Showing papers by "Matt Visser published in 1986"
TL;DR: A scenario in which feeble intermediate-range forces emerge as an effect resulting from the compactification of a five-dimensional model is developed, suggesting that deviations from the standard gravitational force may be interpreted as evidence for higher dimensions.
Abstract: We develop a scenario in which feeble intermediate-range forces emerge as an effect resulting from the compactification (a-italic-grave-accent l-italica-italic Kaluza-Klein) of a five-dimensional model. It is conjectured that this general strategy will prove applicable to more realistic multidimensional theories such as the ten-dimensional superstring. We speculate that deviations from the standard gravitational force: similar to the ones reported recently as a ''fifth force'': may be interpreted as evidence for higher dimensions.
36 citations
01 Sep 1986
TL;DR: In this article, the authors present an indexed guide to experimental high energy physics literature for the years 1977 through 1985 while no actual data are included, approximately 9000 papers are indexed by Beam/Target/Momentum, Reaction/Momentsum, Particle, and Accelerator/Detector All indices are cross-referenced via an ID to the paper's title and references in the ID/Reference/Title Index.
Abstract: We present an indexed guide to experimental high energy physics literature for the years 1977 through 1985 While no actual data are included, approximately 9000 papers are indexed by Beam/Target/Momentum, Reaction/Momentum (including the final state), Particle, and Accelerator/Detector All indices are cross-referenced via an ID to the paper's title and references in the ID/Reference/Title Index Black marks (bleeder tabs) at the side of the page enable each section to be located quickly, using the Table of Contents on the back cover The information presented in this guide is also publicly available on a regularly updated SLAC-SPIRES database called DATAGUIDE
1 citations
TL;DR: In this article, the tree-level masses in N = 1 supergravity coupled to gauged chiral matter are considered and an approximate spectrum is derived, assuming only that the D α terms vanish at the mimimum.