Event calendar file
8-13 March 2006
Indian Institute of Science
Europe/Zurich timezone
- lcws06@tifr.res.in
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202
Presented by Tim BARKLOW
on
11 Mar 2006
at
10:00
We conducted a series of beam tests of prototype TPCs at the KEK PS using GEMs or
microMEGAS as a detection device. The prototypes were operated successfully under a
magnetic field of up to 1 tesla. Experimental results, such as pad response and
spatial resolution as functions of drift distance, are presented with a special
emphasis upon comparison to the expectations from an analytical calcul
... More
Presented by Makoto KOBAYASHI
on
12 Mar 2006
at
15:10
This talk describes a calorimeter concept that will use cherenkov radiator plates to
partially replace the metal plates in a conventional ILC hadron calorimeter design.
The cherekov radiator will have fine segmentations and will be readout by SiPMs.
Energy and spatial information of the electromagnetic components in hadron showers
can be measured. Combined with information from thin plastic sc
... More
Presented by Dr. Zhao ZHAO
on
12 Mar 2006
at
11:36
Presented by Prof. James BRAU
on
10 Mar 2006
at
10:12
We examine the resolving power of an e-gamma collider in the context of HWW vertices.
This has the advantage over an e+e- collider in being able to dissociate them from
any deviations in the ZHH vertex. We construct several dynamical variables which may
be used to constrain various possible form factors in the HWW vertex.
Presented by Mamta DAHIYA
on
12 Mar 2006
at
15:00
Type: Oral
Session:
Gamma-gamma, e-gamma and e-e- Physics and Technology
Track: Gamma-Gamma e-Gamma e-e- Physics and Technology
We study the sensitivity of testing the anomalous gauge couplings (g_HVV) of the
Higgs boson in the formulation of linearly realized gauge symmetry via the processes
gamma gamma to ZZ and gamma gamma to WWWW at polarized and unpolarized photon
colliders based on e+e- linear colliders of c.m.energies 500 GeV, 1 TeV, and 3 TeV.
Signals beyond the standard model (SM) and SM backgrounds are care
... More
Presented by Dr. Bin ZANG
on
12 Mar 2006
at
11:40
Doubly charged scalars, predicted in many models having exotic Higgs representations,
can in general have lepton-number violating (LFV) couplings. The basis of most
searches for this charged scalar has been to look for its direct production and its
subsequent decay to like-sign final state leptons. In this work we show that by using
an associated monoenergetic final state photon seen at a futu
... More
Presented by Dr. SANTOSH RAI
on
12 Mar 2006
at
14:40
Presented by Uladzimir DRUHAKOU
on
12 Mar 2006
at
10:00
Presented by George MAVROMANOLAKIS
on
10 Mar 2006
at
09:36
Presented by Goetz GAYCKEN
on
10 Mar 2006
at
09:18
Presented by Felix SEFKOW
on
10 Mar 2006
at
11:00
Presented by Jaroslav CVACH
on
10 Mar 2006
at
11:18
The talk will present recent progress in the design and characterisation of CMOS
pixel sensors at LBNL. The talk will report results of lab tests, beam tests and
radiation hardness tests carried out at LBNL on a test structure with pixel of
various sizes.
We will also report the first preliminary results of a detailed characterisation of
backthinned CMOS pixel sensors and discuss future activ
... More
Presented by Devis CONTARATO
on
10 Mar 2006
at
09:25
A calorimeter energy calibration method has been developed for ILC detectors. The
method uses the center mass energy of the accelerator as a constraint. It was shown
that using the energy conservation law it is possible to do an ECAL and HCAL cross
calibration in a way to reach a good energy resolution for the simple calorimeter hit
energy sum.
The Application of this method in LDC detect
... More
Presented by Dr. Vasiliy MORGUNOV
on
13 Mar 2006
at
09:40
This talk will briefly review the physics motivation for developing high resolution
calorimetry for ILC detectors. Electromagnetic and hadronic calorimeter designs will
be described with details of recent and projected prototype modules and beam tests.
Presented by Andrew WHITE
on
9 Mar 2006
at
14:45
Presented by Goetz GAYCKEN
on
13 Mar 2006
at
15:15
The Minimal Supersymmetric Extension of the Standard Model (MSSM) predicts the
existence of new charged and neutral Higgs bosons. The pair creation of these new
particles at the multi-TeV e+e- Compact Linear Collider (CLIC), followed by decay
cascades into Standard Model particles, were simulated along with the corresponding
background. Beam-beam effects such as ISR, beamstrahlung and hadronic
... More
Presented by Dr. Arnaud FERRARI
on
13 Mar 2006
at
09:20
The design and expected performance of tungsten - silicon "nose cone" calorimeters
for the upgrade of the Phenix experiment at BNL will be described. The calorimeters
will provide precision measurements of individual electromagnetic showers, aid in
gamma / pi0 / eta / hadron identification, and aid in jet finding, jet energy, and
impact position measurements. Two photon separation is exp
... More
Presented by Dr. William COOPER
on
12 Mar 2006
at
12:12
The performances of the MT3-TPC prototype (Multi-Technology Test TPC) had been
studied using different gas amplification devices. The resolution is reconsidered
under various conditions and compared to parametrized simulation.
Presented by Akira SUGIYAMA
on
12 Mar 2006
at
14:25
Type: Oral
Session:
Data Acquisition and Global Detector Network
Track: Data Acquistion and Global Detector Network
Reports for all 4 concepts: GLD, SiD, LDC, 4th
Presented by Mr. Patrick LE DU, Hiroyuki MATSUNAGA, Usha MALLIK, Gunter ECKERLIN, Dr. Sorina POPESCU
on
11 Mar 2006
at
09:35
Type: Oral
Session:
Data Acquisition and Global Detector Network
Track: Data Acquistion and Global Detector Network
Do we need it? What are the implications? How to implement it?
Presented by Mr. Patrick LE DU, G. Fisk
on
13 Mar 2006
at
09:15
Presented by Mr. Patrick LE DU, Patrick LE DU
on
13 Mar 2006
at
15:35
Presented by Mark OREGLIA
on
13 Mar 2006
at
14:40
Discussion on the DCR Electroweak and BSM
Presented by Klaus MONIG
on
12 Mar 2006
at
11:50
Discussion on DCR on Higgs Physics
Presented by Alexei RASPEREZA
on
12 Mar 2006
at
11:00
Presented by Abdelhak DJOUADI
on
9 Mar 2006
at
14:30
Presented by Abdel-hak DJOUADI, Klaus MOENIG, M. YAMAGUCHI, Mark OREGLIA, Joe LYKKEN, John JAROS, Akiya MIYAMOTO, Ties BEHNKE, Chris DAMERELL
on
12 Mar 2006
at
16:30
DCR SUSY section will be discussed
Presented by Abdelhak DJOUADI
on
12 Mar 2006
at
11:25
Presented by Julien FLEURY
on
10 Mar 2006
at
09:54
We present a study of various SUSY scenarios in which the lightest supersyummertric
particle (LSP) is the gravitino and the next-to-lightest supersymmetric particle
(NLSP) is a metastable stau with lifetimes ranging from seconds up to several years.
