# SRG Potential for AV18

On this page we collect images of Vsrg evolved from the Argonne V18 potential.

## Contour Plots of the Potential

19-Nov-2006 1S0 AV18 [png]
3S1 AV18 [png]
Contour plots of the AV18 potential V(k,k') evolved to a cutoff of Lambda = 10fm-1 (which is very close to the bare potential).
26-Nov-2006 3S1 low lambda [png]
3S1 mid lambda [png]
3S1 high lambda [png]
Contour plots of Vsrg, each at four different values of lambda, starting from the AV18 potential.
08-Dec-2006 1S0 [png]
3S1 [png]
1P1 [png]
3P0 [png]
3P1 [png]
Horizonal filmstrip contour plots of Vsrg vs. k2 in various partial-wave channels, each at five different values of lambda, starting from the AV18 potential.

## Contour Plots of the T Matrix

Each figure has four plots: upper left is the bare potential, upper right is the evolved potential, lower left is the bare off-shell T matrix at the indicated energy, lower right is the evolved off-shell T matrix at the indicated energy. Potentials and T matrices are in units of fm.

27-Jan-2007 1S0 AV18 E = 0 MeV [png]
1S0 AV18 E = 10.4 MeV [png]
1S0 AV18 E = 41.5 MeV [png]
1S0 AV18 E = 93.3 MeV [png]
Contour plots of the AV18 potential V(k,k') initially and evolved to a cutoff of Lambda = 2 fm-1, and the corresponding off-shell T matrices at various energies.
27-Jan-2007 3S1 AV18 E = 0 MeV [png]
3S1 AV18 E = 10.4 MeV [png]
3S1 AV18 E = 41.5 MeV [png]
3S1 AV18 E = 93.3 MeV [png]
Contour plots of the AV18 potential V(k,k') initially and evolved to a cutoff of Lambda = 2 fm-1, and the corresponding off-shell T matrices at various energies.
27-Jan-2007 1P1 AV18 E = 0 MeV [png]
1P1 AV18 E = 10.4 MeV [png]
1P1 AV18 E = 41.5 MeV [png]
1P1 AV18 E = 93.3 MeV [png]
Contour plots of the AV18 potential V(k,k') initially and evolved to a cutoff of Lambda = 2 fm-1, and the corresponding off-shell T matrices at various energies.
27-Jan-2007 3P0 AV18 E = 0 MeV [png]
3P0 AV18 E = 10.4 MeV [png]
3P0 AV18 E = 41.5 MeV [png]
3P0 AV18 E = 93.3 MeV [png]
Contour plots of the AV18 potential V(k,k') initially and evolved to a cutoff of Lambda = 2 fm-1, and the corresponding off-shell T matrices at various energies.
27-Jan-2007 3F3 AV18 E = 0 MeV [png]
3F3 AV18 E = 10.4 MeV [png]
3F3 AV18 E = 41.5 MeV [png]
3F3 AV18 E = 93.3 MeV [png]
Contour plots of the AV18 potential V(k,k') initially and evolved to a cutoff of Lambda = 2 fm-1, and the corresponding off-shell T matrices at various energies.

## Contour Plots of the G Matrix

Each figure has four plots: upper left is the bare potential, upper right is the evolved potential, lower left is the bare G matrix at the indicated energy, lower right is the evolved G matrix at the indicated energy. Potentials and G matrices are in units of fm. The single particle energy is just the free kinetic energy.

27-Jan-2007 1S0 AV18 E = 0 MeV [png]
1S0 AV18 E = -207.4 MeV [png]
1S0 AV18 E = 23.0 MeV [png]
Contour plots of the AV18 potential V(k,k') initially and evolved to a cutoff of Lambda = 2 fm-1, and the corresponding off-shell G matrices at various energies.
27-Jan-2007 3S1 AV18 E = 0 MeV [png]
3S1 AV18 E = -207.4 MeV [png]
3S1 AV18 E = 23.0 MeV [png]
Contour plots of the AV18 potential V(k,k') initially and evolved to a cutoff of Lambda = 2 fm-1, and the corresponding off-shell G matrices at various energies.
27-Jan-2007 1P1 AV18 E = 0 MeV [png]
1P1 AV18 E = -207.4 MeV [png]
1P1 AV18 E = 23.0 MeV [png]
Contour plots of the AV18 potential V(k,k') initially and evolved to a cutoff of Lambda = 2 fm-1, and the corresponding off-shell G matrices at various energies.
27-Jan-2007 3P0 AV18 E = 0 MeV [png]
3P0 AV18 E = -207.4 MeV [png]
3P0 AV18 E = 23.0 MeV [png]
Contour plots of the AV18 potential V(k,k') initially and evolved to a cutoff of Lambda = 2 fm-1, and the corresponding off-shell G matrices at various energies.
27-Jan-2007 3F3 AV18 E = 0 MeV [png]
3F3 AV18 E = -207.4 MeV [png]
3F3 AV18 E = 23.0 MeV [png]
Contour plots of the AV18 potential V(k,k') initially and evolved to a cutoff of Lambda = 2 fm-1, and the corresponding off-shell G matrices at various energies.