In contrast to the first decade of this century—called by some “The Decade of Excess,” this
next decade could be the “Decade of Due Diligence.” Typically, families and their offices seek …

Hidden valleys, hidden sectors with multi-particle dynamics and a mass gap, can produce
striking and unusual final states at the LHC. Unparticle models, hidden-sectors with conformal …

In this paper the connection between standard perturbation theory techniques and the new
Bern-Kosower calculational rules for gauge theory is clarified. For one-loop effective actions …

… P in the 16. Since the spinor representation is chiral, we cannot write a mass term for P, but
… Spin group; in Spin(10) language, P may become massive by coupling to a vector which …

A hidden valley sector may havea profound impact on the classic phenomenology of
supersymmetry. This occurs if the LSP lies in the valley sector. In addition to reducing the standard …

… The rather frequent use of P-sharp and C-sharp, and, occasionally E-flat, in this composition
heightened the harmonic interest of the second setting in Octavi Toni; this composition, in …

… (In the J\f = 4 case we can identify p as equal to the gauge coupling i/r, but in a more … 0
but irrelevant at A ^ 0, p is marginal at p = 0, and remains marginal for any value of p. Thus …

… dominant r is such that the exponential varies on the string scale p … where this duality is
useful, R ¿ p a0 and so the variation of F in the … p a0 , but for completeness we note that for m …

We calculate the frequency-dependent mobility of a classical Brownian particle moving in a
periodic potential. The problem is solved by applying a generalized version of Mori's …

… If p < n is the number of linearly independent fl-functions, then fli = 0 imposes only p … solution
space will generically have dimension n - p. Translation within an extended space of fixed …