The clashes took place during the usual routine of patrolling by the forces from the two countries, according to Zee News

The police seized perpetrator’s laptop, mobile phones and storage devices from his house.

Officials said they were stepping up safety protocols

However, the company says it does not have the urgency to begin production in the factory, but bring back the rhythm of the manufacturing unit.

Fund house held sizeable market share in individual investors' segment

There will be several changes to existing working norms and guidelines that organisations will need to abide by in order to ensure safety at the workplace, says the report

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A digital shop-floor with specific interventions on planning and execution will become the new normal, says EY India Partner and Automotive Sector Leader Vinay Raghunath

The resumption of the German Bundesliga next weekend amid the COVID-19 crisis will give hope to other European leagues that they can also successfully return, according to Schalke 04 coach David Wagner.

'Despite expanded testing the incidence remains low.' 'Therefore, the focus should be on specific districts where we need to improve the testing.' 'We should have a district-centric strategy.'

Three people, including two brothers running a narco terrorism network linked to Hizbul Mujahideen commander Naikoo, who was killed by security forces in Kashmir recently, were on Saturday arrested in a joint operation conducted by Haryana Police, National Investigation Agency (NIA) and Punjab Police.

'Despite expanded testing the incidence remains low.'

Compact X-ray sources based on inverse Compton scattering provide brilliant and partially coherent X-rays in a laboratory environment. The cross section for inverse Compton scattering is very small, requiring high-power laser systems as well as small laser and electron beam sizes at the interaction point to generate sufficient flux. Therefore, these systems are very sensitive to distortions which change the overlap between the two beams. In order to monitor X-ray source position, size and flux in parallel to experiments, the beam-position monitor proposed here comprises a small knife edge whose image is acquired with an X-ray camera specifically designed to intercept only a very small fraction of the X-ray beam. Based on the source position drift recorded with the monitor, a closed-loop feedback stabilizes the X-ray source position by adjusting the laser beam trajectory. A decrease of long-term source position drifts by more than one order of magnitude is demonstrated with this device. Consequently, such a closed-loop feedback system which enables stabilization of source position drifts and flux of inverse Compton sources in parallel to experiments has a significant impact on the performance of these sources.

An analysis of the coherence properties of the fourth-generation high-energy storage rings with emittance values of 10 pm rad is performed. It is presently expected that a storage ring with these low emittance values will reach diffraction limit at hard X-rays. Simulations of coherence properties were performed with the XRT software and an analytical approach for different photon energies from 500 eV to 50 keV. It was demonstrated that a minimum photon emittance (diffraction limit) reached at such storage rings is λ/2π. Using mode decomposition it is shown that, for the parameters of the storage ring considered in this work, the diffraction limit will be reached for soft X-ray energies of 500 eV. About ten modes will contribute to the radiation field at 12 keV photon energy and even more modes give a contribution at higher photon energies. Energy spread effects of the electron beam in a low-emittance storage ring were analysed in detail. Simulations were performed at different relative energy spread values from zero to 2 × 10−3. A decrease of the degree of coherence with an increase of the relative energy spread value was observed. This analysis shows that, to reach the diffraction limit for high photon energies, electron beam emittance should go down to 1 pm rad and below.

Contributions of experimental and selected theoretical charge-density research to medicinal chemistry are reviewed; combining experimental methods from high-resolution small-molecule and macromolecular crystallography with theory proves to be fruitful.

Melting of the semicrystalline structure of native tapioca starch granules is correlated to solution viscosity for elucidating gelatinization and gelation processes.

Did you feel earthquake?  Stamford Mercury

Leading scientists set out resource challenge of meeting net zero emissions in the UK by 2050  The Natural History Museum

Biggest tremor on record at Little Plumpton site forces halt to fracking in Lancashire  Lancashire Evening Post

The Ground Shakes Under Britain Again, Forcing the Government to Ban Fracking  Fortune

Scottish researchers win £12m CCUS funding from European pot - News for the Oil and Gas Sector  Energy Voice

Green light for Cheshire geothermal energy research  BBC News