At the ILC such heavy stau's are copiously produced either directly or through
cascade decays. A proper choice of the cms energy allows one to sto
... More
Presented by Felix SEFKOW
on
11 Mar 2006
at
11:20
Presented by Hwanbae PARK
on
10 Mar 2006
at
14:00
The LDC (Large Detector Concept) is one of several concepts for a proposed detector
at the International Linear Collider. The LDC is characterized by a tracking system
with a large volume TPC and a powerful SI tracking component, and a calorimeter
optimiszed for particle flow. In the design particular emphasis has been put on a
detector which is very robust and highly efficient. In this talk
... More
Presented by Ties BEHNKE
on
10 Mar 2006
at
14:30
The Silicon Detector Concept stresses silicon/tungsten electromagnetic calorimetry;
compact, high precision, and low mass silicon tracking; pixel vertex detection with
forward disks; 5 Tesla solenoidal coil; and highly segmented hadron calorimetry and
muon identification. Physics requirements, the ILC environment, and costs drive the
design. The high magnetic field offers unsurpassed momentum
... More
Presented by John JAROS
on
10 Mar 2006
at
15:00
The 4th Concept detector consists of four detector systems, a small-pixel vertex
detector, a high-resolution TPC, a new multiple-readout fiber calorimeter and a new
dual-solenoid iron-free muon system. We will discuss the design of a comprehension
facility that measures and identifies all partons of the standard model, including
hadronic W and Z decays, with high precision and high effici
... More
Presented by John HAUPTMAN
on
10 Mar 2006
at
15:30
Presented by Satoru YAMASHITA
on
9 Mar 2006
at
16:50
If the cosmic dark matter consists of weakly interacting massive particles, these
particles should be produced in reactions at the next generation of high energy
accelerators. Measurements at these accelerators can then be used to determine the
microscopic properties of the dark matter. From this, we can predict the cosmic
density, the annihilation cross sections, and the cross sections releva
... More
Presented by JoAnne HEWETT
on
10 Mar 2006
at
09:20
In order to establish supersymmetry at future colliders, it is not sufficient to
discover new particles, but the identity of gauge couplings and the corresponding
Yukawa couplings between gauginos, sfermions and fermions needs to be verified. In
detailed studies it was found that the SUSY-Yukawa couplings of the electroweak
sector can be studied with great precision at the ILC, but a similar a
... More
Presented by Dr. Ayres FREITAS
on
11 Mar 2006
at
10:00
Recent achievements with CMOS sensors of the MIMOSA series will be reported,
including test results of prototypes featuring radiation tolerant pixels operated at
room temperature, fast read-out architectures with integrated signal discrimination,
etc. Work in progress and plans for 2006 will be outlined.
Presented by Marc WINTER
on
10 Mar 2006
at
10:05
Presented by Laci ANDRICEK
on
10 Mar 2006
at
09:00
MPPC is the new type photon sensor of semiconductor, which is under development with
Hamamatu Photonics company. It consits of handreds of small pixels in a sensor. Each
pixel acts as a digital device to a photon. The MPPC is supposed to be used plastic
scintillator calorimeter with Tungsten absorber. The development situation is reported.
Presented by Prof. Tohru TAKESHITA
on
10 Mar 2006
at
09:00
Results and simulations of a TPC with an endplate with a Micromegas or a GEM
amplification followed by a readout by a VLSI CMOS chip Medipix2 will be presented.
The steps in progress towards the realisation of a sizeable prototype, within the
EUDET program, will be presented: improvement of the protection against breakdown,
integration of the Micromegas grid onto the wafer (InGrid), and design
... More
Presented by Paul COLAS
on
13 Mar 2006
at
11:25
We present the status of DigiSim, a package designed for parametric simulation of the
conversion of (GEANT4) energy deposits into digitally stored "hits", specifically for
the ILC detector(s). DigiSim is well integrated to two of the most widely used
reconstruction frameworks for the ILC, namely org.lcsim/java and Marlin/C++. Simple
implementations exist for the most common processes, such a
... More
Presented by Vishnu ZUTSHI
on
11 Mar 2006
at
09:20
Type: Oral
Track: Calorimetry and Muons
The method and results of the direct readout of the Hadron Calorimeter
Scintillation Tiles by Silicon Photomultiplier will be presented. First results of
mathematical simulation of the scintillator tile with silicon photomultiplier on
base Geant4.
The prelimenary results of the cosmic signal with scintillator tile 3x3 cm and 5 mm
thickness and Silicon photomultiplier with area 1x1 mm was
... More
Presented by Valeri SAVELIEV
Type: Oral
Session:
New Physics at TeV Scale and Precision Electroweak
Track: New Physics at TeV Scale & Electroweak Precision Test
on
10 Mar 2006
at
09:50
Presented by Markiewicz, T.
on
11 Mar 2006
at
10:00
on
11 Mar 2006
at
11:40
on
10 Mar 2006
at
10:10
Presented by Karsten BUESSER
on
11 Mar 2006
at
10:30
on
10 Mar 2006
at
12:05
Presented by Klaus MONIG
on
11 Mar 2006
at
11:00
on
13 Mar 2006
at
12:15
Type: Oral
Session:
New Physics at TeV Scale and Precision Electroweak
Track: New Physics at TeV Scale & Electroweak Precision Test
Numerous non-standard dynamics are described by contact-like effective interactions
that can manifest themselves only through deviations of the cross sections from the
Standard Model predictions. If one such deviation were observed, it should be
important to definitely identify, to a given confidence level, the actual source
among the possible non-standard interactions that in principle can ex
... More
Presented by Alexander PANKOV
on
12 Mar 2006
at
14:45
Presented by Philip BURROWS
on
9 Mar 2006
at
12:30
Presented by Katsumasa IKEMATSU
on
12 Mar 2006
at
09:40
Presented by KEN PEACH
on
9 Mar 2006
at
12:15
Type: Oral
Session:
Data Acquisition and Global Detector Network
Track: Data Acquistion and Global Detector Network
Event selection strategies. How to separate the difficult physics
channels from background.
Presented by Klaus MONIG, Z. Zhang
on
13 Mar 2006
at
09:00
Type: Oral
Session:
New Physics at TeV Scale and Precision Electroweak
Track: New Physics at TeV Scale & Electroweak Precision Test
The production of a charged lepton ($\ell = e,\mu$) pair with a large missing energy
at a linear collider is discussed as a means of distinguishing the minimal
supersymmetry (MSSM) scenario from that with large extra dimensions (ADD) for
parameter ranges where the total cross-sections are comparable for both. Analyses in
terms of event shape variables, specifically sphericity and thrust, are s
... More
Presented by Prof. Probir ROY
on
12 Mar 2006
at
15:10
Presented by Aldo PENZO
on
11 Mar 2006
at
11:46
Presented by Klaus DESCH
on
9 Mar 2006
at
10:25
The quantitative impact of NLO-QCD corrections for searches of large and
warped extra dimensions at hadron colliders is investigated for the
Drell-Yan process. The K-factor for various distributions at hadron
colliders are presented. Factorisation/renormalisation scale dependence
and uncertainties due to various parton distribution functions of these
distributions are studied.
