Print

---

Hi all,
you can find all the possible combinations of
charge request (B0, B+, all B), lepton id (elec, muons), category (7 = all
cat; 5 = 1 charged + >0 neu) linked in:
http://www.slac.stanford.edu/~asarti/recoil/update

I see that the category that is causing our problems (the 5th) shows
agreement for muons and electrons separately (so the problem is not gone
for muons at 1.5 GeV for cat = 5) but for sure the sum of all categories
shows an really better agreement for muons with respect to electrons (see
B0 Mxhad fit in both cases after all cuts).

Let me know if you'd like any other study...
Alessio

______________________________________________________
Alessio Sarti     Universita' & I.N.F.N. Ferrara
 tel  +39-0532-974328  Ferrara
roma  +39-06-49914338
SLAC +001-650-926-2972

"... e a un Dio 'fatti il culo' non credere mai..."
(F. De Andre')

"He was turning over in his mind an intresting new concept in
Thau-dimensional physics which unified time, space, magnetism, gravity
and, for some reason, broccoli".  (T. Pratchett: "Pyramids")

On Thu, 30 Jan 2003, Daniele del Re wrote:

>
> yes, please. May you do it also for the category 5 (nchg == 1,2 nneu>0)?
>
> Daniele
>
> On Thu, 30 Jan 2003, Alessio Sarti wrote:
>
> > you'll find here the data-MC agreement for electrons here:
> > All B
> > http://www.slac.stanford.edu/~asarti/recoil/update/comp-comp.html
> > Bch
> > http://www.slac.stanford.edu/~asarti/recoil/update/compbc-comp.html
> > B0
> > http://www.slac.stanford.edu/~asarti/recoil/update/compb0-comp.html
> >
> > In B0 mxhadfit the excess of events at 1.5 is clearly visible...
> > Shall I produce also the muons separately?
> > Alessio
> >
> > ______________________________________________________
> > Alessio Sarti     Universita' & I.N.F.N. Ferrara
> >  tel  +39-0532-974328  Ferrara
> > roma  +39-06-49914338
> > SLAC +001-650-926-2972
> >
> > "... e a un Dio 'fatti il culo' non credere mai..."
> > (F. De Andre')
> >
> > "He was turning over in his mind an intresting new concept in
> > Thau-dimensional physics which unified time, space, magnetism, gravity
> > and, for some reason, broccoli".  (T. Pratchett: "Pyramids")
> >
>