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--- science:phd-notes:2025-03-03-lee [2025/03/07 12:21] – Extend info on orbital removal jon-dokuwiki
+++ science:phd-notes:2025-03-03-lee [2025/03/07 14:13] (current) – Extend info on orbitals and obtds jon-dokuwiki
@@ Line 49: / Line 49: @@
 {{ :science:phd-notes:remove_nondiagonal.png |}}
-Looks good! The low-energy strength is back while the high-energy strength is significantly reduced.
+Looks good! The low-energy strength is back while the high-energy strength is significantly reduced. Now what if we allow only $0f7/2 \rightarrow 0f7/2$ on the diagonal? Let's see!
+{{ :science:phd-notes:remove_diagonal_except_0f70f7.png |}}
+This one is also pretty interesting. Keeping only $0f7/2 \rightarrow 0f7/2$ on the diagonal almost retains the original $M1$ strength function. As we saw earlier, $0f7/2 \rightarrow 0f7/2$ carries almost no high energy strength meaning that the high energy strength is retained by the non-diagonals, while the low energy strength is almost completely contained in only $0f7/2 \rightarrow 0f7/2$ of the diagonals.