Presented by Prof. Prakash MATHEWS
on
12 Mar 2006
at
09:00
Presented by Roberto PETRONZIO
on
9 Mar 2006
at
12:00
Presented by Mr. Marcel DEMARTEAU, Marcel DEMARTEAU
on
12 Mar 2006
at
09:00
In the Very Forward Region of the detectors for the International Linear Collider two
subsystems will be situated: LumiCal and BeamCal. These detectors cover a polar angle
range from 82 mrad down to a 4 mrad. LumiCal and BeamCal give the possibility of the
detection of single high energetic particles in their coverage region. Despite this a
precise measurement of the total luminosity will be
... More
Presented by Dr. Christian GRAH
on
12 Mar 2006
at
09:30
Type: Oral
Session:
Gamma-gamma, e-gamma and e-e- Physics and Technology
Track: Gamma-Gamma e-Gamma e-e- Physics and Technology
We discuss how the CP quantum numbers of a neutral Higgs boson may be probed using
fermion polarization at a photon collider. To this aim we construct polarization
asymmetries which can isolate the contribution of a Higgs boson phi in gamma gamma
-> f fbar, f = tau/t, from that due to the QED continuum. This can help in getting
information on the gamma-gamma-phi coupling in case phi is a C
... More
Presented by Mr. Ritesh SINGH
on
12 Mar 2006
at
11:00
FeynHiggs is a program for computing MSSM Higgs-boson masses and related observables,
such as mixing angles, branching ratios, couplings and production cross sections,
including state-of-the-art higher-order contributions (also for the case of explicit
CP-violation). The centerpiece is a Fortran library for use with Fortran and C/C++.
Alternatively, FeynHiggs has a command-line, Mathematica, a
... More
Presented by Dr. Sven HEINEMEYER
on
10 Mar 2006
at
11:20
Presented by Grahame BLAIR
on
12 Mar 2006
at
14:55
The code to fit parameters of reconstructed tracks using weight matrix of
measurements and solving system of equations to minimize chi square of the track
residuals was ported from hep.lcd package to org.lcsim package. The performance of
the fitter is reported.
Presented by Dr. Nikolai SINEV
on
11 Mar 2006
at
09:40
The tracking in the forward region of an ILC detector is reviewed. The needs for
forward tracking are discussed and possible designs and their performance are shown.
Presented by Klaus MONIG
on
9 Mar 2006
at
15:05
on
8 Mar 2006
at
14:00
Presented by William WILLIS
on
10 Mar 2006
at
16:55
Presented by Kaoru YOKOYA
on
11 Mar 2006
at
16:30
The development and accomplishments of the GDE will be reviewed. In particular, the
baseline configuration will be discussed, as well as efforts getting underway to
develop a reference design and cost.
Presented by Barry BARISH
on
9 Mar 2006
at
09:15
Type: Oral
Session:
Data Acquisition and Global Detector Network
Track: Data Acquistion and Global Detector Network
Presented by Hiroyuki MATSUNAGA
We explore the predictions for the total hadronic gamma
gamma cross-sections in a mini-jet model, which
includes the effect of soft-gluon resummation. The
non-perturbative parameters in the model are determined
from the values obtained in a good fit to the pp
and proton-antiproton data and the Vector Meson
Dominance Model. Recently we studied dependence of
the parameters for th
... More
Presented by Rohini GODBOLE
on
11 Mar 2006
at
11:40
Presented by Dr. Alex FINCH
on
13 Mar 2006
at
16:45
Presented by Andrew WHITE
on
11 Mar 2006
at
11:00
Type: Oral
Session:
Gamma-gamma, e-gamma and e-e- Physics and Technology
Track: Gamma-Gamma e-Gamma e-e- Physics and Technology
Measurement of the heavy neutral MSSM Higgs bosons H and A at the Photon Collider is
considered for the parameter range corresponding to the so-called "LHC wedge". The
main background for the measured process, gamma+gamma->A,H->b+bbar, is due to the
direct heavy-quark production, gamma+gamma->Q+Qbar. Here assumptions and results of
two analyses which take into account NLO QCD corrections to th
... More
Presented by Prof. Maria KRAWCZYK
on
12 Mar 2006
at
12:00
Search for the Higgs boson is the principal motivation of the LHC experiments.
Potential of discovery will be presented from simulation studies by both CMS and
ATLAS collaborations in the context of beyond Standard Model scenarios. We shall also
discuss the relevant experimental issues.
Presented by Prof. Kajari MAZUMDAR
on
10 Mar 2006
at
11:00
This talk presents the legacy of the four LEP experiments ALEPH, DELPHI, L3 and OPAL
in the field of the search for Higgs bosons which are predicted within the framework
of the Minimal Supersymmetric Standard Model (MSSM). It will focus on the search for
neutral Higgs bosons. The data of the four collaborations are statistically combined
and show no signicant excess of events which would indic
... More
Presented by Philip BECHTLE
on
13 Mar 2006
at
09:00
The latest results on searches for the Higgs boson in the standard model and minimal
extensions of the standard model from the Dzero experiment will be reported.
Presented by Mr. Marcel DEMARTEAU
on
13 Mar 2006
at
11:00
Search for the Higgs boson is the principal motivation of the LHC experiments.
Potential of discovery will be presented from simulation studies by both CMS and
ATLAS collaborations in the Standard Model scenario.
Presented by Satyaki BHATTACHARYA
on
12 Mar 2006
at
14:00
Feasibility of the measurement of the trilinear self-coupling of the Higgs boson is
studied. Double higgs strahlung as well as WW fusuion processes are under investigation.
Presented by Dr. Pascal GAY
on
10 Mar 2006
at
11:40
We investigate the double Higgs production process at the ILC, focusing on the
measurement of the trilinear self coupling of the Higgs boson in the fusion channel.
The sensitivity of this measurement is discussed in the Higgs mass range 140-200 GeV
at a center of mass energy between 1 TeV to 1.5 TeV.
Presented by Dr. Aura ROSCA
on
11 Mar 2006
at
09:40
Type: Oral
Session:
New Physics at TeV Scale and Precision Electroweak
Track: New Physics at TeV Scale & Electroweak Precision Test
Abstract not available
Presented by Tom RIZZO
on
10 Mar 2006
at
09:00
Presented by Kaoru YOKOYA
on
9 Mar 2006
at
11:45
Presented by Markiewicz, T.
on
12 Mar 2006
at
09:00
Presented by Barry BARISH, Amit ROY, Vinod SAHNI
on
9 Mar 2006
at
11:30
Presented by Grahame BLAIR
on
12 Mar 2006
at
14:40
I will have a review of our DESY/U.Hamburg team's recent ILC TPC R&D activities. In
particular, I will report the results of 2 track separatability test using UV laser.
