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1361
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1362
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1363
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1364“…Pre-big bang cosmology predicts tiny first-order dilaton and metric perturbations at very large scales. Here we discuss the possibility that other -- more copiously generated -- perturbations may act, at second order, as scalar seeds of large-scale structure and CMB anisotropies. …”
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1365“…The same algorithm is also used to estimate the impedance of a beam screen in a much larger machine, a Future Large Hadron Collider FLHC, where the penetration factor method would give incorrect results.…”
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1366“…The Large Hadron Collider (LHC), currently under construction at CERN, will make use of superconducting magnets operating in superfluid helium below 2 K. …”
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1367
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1368“…We study large N SU(N) Yang-Mills theory in three and four dimensions using a one-parameter family of supergravity models which originate from non-extremal rotating D-branes. …”
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1369
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1370“…The second mechanism takes advantage of the large {\it infrared} desert: the space in the extra dimensions. …”
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1371por Afanasiev, S V, Alber, T, Appelshäuser, H, Bächler, J, Barna, D, Barnby, L S, Bartke, Jerzy, Barton, R A, Betev, L, Bialkowska, H, Bieser, F, Billmeier, A, Blyth, C O, Böck, R K, Bormann, C, Bracinik, J, Brady, F P, Brockmann, R, Brun, R, Buncic, P, Caines, H L, Cebra, D, Cooper, G E, Cramer, J G, Csató, P, Cyprian, M, Dunn, J, Eckardt, V, Eckhardt, F, Empl, T, Eschke, J, Ferguson, M I, Fessler, H, Fischer, H G, Flierl, D, Fodor, Z, Frankenfeld, Ulrich, Foka, P Y, Freund, P, Friese, V, Ftácnik, J, Fuchs, M, Gabler, F, Gál, J, Ganz, R E, Gazdzicki, M, Gladysz-Dziadus, E, Grebieszkow, J, Günther, J, Harris, J W, Hegyi, S, Henkel, T, Hill, L A, Hlinka, V, Huang, I, Hümmler, H, Igo, G, Irmscher, D, Ivanov, M, Janik, R, Jacobs, P, Jones, P G, Kadija, K, Kolesnikov, V I, Kowalski, M, Lasiuk, B, Lévai, Peter, Liebicher, K, Lynen, U, Malakhov, A I, Margetis, S, Markert, C, Marks, C, Mayes, B W, Melkumov, G L, Mock, A, Molnár, J, Nelson, J M, Oldenburg, M, Odyniec, Grazyna Janina, Pálla, G, Panagiotou, A D, Pestov, Yu N, Petridis, A, Pikna, M, Pimpl, W, Pinsky, L, Piper, A, Porter, R J, Poskanzer, A M, Poziombka, S, Prindle, D J, Pühlhofer, F, Rauch, W, Reid, J G, Renfordt, R E, Retyk, W, Ritter, H G, Röhrich, D, Roland, C, Roland, G, Rudolph, H, Rybicki, A, Sammer, T, Sandoval, A, Sann, H, Schäfer, E, Schmidt, R, Schmischke, D, Schmitz, N, Schönfelder, S, Semenov, A Yu, Seyboth, J, Seyboth, P, Seyerlein, J, Siklér, F, Sitár, B, Skrzypczak, E, Squier, G T A, Stelzer, H, Stock, Reinhard, Strmen, P, Ströbele, H, Struck, C, Susa, T, Szarka, I, Szentpétery, I, Szymanski, P, Sziklai, J, Toy, M, Trainor, T A, Trentalange, S, Ullrich, T S, Vassiliou, Maria, Veres, G I, Vesztergombi, G, Vranic, D, Wang, F, Weerasundara, D D, Wenig, S, Whitten, C, Wieman, H H, Wienold, T, Wood, L, Yates, T A, Zimányi, J, Zhu, X Z, Zybert, R“…The main components are 4 large volume TPCs for tracking and particle identification via $dE/dx$. …”
Publicado 1999
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1372“…The realization of low (TeV) scale strings usually requires the existence of large (TeV) extra dimensions where gauge bosons live. …”
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1373
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1374
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1375
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1376
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1377“…Our 9 cm2 cells, made with glass and metal electrodes that form accurately spaced gaps of a few hundred micrometers, are operated at atmospheric pressure in non-flammable gases and can be economically produced in large quantities, opening perspectives for the construction of large area time of flight systems.…”
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1378
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1379
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1380