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North Hall, Illinois Institute of Technology
71 East 32nd Street, Chicago, Illinois
Robert F. Carr Memorial Chapel of St. Savior
65 East 32nd Street. Chicago, Illinois
Harold Leonard Stuart Building, Illinois Institute of Technology
10 West 31st Street, Chicago, Illinois
Arthur Keating Hall, Illinois Institute of Technology
3040 South Wabash Avenue, Chicago, Illinois
Arthur Keating Hall, Illinois Institute of Technology
3040 South Wabash Avenue, Chicago, Illinois
Graduate Hall, Illinois Institute of Technology
70 East 33rd Street, Chicago, Illinois
Cunningham Hall, Illinois Institute of Technology
3100 South Michigan Avenue, Chicago, Illinois
John T. Rettaliata Engineering Center, Illinois Institute of Technology
10 West 32nd Street, Chicago, Illinois
Heating Plant, Illinois Institute of Technology
3430 South Federal Street, Chicago, Illinois
Life Sciences Building, Illinois Institute of Technology
3105 South Dearborn Street, Chicago, Illinois
Perlstein Hall
10 West 33rd Street, Chicago, Illinois
Heating Plant, Illinois Institute of Technology
3430 South Federal Street, Chicago, Illinois
Automating Academic Audit (Fall 1999) IPRO???: Automating_Academic_Audit_IPRO%3F%3F%3F_Fall1999_Final_Presentation
The objective of this IPRO is to improve the academic audit process for educational services, faculty and students., Sponsorship: IIT Internal R&D, Project Plan for IPRO : Automating Academic Audit for the Fall 1999 semester
Particle production at large momentum transfer
Diffractive particle production in ep collisions and coherent pp interactions is studied assuming that the color singlet t channel exchange carries large momentum transfer. The differential and total cross sections for vector meson and photon production are calculated using the non-forward solution of the LO and NLO BFKL equation at high energy and large momentum transfer and the predictions are compared with the DESY HERA data. Moreover, we estimate the rapidity distributions and total cross section for the J/Ψ and ρ production in coherent pp interactions at LHC energies. We predict large rates, which implies that the experimental identification can be feasible at the LHC., Sponsorship: IIT College of Science, High Energy Physics Division of Argonne National Laboratory
Color reconnection and its effects on precise measurements at the LHC
There is experimental evidence for the occurrence of color reconnection, but the mechanisms involved are far from understood. Previous reconnection studies are briefly summarized, and some potential implications for LHC physics are outlined., Sponsorship: IIT College of Science, High Energy Physics Division of Argonne National Laboratory
Parton distributions and event generators
We present the implementation within the Pythia8 event generator of a set of parton distributions based on NNPDF methodology. We construct a set of leading-order parton distributions with QED corrections, NNPDF2.3QED LO set, based on the same data as the previous NNPDF2.3 NLO and NNLO PDF sets. We compare this PDF set to its higher-order counterparts, we discuss its implementation as an internal set in Pythia8, and we use it to study some of the phenomenological implications of photon-initiated contributions for dilepton production at hadron colliders., Sponsorship: IIT College of Science, High Energy Physics Division of Argonne National Laboratory
Inclusive measurements at HERA from low to high x
New inclusive Deep Inelastic Scattering (DIS) measurements are presented, obtained with the H1 and ZEUS detectors at HERA. The results comprise (flavour) inclusive DIS cross sections as well as inclusive charm production. In the area of inclusive DIS, both H1 and ZEUS completed last year their high Q2 Neutral and Charged current measurements exploiting the large statistics from the HERA II running period. For inclusive charm production, H1 and ZEUS published a combination of numerous existing measurements based on various tagging methods. Among other things a precise determination of the running charm quark mass mc(mc) was obtained from the combined data., Sponsorship: IIT College of Science, High Energy Physics Division of Argonne National Laboratory
Polarised Drell-Yan physics at COMPASS
The COMPASS experiment at CERN is one of the leading experiments studying the spin structure of the nucleon. Until now, the Parton Distribution Functions (PDFs) and the Transverse Momentum Dependent Parton Distribution Functions (TMD PDFs) of protons and deuterons have been studied in Semi-Inclusive Deep Inelastic Scattering (SIDIS) measurements. The polarised Drell-Yan (DY) process is a complementary way to access the TMD PDFs, as it allows us to measure convolutions of only PDFs without involving fragmentation functions (FFs). COMPASS aims to perform the first ever polarised DY experiment in the world, which is foreseen to start in late 2014. By detecting dimuons from DY events we will be able to extract azimuthal spin asymmetries, each containing a convolution of two TMD PDFs, one from a negative pion beam with a momentum of 190 GeV/c and the other one from a transversely polarised proton target (NH₃). After their disentangling we can access four of the eight TMD PDFs needed to describe the nucleon structure at leading twist, like the Sivers and the Boer-Mulders functions. The opportunity to study, in the same experiment, the TMD PDFs from both SIDIS and DY processes is unique at COMPASS. Therefore, we are in privileged conditions to confirm or to deny the expected sign change in Sivers and Boer-Mulders functions when accessed via DY or SIDIS processes. An overview of the preparation and future measurements of the polarised DY experiment will be provided., Sponsorship: IIT College of Science, High Energy Physics Division of Argonne National Laboratory
Study of pp interactions at high multiplicity at U-70
The E190 Experiment is aimed at the search for collective phenomena in a quark-gluon system and a hadron system. It is carried out at U-70 in IHEP, Protvino. The evidence of Bose-Einstein condensation of pions has been confirmed with a twofold increasing of sampling at a level of 7 standard deviations. We study soft photon (smaller than 60 MeV) yield by using of an electromagnetic calorimeter with low energy threshold. In the gluon dominance model we explain multiparticle production by the active gluons. In this model the estimation of the contribution of charge exchange has been obtained., Sponsorship: IIT College of Science, High Energy Physics Division of Argonne National Laboratory
The Tevatron energy scan: Findings & surprises
At CDF we study charged particle production (pT > 0.5 GeV/c, |η| < 0.8) in proton-antiproton collisions at 300 GeV, 900 GeV, and 1.96 TeV. The 300 GeV and 900 GeV data are a result of the “Tevatron Energy Scan” which was performed just before the Tevatron was shut down. We use the direction of the leading charged particle in each event, PTmax, to define three regions of η-φ space; “toward,” “away,” and “transverse.” The “trans- verse” region is further divided into the “transMAX” and “transMIN” con- tributions. The “transMIN” region is very sensitive to the multiple parton interaction component (MPI) of the “underlying event,” while the “trans-DIF” (“transMAX” minus “transMIN”) is very sensitive to the initial and final-state radiation. This CDF analysis together with LHC data provides a detailed study the energy dependence of the various components of the “underlying event” in hadronic collisions., Sponsorship: IIT College of Science, High Energy Physics Division of Argonne National Laboratory

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