I will also summarize our future plan including EUDET related issue concerning the
large prototype field cage construction and preparation for test beam.
Presented by Katsumasa IKEMATSU
on
13 Mar 2006
at
11:00
Presented by Toshiaki TAUCHI
on
10 Mar 2006
at
11:20
Presented by Karsten BUESSER
on
10 Mar 2006
at
11:35
Presented by Burrows, P.
on
10 Mar 2006
at
11:50
We study the dilepton-dijet signal in the dominant Higgs production channel at a
linear e+ e- collider. We show that by taking a simple ratio between cross-sections
of two different final states different new physics scenarios can be identified. The
case of distinguishing radions from Higgs is consisdered. We also highlight the
effects of new particles in the loop contributing to the H -> gg d
... More
Presented by Dr. SANTOSH RAI
on
11 Mar 2006
at
09:00
Presented by Anil KAKODKAR
on
9 Mar 2006
at
09:05
Type: Oral
Session:
Data Acquisition and Global Detector Network
Track: Data Acquistion and Global Detector Network
Presented by Satish DHAWAN, Ray LARSEN
on
13 Mar 2006
at
09:20
In our earlier investigations of radiation damage effects in a CCD based detector we
observed that some parameters of the radiation damage related processes were very
different from the common perception. For example, trapping time of electrons by
trapping centers created by irradiation was few orders of magnitude larger than it
was believed it should be. Last year we did additional experi
... More
Presented by Dr. Nikolai SINEV
on
11 Mar 2006
at
11:25
Type: Oral
Session:
Data Acquisition and Global Detector Network
Track: Data Acquistion and Global Detector Network
Presented by Usha MALLIK
on
11 Mar 2006
at
09:00
The Linear Collider Flavour Identification (LCFI) Collaboration is developing
sensors, electronic systems and mechanical support structures necessary for the
construction of a high performance vertex detector at the ILC and investigating the
contribution such a vertex detector can make to the physics accessible at the ILC.
Extremely low mass support structures will be required for the sensor m
... More
Presented by Dr. Steve WORM
on
12 Mar 2006
at
11:25
Recent results are presented on the design and testing of silicon sensors for the ILC
vertex detector and of the associated readout electronics. The sensors discussed are
the Column Parallel Charge-Coupled Device (CPCCD) and the In-situ Storage Image
Sensor (ISIS), both of which have the potential to satisfy the requirements for
operation at the ILC. Progress with the development of the CPCCD
... More
Presented by Dr. Konstantin STEFANOV
on
11 Mar 2006
at
11:00
A vertex detector concept of the Linear Collider Flavor Identification (LCFI)
collaboration, which studies pixel detectors for heavy quark flavour identification,
has been implemented in simulations for c-quark tagging in scalar top studies. The
production and decay of scalar top quarks (stops) is particularly interesting for the
development of the vertex detector as only two c-quarks and mis
... More
Presented by Dr. Andre SOPCZAK
on
11 Mar 2006
at
12:10
Presented by Francois RICHARD
on
9 Mar 2006
at
14:00
Presented by Sunanda BANERJEE
on
12 Mar 2006
at
17:20
We present final analyis results of cosmic ray data taken with a Large-Area
Micromegas TPC by the Berkeley-Orsay-Saclay (BOS) collaboration. The TPC gas chamber
for these R&D studies was 50 cm diameter and 50 cm long and was operated with three
gas mixtures, Ar:CF4 3%, ArCH4 (P10) and Ar:Isobutane 5% in magnetic fields up to 2
tesla. A large-area, 38 cm diameter, copper Micromegas electro-mesh
... More
Presented by Michael T. RONAN
on
12 Mar 2006
at
14:00
Presented by Sudhir DIXIT
on
12 Mar 2006
at
14:10
Presented by Prof. Valery TELNOV
on
12 Mar 2006
at
09:20
Type: Oral
Track: Machine Detector Interface
Configuration of beamlines, the crossing angle, removal of disrupred beams, beamdump,
path of laser beams and required modifications of the interaction region and detector
are briefly considered.
Presented by Prof. Valery TELNOV
We investigate the possibilities of studying possible new physics in various
processes of t-quark production using the kinematical distributions of the secondary
lepton coming from decay of t-quarks. We show that the angular distributions of
secondary lepton are insensitive the anomalous tbW vertex and hence is a pure probe
of new physics in a generic process of t-quark production. The energy
... More
Presented by Mr. Ritesh SINGH
on
11 Mar 2006
at
11:20
The predictions by Standard Model (SM) of particle physics are in excellent
agreement with experiments till date. But still theoretically SM has well emphasized
problems like fine-tuning and hierarchy problem. These problems are associated with
the Higgs sector of SM. It is widely believed that some new physics will take over
from SM at TeV scale. Many such new physics models have been ext
... More
Presented by Dr. Naveen GAUR
on
12 Mar 2006
at
14:20
Type: Oral
Session:
New Physics at TeV Scale and Precision Electroweak
Track: New Physics at TeV Scale & Electroweak Precision Test
Among the viable alternatives to the
Standard Higgs Mechanism is the recently proposed Little Higgs
models. The advantage here is that the model has an elementary
light neutral scalar particle without the hierarchy problem. The model
has two heavy charged gauge bosons W_H and one heavy neutral gauge
boson, Z_H, in addition to the standard W and Z. We have
investigated the W pair production
... More
Presented by Dr. Poulose POULOSE
on
13 Mar 2006
at
11:25
We examine the possibility of detecting signals of split supersymmetry in the loop-
induced decay h --> gamma gamma of the Higgs boson at the Large Hadron Collider,
where charginos, as surviving light fermions of the supersymmetric spectrum, can
contribute in the loop. We perform a detailed study of uncertainties in various
parameters involved in the analysis, and thus the net uncertainty i
... More
Presented by Mr. Sudhir GUPTA
on
13 Mar 2006
at
12:00
We propose a model of low scale gravity mediated supersymmetry breaking in
Randall-Sundrum type warped extra dimensions. In our setup, both of the visible
sector and the hidden sector (supersymmetry breaking sector) co-exist on infrared
(IR) brane. Supersymmetry breaking is transmitted through non-renormalizable contact
interactions among visible and hidden sector fields as the same as in the
... More
Presented by Nobuchika OKADA
on
10 Mar 2006
at
11:20
Presented by Andrei SERYI
on
10 Mar 2006
at
11:00
Presented by T. OMORI
on
13 Mar 2006
at
17:00
An over view of MDI issues will be presented. Forward detectors was covered by Klauss
Moenig, and machine-specific issues will be covered by Andei Seryi in the GDE plenary
session. This talkwill focus on detector-related issues such as the DID
(detector-integrated solenoid) and detector IR design.
