LURCH said:I thought everything was slowed by cooler temperature. Theoretically, would beta decay still occur at Absolute Zero?
Hmm if quantum mechanics were a theory of hidden variables, then we could consider these variables as contributing to temperature. It is more of a redefinition of the concept of Temperature (and Absolute Zero), isn't it?LURCH said:Theoretically, would beta decay still occur at Absolute Zero?
Yes, it is possible to slow down beta decay in Cobalt 60 through a process called isomer shift. This involves changing the energy levels of the Cobalt 60 nuclei to a lower state, which decreases the probability of beta decay occurring.
Slowing down beta decay in Cobalt 60 can increase its useful lifespan. This is important because Cobalt 60 is commonly used in medical treatments and industrial applications, and slowing down its decay can make it more cost-effective and efficient.
Beta decay in Cobalt 60 can be slowed down through isomer shift, as mentioned before. This is achieved by exposing the Cobalt 60 nuclei to specific types of radiation or by using a device called a synchrotron to create a magnetic field that alters the energy levels of the nuclei.
There are no known risks associated with slowing down beta decay in Cobalt 60. The process of isomer shift does not change the chemical properties of the element, and the resulting isotope is still safe to use in medical and industrial applications.
No, beta decay in Cobalt 60 cannot be completely stopped. The process of isomer shift can only slow it down, not stop it entirely. However, by slowing down the decay, the useful lifespan of Cobalt 60 can be significantly extended.