We discuss the radiative corrections to charged and neutral current deep-inelastic neutrino–nucleon scattering in the minimal supersymmetric standard model (MSSM). In particular, we study deviations, δRν(ν̄), from the Standard Model prediction for the ratios of neutralto charged-current cross sections, taking into account all sources for deviations in the MSSM, i.e. different contributions from ...

For direct manipulation environment with force feedback, we propose a kind of string-based two-handed multi-fingers haptic interface device. The system can sense the positions of three fingertips and wrist on each of the user's hand. Force feedback can be perceived when the position of the finger comes into contact with the virtual object. We explain in detail about the algorithms used in the f...

This is the preprint version of our paper on ICWL2015. A virtual reality based enhanced technology for learning primary geography is proposed, which synthesizes several latest information technologies including virtual reality(VR), 3D geographical information system(GIS), 3D visualization and multimodal human-computerinteraction (HCI). The main functions of the proposed system are introduced, i...

We compute the deeply virtual Compton scattering (DVCS) amplitude for forward and backward scattering in the asymptotic limit. Since this calculation does not assume ordering of the transverse mo-menta, it includes important logarithmic contributions that are beyond those summed by the DGLAP evolution. These contributions lead to a power-like behavior for the forward DVCS amplitude.

ABSTRACT Receiver operating characteristics (ROC) curve with the calculation of area under curve (AUC) is a useful tool to evaluate the performance of biomedical and chemoinformatics data. For example, in virtual drug screening ROC curves are very often used to visualize the efficiency of the used application to separate active ligands from inactive molecules. Unfortunately, most of the availab...

Virtual Endoscopy is an interactive exploration inside human organs to detect polyps by combining medical imaging and computer graphics technologies. In order to realize rendering acceleration, we present a novel two-steps visibility algorithm, Enclosure Sphere Based Cell Visibility (ESBCV), which performs visibility computation between cells assisted by Z-buffer in preprocessing and eye-to-cel...

Jet production in ep collisions is sensitive to the partonic structure of photon. The latest measurements of dijet production from the H1 experiment provide new results of the gluon density of real photons at low x and, for the first time, on the partonic density of virtual photons. Properties of the photon remnant were measured as a function of the hard scale defined by the pT of the jets. The...

We compute the two–loop virtual corrections to the flavour changing neutral current process b → dl+l−. As calculation techniques integration by parts identities and the method of differential equations are used. The result is presented in closed form as a function of q/mb , where q 2 is the invariant mass of the lepton pair and mb is the b–quark mass.

We calculate the effective vertices for the quark-antiquark and the quark-antiquarkgluon production in the virtual photon Reggeized gluon interaction. The last vertex is considered at the Born level; for the first one the one-loop corrections are obtained. These vertices have a number of applications; in particular, they are necessary for calculation of the virtual photon impact factor in the n...

Abstract. Virtual corrections for electron–positron annihilation into one real and one off-shell photon of invariant mass Q are evaluated. Special attention is paid to those configurations where the real photon is collinear with the beam direction. This calculation is an important ingredient of a Monte Carlo program, which simulates events with tagged photons from initial-state radiation, inclu...