Presented by Hitoshi Yamamoto
on
9 Mar 2006
at
16:30
Type: Oral
Session:
Data Acquisition and Global Detector Network
Track: Data Acquistion and Global Detector Network
Idea for 100 MHz DC-DC Converter in 4 Tesla Field
Presented by Satish DHAWAN
on
11 Mar 2006
at
10:25
Type: Oral
Session:
Data Acquisition and Global Detector Network
Track: Data Acquistion and Global Detector Network
DCS for ALICE TPC
Presented by Dr. Sorina POPESCU
on
11 Mar 2006
at
10:10
Marlin is a Modular Analysis and Reconstruction framework for detector simulation
studies at the ILC. It is based on C++ and consists of software modules, called
processors, which can be accessed and parametrised easily via a simple XML-based
steering file. The native transient data format used for Marlin is LCIO.
Marlin itself provides the framework only. All more specialised modules, for
... More
Presented by Dr. Oliver WENDT
on
11 Mar 2006
at
10:00
We study effects of heavy Higgs bosons on the top-pair production process at a photon
linear collider. The interference patterns between the resonant Higgs-production
amplitudes and the continuum QED amplitudes are examined. The patterns tell us the CP
nature of the Higgs bosons. We show that the above interference patterns of the
production amplitudes can be studied by observing top decay ang
... More
Presented by Dr. Eri ASAKAWA
on
12 Mar 2006
at
11:20
The MPGD readout TPC for the ILC will have to measure ~200 track points with a
resolution close to 100 microns for all drift distances. It may be difficult to meet
the resolution target with conventional MPGD readout techniques if ~2 mm wide pads
were used as is presently envisioned. Reducing the pad width to improve resolution
could add significantly to the detector cost and complexity. The n
... More
Presented by Madhu DIXIT
on
12 Mar 2006
at
15:35
We have studied the phenomenology of a dark matter
in ILC and cosmic positron experiments based on a model independent
approach. We have found that there is a strong correlation between a
dark matter signatures in ILC and a indirect detection experiment of a
dark matter using positrons. Once the dark matter is discovered in a
cosmic positron measurement such as PAMELA, its nature will be
inv
... More
Presented by Dr. Shigeki MATSUMOTO
on
10 Mar 2006
at
09:00
The Yale/Oregon effort to develop a CMOS vertex detector sensor with single bunch
crossing time stamping will be reviewed. The R&D program is first developing a large
pixel (50 um x 50 um) sensor, with a four deep memory for each pixel, and eventually
will move to fine pixels (10 um x 10um) by changing to a smaller feature size
semiconductor process.
Presented by Prof. James BRAU
on
10 Mar 2006
at
09:45
We report the findings of a study on the efficiency and purity of muon identification
for the proposed SiD detector geometry. The study is based on simulated b-pair
events that include a muon in the decay chain. The aim of the study was to assess
the use of the highly segmented proposed hadron calorimeter in the b identification
process. The study shows that the efficiency and purity of the
... More
Presented by Dr. Eugene FISK
on
12 Mar 2006
at
11:54
We describe a completely new way to reconstruct and identify muons with high
efficiency and very high pion rejection in the 4th Concept detector. The air-volume
dual-solenoid magnetic field allows the reconstruction and precision momentum
measurement down to a few GeV (just the energy loss in the 10-interaction-length
calorimeter and the coil) and the dual-readout calorimeter provides a new,
... More
Presented by Prof. John HAUPTMAN
on
12 Mar 2006
at
11:18
Type: Oral
Track: Calorimetry and Muons
We describe the design of the co-axial dual-solenoids of the 4th concept and the
rationale for a superior (better than LEP) muon system. We show the ANSYS analysis,
muon resolutions, and expected physics performance. The dual-solenoids do not cover
the forward angular regions, so we explore the possibility of a wall of coils to
contain the magnetic field to a compact cylindrical volume and a
... More
Presented by Prof. John HAUPTMAN
Type: Oral
Session:
New Physics at TeV Scale and Precision Electroweak
Track: New Physics at TeV Scale & Electroweak Precision Test
We investigate the sources of neutrino mass generation in Little Higgs theories, by
confining ourselves to the Littlest Higgs scenario. Our conclusion is that the most
satisfactory way of incorporating neutrino masses is to include a lepton-number
violating interaction between the scalar triplet and lepton doublets. The
tree-level neutrino masses are generated by the vacuum expectation value
... More
Presented by Raghavendra SRIKANTH
on
13 Mar 2006
at
11:50
We present new correctins to Higgs boson masses and mixing angles in the MSSM with
real and complex parameters. A numerical analysis of the impact of these new
corrections is presented.
Presented by Dr. Sven HEINEMEYER
on
13 Mar 2006
at
09:40
We report the resent development on the GRACE/SUSY system. GRACE/SUSY is the computer
code which can generate Feynman diagrams in the MSSM automatically and compute 1-loop
Feynman amplitudes in the numerical way. We present a short review of the GRACE/SUSY
system. We also show new results of various 2-body decay widths and Chargino pair
production at ILC in the 1-loop level.
Presented by Yoshiaki YASUI
on
11 Mar 2006
at
09:00
I will describe a new particle flow algorithm running in the Marlin framework.
The algorithm is designed with the goal of comparing the perfomance of different
detector parameters. First results using the Mokka simulation of variants of the
LDC detector will be presented.
Presented by Dr. Mark THOMSON
on
13 Mar 2006
at
10:00
We consider a possibility that electroweak symmetry breaking (EWSB) is triggered by
both a fundamental Higgs and a composite Higgs arising in a dynamical symmetry
breaking mechanism induced by a new strong dynamics. The resulting Higgs sector is
a partially composite two-Higgs doublet model with specific boundary conditions on
the coupling and mass parameters originating at a compositeness
... More
Presented by Dr. Dong-Won JUNG
on
13 Mar 2006
at
11:40
After the Large Hadron Collider (LHC), the next step for making progress in Particle
Physics is the International Linear Collider project which will make precision
measurements, often complimentary to those from the LHC, and provide detailed insight
into the anticipated discoveries. In order to achieve the physics goals, the
detectors at the Intenational Linear Collider must have fine precisio
... More
Presented by Usha MALLIK
on
13 Mar 2006
at
11:20
The study uses a quick simulation of the GLD named QuickSim. For a better performance
of physics event study, we have checked several parameters for that purpose. The
physics event, say, e+ e- -> Z h, has been studied.
