{{
`${userDetail.user.displayName}${userDetail.user.cachedBungieGlobalDisplayNameCode ? `#${standardizeBungieGlobalCode(userDetail.user.cachedBungieGlobalDisplayNameCode)}` : ""}`}}
{{getUserClans()}}
originally posted in:Secular Sevens
View Entire Topic
Edited by Recon Number 54:
10/27/2013 4:19:06 PM
6
A few questions in regards to Quantum Mechanics
I just picked up a book by Brian Greene and one portion of it mildly stumped me. I figured that a few of you here could lend a helping hand and provide insight on it. I was reading and the book began delving into quantum uncertainty and I completely understood it up to one point and that point was when he began talking about observing the spin of an electron. Maybe he didn't word it properly or I just blew past it without much thought (probably the latter), but he broke down how electrons spin and how if you observe it the electron will "choose" between spinning clockwise or counterclockwise on the axis you picked to observe it from (at least from I gathered, correct me if I am wrong). Now, I'm not very well informed on the tools used in modern day labs and my question is, what happens if you observe the same electron from two different locations at once? Is this possible or with modern day equipment are we only limited to one direction? Would the electron spin clockwise or counter-clockwise from each observation point no matter how many angles we observe it from?
Thanks.
-
18 RepliesWell I think you have to look at the atom itself and look at the electron shell. Because the electron shell could allow you to find the other quantum numbers for the particular atom. You have numbers represented as n, l, ml, and ms. The last quantum number is applied to quantum spin and its dependent on preceding values. To my understand, the spin is clockwise or counterclockwise based on the preceding variables. I don't really think observation point matters, but we never delved that deep into it. I still don't think your point of observation is relevant though.
