arnaucube
@arnaucube.com
fascinated by polynomials github.com/arnaucube
similar applies to steps 4, 5, 7 and 8 of the multifolding.
In this image is shown the step 5 for 2 LCCCS & 2 CCCS, and then the generic equation for μ, ν.
In this image is shown the step 5 for 2 LCCCS & 2 CCCS, and then the generic equation for μ, ν.
June 21, 2023 at 12:43 PM
similar applies to steps 4, 5, 7 and 8 of the multifolding.
In this image is shown the step 5 for 2 LCCCS & 2 CCCS, and then the generic equation for μ, ν.
In this image is shown the step 5 for 2 LCCCS & 2 CCCS, and then the generic equation for μ, ν.
If you're curious on how the HyperNova multifolding looks like for μ>1, ν>1 (more than 1 LCCCS&CCCS), in this screenshot I've tried to unfold it following the indications that Srinath gave in the PSE-HyperNova talk (https://www.youtube.com/watch?v=pDFmANwwIoY&t=724s)
(orange: LCCCS, blue: CCCS)
(orange: LCCCS, blue: CCCS)
June 21, 2023 at 12:43 PM
If you're curious on how the HyperNova multifolding looks like for μ>1, ν>1 (more than 1 LCCCS&CCCS), in this screenshot I've tried to unfold it following the indications that Srinath gave in the PSE-HyperNova talk (https://www.youtube.com/watch?v=pDFmANwwIoY&t=724s)
(orange: LCCCS, blue: CCCS)
(orange: LCCCS, blue: CCCS)