Presented by Dr. Tamaki YOSHIOKA
on
13 Mar 2006
at
09:20
Electroweak precision measurements can provide indirect information about the
possible scale of supersymmetry already at the present level of accuracy. We perform
a chi^2 fit in various SUSY scenarios including the W boson mass, the effective
leptonic weak mixing angle, the anomalous magnetic moment of the muon, the decay b ->
s gamma and the lightes MSSM Higgs boson mass, taking also into acc
... More
Presented by Dr. Sven HEINEMEYER
on
11 Mar 2006
at
09:20
We study the implications of non-universal boundary conditions for the composition
of the lightest neutralino as well as for the upper bound on its mass in
supersymmetric grand unified theories. We derive sum rules for neutralino and
chargino masses in different representations of the simplest grand unified theory
based on SU(5) which lead to different non-universal boundary conditions for t
... More
Presented by Prof. Pran Nath PANDITA
on
10 Mar 2006
at
11:00
Type: Oral
Session:
Gamma-gamma, e-gamma and e-e- Physics and Technology
Track: Gamma-Gamma e-Gamma e-e- Physics and Technology
CAIN simulation program was used to study the outgoing beam profile for the Photon
Collider at ILC. The main aim of the analysis was to verify the feasibility of Photon
Collider running with 20 mrad electron beam crossing angle. The main problem is the
distorted electron beam, which has to be removed from interaction region. It was
shown that with new design of final dipol it should be possibl
... More
Presented by Prof. Maria KRAWCZYK
on
12 Mar 2006
at
10:00
I present a QCD calculation of the transverse momentum distributions of
Higgs bosons, and of photon pairs produced by 'background' QCD
subprocesses, including all-orders soft-gluon resummation valid at
next-to-next-to-leading logarithmic accuracy. Resummation is needed to
obtain predictions valid in the ranges of transverse momentum where the
cross sections are largest. I compare theresults w
... More
Presented by Prof. Edmond BERGER
on
13 Mar 2006
at
10:00
Type: Oral
Session:
Higgs/Top and QCD/Gamma-Gamma
Track: Gamma-Gamma e-Gamma e-e- Physics and Technology
We investigate the QED Compton process (elastic and inelastic) in unpolarized and
longitudinally polarized electron-proton scattering. The cross section can be
expressed in terms of the equivalent photon distribution of the proton. We show that
this process can be used to extract the photon content of both polarized and
unpolarized proton at future colliders over a broad kinematical range.
Presented by Asmita MUKHERJEE
on
11 Mar 2006
at
11:00
Presented by Tim BARKLOW
on
12 Mar 2006
at
10:15
Physics motivations to construct ILC have been strengthened by recent world-wide
efforts. I will overview physics goals of ILC and its roles in our understanding of
particle physics and cosmology in the new era of high energy physics starting
with LHC operation.
Presented by Yasuhiro OKADA
on
9 Mar 2006
at
09:55
Presented by Krishnamurthy SRIDHAR
on
13 Mar 2006
at
14:20
Presented by Sven HEINEMEYER
on
13 Mar 2006
at
14:00
Type: Oral
Session:
Gamma-gamma, e-gamma and e-e- Physics and Technology
Track: Gamma-Gamma e-Gamma e-e- Physics and Technology
We propose the scheme of a polarized positron source for the International Linear
Collider (ILC). The process is based on a well-known principle of electron-positron
pair creation from polarized gamma rays produced by Compton scattering of the
circularly polarized laser light off a high-energy electron beam (e-beam). Our
system employs multiple interactions of a 6GeV e-beam produced by a l
... More
Presented by Ms. Samadrita ROYCHOWDHURY
on
12 Mar 2006
at
09:00
We have performed a detailed study of the power losses along the post-collision
extraction line of a TeV e+e- collider with a crossing angle of 20~mrad at the
interaction point. Five cases were considered: four luminosity configurations for ILC
and one for CLIC. For all of them, the strong beam-beam effects at the interaction
point lead to an emittance growth for the outgoing beams, as well as
... More
Presented by Dr. Arnaud FERRARI
on
12 Mar 2006
at
14:25
Type: Oral
Session:
New Physics at TeV Scale and Precision Electroweak
Track: New Physics at TeV Scale & Electroweak Precision Test
We present the currently most complete calculation of the W boson mass in the MSSM.
We include a full one-loop calculation, for the time also for complex parameters, the
full available SM result as well as all available MSSM two-loop corrections. In a
numerical analysis we show the effect of the complex phases and the results for M_W
in various MSSM scenarios.
Presented by Dr. Sven HEINEMEYER
on
13 Mar 2006
at
11:00
India-based Neutrino Observatory (INO) collaboration is proposing a large magnetized
iron tracking calorimeter of total weight 50 kton, using atmospheric neutrinos as
source. The proposed detector will have a modular structure of lateral size 48 m16 m
and will consist of a stack of 140 layers of 6cm thick iron plates interleaved with
Resistive Plate Chamber (RPC) detector layers. A total of ab
... More
Presented by Mr. Satyanarayana BHEESETTE
on
11 Mar 2006
at
11:24
Type: Oral
Session:
New Physics/Top and QCD
Track: New Physics at TeV Scale & Electroweak Precision Test
No abstract available
Presented by JoAnne HEWETT
on
12 Mar 2006
at
09:50
Type: Oral
Session:
New Physics/Top and QCD
Track: New Physics at TeV Scale & Electroweak Precision Test
In the context of an universal extra-dimensional scenario, we consider
production of the first Kaluza-Klein electron positron pair in an $e^+e^-$
collider as a case-study for the future International Linear Collider. The
Kaluza-Klein electron decays into a nearly degenerate Kaluza-Klein photon and
a standard electron, the former carrying away missing energy. The Kaluza-Klein
electron and phot
... More
Presented by Dr. Gautam BHATTACHARYYA
on
12 Mar 2006
at
09:25
Type: Oral
Session:
New Physics at TeV Scale and Precision Electroweak
Track: New Physics at TeV Scale & Electroweak Precision Test
We approach the issue of the discovery of new physics at high energies associated
with the proposed International Linear Collider in the presence of longitudinal as
well as transverse electron and positron beam polarization. We determine the beam
polarization dependence and the angular distribution of a particle of arbitrary spin
in a one-particle inclusive final state produced in e+e- collis
... More
Presented by Balasubramanian ANANTHANARAYAN
on
12 Mar 2006
at
14:20
Presented by Y K KIM
on
10 Mar 2006
at
17:15
Type: Oral
Session:
Gamma-gamma, e-gamma and e-e- Physics and Technology
Track: Gamma-Gamma e-Gamma e-e- Physics and Technology
On 10th Jan 2006 a meeting took place at the Daresbury Lab, UK to discuss the laser
cavity design proposed by Klemz et. al. I will report on this meeting.
Presented by Dr. Alex FINCH
on
12 Mar 2006
at
09:20
Presented by Barry BARISH, Francois RICHARD, Roberto PETRONZIO, Shin-Ichi KUROKAWA, Albrecht WAGNER
on
9 Mar 2006
at
17:15
Type: Oral
Session:
Data Acquisition and Global Detector Network
Track: Data Acquistion and Global Detector Network
Presented by Dr. Aurore SAVOY-NAVARRO
on
13 Mar 2006
at
09:45
The present mechanical design of the vertex detector for SiD will be described. The
design includes a 12.5 cm long central barrel with silicon pixels. Four disks with
silicon pixels and three additional disks, which could be based upon silicon pixels
or micro-strips, are located beyond each barrel end. Since sensor technologies are
rapidly evolving and final operating requirements are unce
... More
Presented by Dr. William COOPER
on
12 Mar 2006
at
11:00
The present status in terms of sensors R&D and on mechanical developments on ladder
prototypes, large support structures, cooling alignement and integration are
described. The detailed test beam schedule and roadmap including prototypes and
combined tests with other sub-detectors is presented.
