HIGH FIELD EXPERIMENT OF 1.3M-LONG X-BAND STRUCTURE
Two 1.3m-long X-band accelerating structures were made to study the fabrication of the structure for the main linac of linear collider. One of the structures is being highpower tested to confirm the basic high field performance of such a full-scale structure. Various experimental instrumentations were carefully prepared; recording the RF pulses as the break down occurs, recording the timing, position and strength of X-rays along the structure, measuring dark current towards upstream and downstream along the beam axis, etc. Using these monitoring devices, the process of conditioning for the structure until reaching the specified field level or beyond is being studied. In the present paper are described those instruments and a preliminary conditioning result up to a power level of 1 MW.

title: KLYSTRON AND MODULATOR UPGRADE FOR BEPCII LINAC
abstract: An upgrade of the RF power source is now processing at the BEPC Linac in order to increase the acceleration energy from the present 1.3Gev up to the1.89Gev required for the BEPCII. It was decided that most of the existing klystron and all modulators should be reinforced so as to be capable of producing pulses with 110MW peak power and 6.3µs pulse duration. This paper describes the detailed concerning of the klystron and modulator upgrade.

title: ILC Reference Design Report: ILC Global Design Effort and World Wide Study

title: Response of Charged Particles in a Storage Ring to Gravitational Waves
abstract: The influence of gravitational waves on the charged particles in a storage ring is studied. It shows that the gravitational waves might be directly detected by monitoring the motion of charged particles in a storage ring. The angular velocity of the charged particles is continually adjustable by changing the initial energy of particles and the strength of the magnetic field. This feature is very useful for finding the gravitational waves with different frequencies.

title: Measurement of the $B^\pm \to \rho^\pm \pi^0$ branching fraction and direct CP asymmetry
abstract: An improved measurement of the process B+- --> rho+- pi0 is presented. The data sample of 211/fb comprises 232 million Y(4S) --> BBbar decays collected with the BaBar detector at the PEP-II asymmetric-energy B Factory at SLAC. The yield and CP asymmetry are calculated using an extended maximum likelihood fitting method. The branching fraction and asymmetry are found to be BR(B+- --> rho+- pi0) = [10.0 +- 1.4 (stat) +- 0.9 (syst)]x 10^-6 and Acp(B+- --> rho+- pi0) = -0.01 +- 0.13 (stat) +- 0.02 (syst), superseding previous measurements. The statistical significance of the branching fraction is calculated to be 8.7sigma.

title: Measurement of CP asymmetries in $B^0 \to K_s 0 \pi^0 \pi^0$ decays
abstract: We present a preliminary measurement of the time-dependent CP asymmetry for the neutral B-meson decay into the CP = +1 final state KS pi0 pi0, with KS-> pi+ pi- and pi0-> gamma gamma. We use a sample of approximately 227 million B-meson pairs recorded at the Y(4S) resonance by the BaBar detector at the PEP-II B-Factory at SLAC. From a maximum likelihood fit we extract the mixing-induced CP-violation parameter S = 0.84 +/- 0.71(stat} +/- 0.08{syst) and the direct CP-violation parameter C = 0.27 +/- 0.52(stat) +/- 0.13(syst}, where the first uncertainty is statistical and the second systematic.