example: the position of the eletron is random by nature, but that radomness implies randomness in the orbital properties and chemical reactions that atom can make? Or the ''randomness effect'' just ends in that smaller particles?
The undeterministic quantum world affect our deterministic world of classical physics/chemistry?
Thank you