Details

Autor(en) / Beteiligte

• Aaltonen, T.
• Adelman, J.
• Akimoto, T.
• Albrow, M.G.
• Alvarez Gonzalez, B.
• Amerio, S.
• Amide, D.
• Anastasso, A.
• Annovi, A.
• Antos, J.
• Apollinari, G.
• Apresyan, A.
• Arisawa, T.
• Artikov, A.
• Ashmanskas, W.
• Attal, A.
• Aurisano, A.
• Azfar, F.
• Azzurri, P.
• Badgett, W.
• Barbaro-Galtieri, A.
• Barnes, V.E.
• Barnett, B.A.
• Bartsch, V.
• Bauer, G.
• Beauchemin, P.-H.
• Bedeschi, F.
• Beecher, D.
• Behari, S.
• Bellettini, G.
• Bellinger, J.
• Benjamin, D.
• Beretvas, A.
• Beringer, J.
• Bhatti, A.
• Binkley, M.
• Bisello, D.
• Bizjak, I.
• Blair, R.E.
• Blocker, C.
• Blumenfeld, B.
• Bocci, A.
• Bodek, A.
• Boisvert, V.
• Bolla, G.
• Bortoletto, D.
• Boudreau, J.
• Boveia, A.
• Brau, B.
• Bridgeman, A.
• Brigliadori, L.
• Bromberg, C.
• Brubaker, E.
• Budagov, J.
• Budd, H.S.
• Budd, S.
• Burke, S.
• Burkett, K.
• Busettow, G.
• Bussey, P.
• Buzatu, A.
• L. Byrum, K.
• Cabreras, S.
• Calancha, C.
• Campanelli, M.
• Campbell, M.
• Canelli, F.
• Canepa, A.
• Carls, B.
• Carlsmith, D.
• Carosi, R.
• Carrillol, S.
• Carron, S.
• Casal, B.
• Casarsa, M.
• Castro, A.
• Catastini, P.
• Cauz, D.
• Cavaliere, V.
• Cavalli-Sforza, M.
• Cerri, A.
• Cerritom, L.
• Chang, S.H.
• Chen, Y.C.
• Chertok, M.
• Chiarelli, G.
• Chlachidze, G.
• Chlebana, F.
• Cho, K.
• Chokheli, D.
• Chou, J.P.
• Choudalakis, G.
• Chuang, S.H.
• Chung, K.
• Chung, W.H.
• Chung, Y.S.
• Chwalek, T.
• Ciobanu, C.I.
• Ciocciy, M.A.
• Clark, A.

Titel

First Measurement of the t anti-t Differential Cross Section d sigma/dM(t anti-t) in p anti-p Collisions at s(1/2)=1.96-TeV

Ist Teil von

• Physical review letters, 2009, Vol.102

Ort / Verlag

American Physical Society

Erscheinungsjahr

2009

Quelle

PROLA - Physical Review Online Archive

Beschreibungen/Notizen

• We present a measurement of the \ttbar differential cross section with respect to the \ttbar invariant mass, dSigma/dMttbar, in \ppbar collisions at s=1.96\sqrt{s}=1.96s​=1.96 TeV using an integrated luminosity of 2.7\invfb collected by the CDF II experiment. The \ttbar invariant mass spectrum is sensitive to a variety of exotic particles decaying into \ttbar pairs. The result is consistent with the standard model expectation, as modeled by \texttt{PYTHIA} with \texttt{CTEQ5L} parton distribution functions.