Presented by Dr. Aurore SAVOY-NAVARRO
on
12 Mar 2006
at
12:00
Type: Oral
Session:
New Physics at TeV Scale and Precision Electroweak
Track: New Physics at TeV Scale & Electroweak Precision Test
The Universal Extra Dimension models are supposed to mimic SUSY at colliders.
They are also of interest as a source of cold dark matter. I discuss how ILC
can discriminate between UED and SUSY from lepton pair production. I will
also discuss how, in UED, single production of n=2 electroweak gauge bosons
as s-channel resonances (much in the same vein as LEP) may lead to a precision
study of th
... More
Presented by Mr. Biplob BHATTACHERJEE
on
10 Mar 2006
at
09:25
We examine, in a model independent way, the sensitivity of a Linear Collider to the
couplings of a light Higgs boson to gauge bosons. Including the possibility of CP
violation, we construct several observables that probe the different anomalous
couplings possible. For an intermediate mass Higgs, a collider operating at a center
of mass energy of 500 GeV and with an integrated luminosity of 50
... More
Presented by Sudhansu BISWAL
on
13 Mar 2006
at
11:20
Abstract
A specific research and development program has been carried out in India to
develop the technology for 32-strip silicon detectors for application as a
preshower detector for CMS experiment at LHC, CERN. The detectors have a geometry
of 63mm x 63mm and these detectors incorporate 32 P+strips with width of 1.78 mm
with a pitch of 1.9 mm. The fabrication technology to produce si
... More
Presented by Dr. Anita TOPKAR
on
10 Mar 2006
at
12:12
The current status of the silicon strip sensor R&D activities in Korea will be presented.
Presented by Prof. Hwanbae PARK
on
12 Mar 2006
at
12:25
A procedure of digitization of hits produced in the silicon tracking subdetectors of
the LC detector has been developed. The procedure has been employed to evaluate
point resolution of the vertex detector. In addition stand-alone pattern recognition
algorithm has been developed to search for tracks in the vertex detector.
Performance of the algorithm has been evaluated in the presence of b
... More
Presented by Alexei Raspereza, Alexei Raspereza
on
11 Mar 2006
at
11:45
Software plays an important role in the optimisation and design of detectors for the
ILC. Over the past years, a first version of a coherent software system has been
developed within the ILC community. It is based on a common data format, LCIO, and on
the definition of interfaces between different parts of the simulation and
reconstruction chain. Particular emphasis is put on a highly modular
... More
Presented by Dr. Ties BEHNKE
on
11 Mar 2006
at
09:00
"We present the software package for the simulation and reconstruction of the IV
Concept detector: IVCroot. It is based on the architecture of Aliroot, the Offline
system of Alice experiment. The architecture is discussed along with some preliminary
results"
Presented by Dr. Corrado GATTO
on
13 Mar 2006
at
09:00
Presented by Dr. Mark THOMSON
on
13 Mar 2006
at
15:50
The DCR people (Klaus Moenig, Abdel Djouadi, Jo Lykken, ...)
on
10 Mar 2006
at
12:00
The precision determination of scalar top quark properties will play an important
role at a future International Linear Collider (ILC). The scenario with small
expected visible energies, from almost mass degenerate stops and neutralinos, is
cosmologically motivated and experimentally particularly challenging. This scenario
has been investigated with an Iterative Discriminant Analysis (IDA)
... More
Presented by Dr. Andre SOPCZAK
on
11 Mar 2006
at
11:00
I will describe simulation studies of GLD scintillator-based calorimeter. This talk
contains two parts: the first is pi0 reconstruction with scintillator-strip ECAL, and
the second is a study of digital HCAL performance. Preliminary results of these
studies will be presented in my talk.
Presented by Hiroyuki MATSUNAGA
on
11 Mar 2006
at
12:08
Final results on the 0.18 micron UMC FE chip are summarized and preliminary results
on time measurement are discussed. The status of the next version in 0.13 micron is
briefly presented.
Presented by Mr. Jean-Francois GENAT
on
12 Mar 2006
at
11:45
R&D studies on the performance as well as on the gas properties of the Micromegas
based time projection chamber with standard readout were carried out in June 2005
using 4 GeV/c pion beam in a magnetic field from 0 to 1 Tesla at the Proton
Synchrotron beam line at KEK, Japan. Analysis on the electron drift velocity,
diffusion constant and point resolution of padrow measurement for Microm
... More
Presented by Ms. Rosario L. Reserva RESERVA
on
12 Mar 2006
at
14:45
For the design of the ILC a polarised positron source based on a helical undulator
system has been proposed. In order to optimise the positron beam, i.e. to ensure
high intensity as well as high degree of polarisation, a measurement of the
polarisation close to the positron creation point is envisaged.
In this contribution methods to determine the positron polarisation at low energies
... More
Presented by Andreas SCHAELICKE
on
12 Mar 2006
at
15:30
Type: Oral
Session:
Data Acquisition and Global Detector Network
Track: Data Acquistion and Global Detector Network
Presented by Joachim MNICH
on
13 Mar 2006
at
10:15
A way to determine luminosity at ILC is to measure Bhabha scattering in the
LumiCal. For physics requirements, one needs to reach a precision of 10^-4 for the
luminosity determination and thus the Bhabha cross section. Whereas studies on
theoretical uncertainties on the cross section and on mis-identified Bhabhas in the
LumiCal are fully performed, bias on Bhabha measurement due to beam-be
... More
Presented by Dr. Cecile RIMBAULT
on
12 Mar 2006
at
09:50
Presented by Ms. Editha JACOSALEM
on
10 Mar 2006
at
11:36
The T parity conserving Little Higgs Model predicts the existence of heavy gauge
bosons. We probe the production of heavy charged gauge bosons in the upcoming
gamma-gamma collider. We further study its decay to heavy neutral gauge bosons (a
promising dark matter candidate) and W bosons.
Presented by Dr. Sukanta DUTTA
on
11 Mar 2006
at
09:20
The LC TPC R&D work has been underway for four years, whereby the various TPC groups
have been learning to use the MPGD techniques by building and measuring with an
impressive number of small TPC prototypes (around 30cm diameter) using cosmics and
test beams, and using a variety of different gas mixtures. The next stage of this
work will focus the groups and work on building a Large Prototype
... More
Presented by Ron SETTLES
on
13 Mar 2006
at
11:50
Presented by Vishnu ZUTSHI
on
13 Mar 2006
at
16:30
Presented by Wolfgang LOHMANN
on
12 Mar 2006
at
10:00
Presented by Vishnu ZUTSHI
on
12 Mar 2006
at
09:20
Particle Flow Calorimetry promises an excellent jet energy resolution by
combining the momentum measurement, electromagnetic calorimeter and using
the hadron calorimeter for neutral hadron only. This technique depends on the
ability of separation of energy deposits of separate particles and thus on the
spatial density of particles in the calorimeter. We investigate the variation of
the parti
... More
Presented by Dr. Adam PARA
on
13 Mar 2006
at
11:45
A set of 4 ILC Muon prototype modules, each 1.25m x 2.5m with 64 diagonal
scintillator strips has been assembled and set up in the Fermilab test beam. Two of
the modules have readouts and one end of the scintillators and two of the modules
have readouts at both ends of the strips. Studies of the pulse shapes and
preliminary results of the beam tests will be presented.
