NO CONSTRAINT on delta_i at all, this is needed for for a meaningful
averaging with CDF's fit done in the same way.
Three-dimensional
likelihood
scan of the Delta(G) vs. phi_s space
for
fixed values of ct (i.e., slices in lifetime).
Name of the file has lifetime in um (fixed).
Each file has 9 columns corresponding to the following:
dummy phi_s loglikehood_min delta_1 delta_2 ct(in cm) deltaG(ps^-1) phi_s deltaM_s
"Round 2" - as agreed on with CDF, start with two-dim
likelihood scans
of Delta(Gamma_s) vs. phi_s, allowing tau_bar(B_s) to
float (as well as the phases, i.e., lift the phase constraints
of the paper).
Fixed values of Delta(Gamma_s) in ps-1 (i.e., slices in Delta(Gamma_s)).
As above,
each file has 9 columns corresponding to the following:
dummy phi_s loglikehood_min delta_1 delta_2 ct(in cm) deltaG(ps^-1) phi_s deltaM_s
From above, 2-dim plot of likelihood
(ps)
and
(pdf)
Questions? Contact authors at
Daria Zieminska, daria@indiana.edu,
Avdhesh Chandra, avdhesh@fnal.gov; and
D0 HFAG rep.
Rick Van Kooten, rvankoot@indiana.edu.
Last updated May 12, 2008; RvK
