66 research outputs found
Linda Williams Collection - Accession 1751
The Linda Williams Collection primarily includes memorabilia featuring the art work of Vernon Grant collected by author, educator, and school administrator Linda Driggers Williams (Winthrop Class of 1964, ‘69, ‘82). Contents of the collection includes items such as posters, Come See Me buttons, Christmas cards, magazines, and advertisements. There are many toys featuring the illustrations of Vernon Grant as well. For example, there is a xylophone, a record player, pick-up-stix set, and paper dolls. Also included is a Hershey’s mascot doll, plate, and mug; a Rice Krispies bowl, mug, and plate; and a Rice Krispies jigsaw puzzle. There are also copies of Linda Williams’ book on Vernon Grant as well as letters of correspondence concerning its creation and copyright permissions. Other material included in the collection includes some political t-shirts, Linda William’s Do’s and Don’ts of Etiquette book, and some personal correspondence.https://digitalcommons.winthrop.edu/manuscriptcollection_findingaids/2776/thumbnail.jp
Supersymmetry discovery potential of the LHC at 10 and 14 TeV without and with missing
We examine the supersymmetry (SUSY) reach of the CERN LHC operating at
and 14 TeV within the framework of the minimal supergravity
model. We improve upon previous reach projections by incorporating updated
background calculations including a variety of Standard Model (SM)
processes. We show that SUSY discovery is possible even before the detectors
are understood well enough to utilize either or electrons in
the signal. We evaluate the early SUSY reach of the LHC at TeV by
examining multi-muon plus jets and also dijet events with {\it no}
missing cuts and show that the greatest reach in terms of
occurs in the dijet channel. The reach in multi-muons is slightly smaller in
, but extends to higher values of . We find that an observable
multi-muon signal will first appear in the opposite-sign dimuon channel, but as
the integrated luminosity increases the relatively background-free but
rate-limited same-sign dimuon, and ultimately the trimuon channel yield the
highest reach. We show characteristic distributions in these channels that
serve to distinguish the signal from the SM background, and also help to
corroborate its SUSY origin. We then evaluate the LHC reach in various
no-lepton and multi-lepton plus jets channels {\it including} missing
cuts for and 14 TeV, and plot the reach for integrated
luminosities ranging up to 3000 fb at the SLHC. For TeV,
the LHC reach extends to and 2.9 TeV for
and integrated luminosities of 10, 100, 1000 and
3000 fb, respectively. For TeV, the LHC reach for the same
integrated luminosities is to m_{gluino}=2.4,\3.1, 3.7 and 4.0 TeV.Comment: 34 pages, 25 figures. Revised projections for the SUSY reach for
ab^-1 integrated luminosities, with minor corrections of references and text.
2 figures added. To appear in JHE
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