Table 3. Open in new tab Values q c...

Table 3.

Values q_c where the kernel derivative |dW(q)/dq| has the maximum, η_c = 1/q_c. N_c is the neighbour number for a hexagonal lattice that corresponds to q_c and η is the value used in our experiments. The latter has been chosen so that it is as large as possible without becoming pairing unstable, or, in cases where no pairing occurs, as large as computational sources allowed.

Kernel	q_c	η_c	N_c	η
M₄	0.667	1.500	28	1.2
M₆	0.506	1.976	49	1.6
W_H,3	0.661	1.512	28	1.2
W_H,4	0.567	1.765	39	1.5
W_H,5	0.504	1.984	49	1.6
W_H,6	0.458	2.183	59	1.7
W_H,7	0.423	2.364	70	1.8
W_H,8	0.395	2.531	80	1.9
W_H,9	0.372	2.690	90	2.2
W_3,3	0.430	2.323	n.a.	2.2
LIQ	n.a.	n.a.	n.a.	2.2
QCM₆	0.506	1.976	49	2.2

Kernel	q_c	η_c	N_c	η
M₄	0.667	1.500	28	1.2
M₆	0.506	1.976	49	1.6
W_H,3	0.661	1.512	28	1.2
W_H,4	0.567	1.765	39	1.5
W_H,5	0.504	1.984	49	1.6
W_H,6	0.458	2.183	59	1.7
W_H,7	0.423	2.364	70	1.8
W_H,8	0.395	2.531	80	1.9
W_H,9	0.372	2.690	90	2.2
W_3,3	0.430	2.323	n.a.	2.2
LIQ	n.a.	n.a.	n.a.	2.2
QCM₆	0.506	1.976	49	2.2

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