Presented by Dr. Bib ABRAMS
on
12 Mar 2006
at
11:00
The complete optics design for the 2mrad crossing angle interaction region and
extraction line was presented at Snowmass 2005. Since this time, the design task
force has been working on developing and improving the layout. The work has focused
on optimising the final doublet (including by using higher gradient magnet
materials), on reducing the power losses resulting from the disrupted beam tr
... More
Presented by Dr. Rob APPLEBY
on
12 Mar 2006
at
15:00
Presented by Delerue, N.
on
12 Mar 2006
at
14:00
We present the status of particle-flow algorithm development at Northern Illinois
University. A key element in our approach is the calorimeter-based "Directed Tree"
clustering algorithm. We have attempted to identify and tackle the essential
challenges and analyze the effect of several different approaches to the
reconstruction of jet energies and the Z-boson mass. A number of possibilities
... More
Presented by Vishnu ZUTSHI
on
13 Mar 2006
at
11:00
The full exploitation of the physics potential of an International Linear Collider
(ILC), will require the development of polarized positron beams. Having both
positron and electron beams polarized will be a decisive improvement for
many physics studies in the linear collider, providing new insight into
structures of couplings and thus access to the physics beyond the standard
model. The conc
... More
Presented by Karim LAIHEM
on
12 Mar 2006
at
15:45
Presented by DongHee KIM
The bunch fields at the interaction point of the ILC have a dominant effect on
background pair production. The Breit-Wheeler, Bethe-Heitler and Landau-Lifshitz
processes have all been studied in detail. The number of background pairs per bunch
crossing due to these processes is well known. However the effect of the bunch fields
on the Breit-Wheeler process has not been calculated. This Stimula
... More
Presented by Anthony HARTIN
on
12 Mar 2006
at
14:15
The StaFF (Stabilisation of Final Focus) system will use interferometers to monitor
the relative positions of several key components in the beam-delivery and interaction
region. The most demanding application will be the relative position monitoring of
the ILCs final focus quadrupole magnets; whose mutual and beam-relative stability,
will have a direct impact on detector luminosity.
Establi
... More
Presented by Dr. Paul COE
on
12 Mar 2006
at
15:15
In a R-parity violating (RPV) model of neutrino mass with three bilinear couplings
mu_i and three trilinear couplings lambda'_{i33}, where i is the lepton index, we
find six generic scenarios each with a distinctive pattern of the trilinear couplings
consistent with the oscillation data. These patterns may be reflected in direct RPV
decays of the lighter top squark or in the RPV decays of the
... More
Presented by Mr. Sujoy PODDAR
on
10 Mar 2006
at
11:40
Presented by Akira SUGIYAMA
on
13 Mar 2006
at
14:55
Type: Oral
Session:
New Physics at TeV Scale and Precision Electroweak
Track: New Physics at TeV Scale & Electroweak Precision Test
Transverse polarization of electron and positron beams can be useful because it
permits the use of azimuthal asymmetries even when the final state consists of two
particles. It is found that with the use of transverse polarization, a CP-odd and
T-odd observable can be constructed when the final-state particles are
self-conjugate. In the case of HZ production, this observable can be used to pro
... More
Presented by Prof. Saurabh RINDANI
on
12 Mar 2006
at
14:00
Type: Oral
Session:
Data Acquisition and Global Detector Network
Track: Data Acquistion and Global Detector Network
Presented by Satish DHAWAN
on
13 Mar 2006
at
10:00
Type: Oral
Session:
Gamma-gamma, e-gamma and e-e- Physics and Technology
Track: Gamma-Gamma e-Gamma e-e- Physics and Technology
It is very likely that due to the cost “optimization” the ILC will have only one
detector and no further energy upgrade. This scenario with a long run time at the
energy 2E<=500 GeV only strengthens the case of the photon collider. In any case, it
is very important to develop a design which allows the best possible parameters of
the photon collider. The gamma-gamma luminosity is determined
... More
Presented by Prof. Valery TELNOV
on
12 Mar 2006
at
09:40
We have studied the performance of the CMS hadron calorimeter using the testbeam
facilities at CERN. Two wedges of brass-scintillator calorimeter are exposed to
negative and positive beams with momenta between 3 and 300 GeV/c. Light produced in
the scintillators were collected using wavelength shifting fibres and read out using
Hybrid photodiodes. Each of the wedges had 17 layers of scintilla
... More
Presented by Seema SHARMA
on
10 Mar 2006
at
11:54
Type: Oral
Session:
Higgs/Top and QCD/Gamma-Gamma
Track: Gamma-Gamma e-Gamma e-e- Physics and Technology
The access to the purest initial state is possible by use of two highly polarized
electrons. We give an up-to-date review of where we stand in this effort - including
its accessibility in the context of its basic compatibility with the beamline and
detector used for e+e- - initiated interactions.
Presented by Clemens HEUSCH
on
11 Mar 2006
at
12:00
In many SUSY models the first SUSY signal in the proposed International Linear
Collider is expected to come from the pair production of stau particles,
followed by its decay into tau lepton plus lightest neutralino assumed to be
the lightest supersymmetric particle. In our study a simple and robust method
of measuring the polarization of this tau in its 1-prong hadronic decay channel,has
been
... More
Presented by Monoranjan GUCHAIT
on
11 Mar 2006
at
09:40
Type: Oral
Session:
Data Acquisition and Global Detector Network
Track: Data Acquistion and Global Detector Network
VERY Forward Calor and machine feedback
Presented by Wojciech WIERBA
on
11 Mar 2006
at
09:55
Type: Oral
Session:
Data Acquisition and Global Detector Network
Track: Data Acquistion and Global Detector Network
The concept of virtual observatories has recently emerged to enable
astronomers to deal with the management, analysis, visualization and
mining of vast quantities of astronomical data. The task is difficult
because of the diversity of data obtained at different wavelengths and the
very different techniques used in the analysis. There is the need to
develop data formats, interoperabilit
... More
Presented by Ajit KEMBHAVI
on
11 Mar 2006
at
09:05
Presented by Hendrik WEERTS
on
10 Mar 2006
at
16:30
Presented by Rohini GODBOLE
on
9 Mar 2006
at
09:00
Presented by Rohini GODBOLE
on
13 Mar 2006
at
17:15
Type: Oral
Track: Data Acquistion and Global Detector Network
A new scheme of read out electronics which will be used for MPPC new type of photon
sensor is under development in KEK. The aim and situation is reported. Both analog to
digital conversion data and timing information are relevant for this detector, thus
specail care are taken for them.
Presented by Prof. Tohru TAKESHITA
