Science | WPN World People News

Iranian researchers studied and compared the performance of various types of laboratorial and commercial membranes in purification of olive oil production plants.

With the Campanile probe, optical excitation and collection are spatially confined to the nano-sized gap at the apex of the tip, which is scanned over the sample, recording a full emission spectrum at each position.

With the Campanile probe, optical excitation and collection are spatially confined to the nano-sized gap at the apex of the tip, which is scanned over the sample, recording a full emission spectrum at each position.

The European Commission has found that a £50 million (around €71 million) grant that the UK authorities intend to provide for designing a SABRE space launcher engine is in line with EU state aid rules. SABRE is a research and development (R&D) project carried out by UK company Reaction Engines Limited (REL). The project aims to develop an engine that would power a reusable airframe to launch satellites into low Earth orbit, significantly reducing the costs of such space missions. The Commission found that the measure fosters aerospace R&D in Europe while limiting distortions of competition in the Single Market.

Directional electron acceleration on glass nanospheres. A femtosecond laser pulse (coming from the left) hits a glass nanosphere. The light releases electrons (green) from the group of atoms.

This is the silicon based quantum optics lab-on-a-chip.

Discovery image of 51 Eri b with the Gemini Planet Imager taken in the near-infrared light on December 18, 2014. The bright central star has been mostly removed by a hardware and software mask to enable the detection of the exoplanet one million times fainter.

These Hubble Space Telescope images show elliptical galaxies with dark, wispy dust lanes, the signature of a recent galaxy merger. The dust is the only relic of a smaller galaxy that was consumed by the larger elliptical galaxy.
The "X" in the images marks the location of supernova explosions that are associated with the galaxies. Each supernova may have been gravitationally kicked out of its host galaxy by a pair of central supermassive black holes. When two galaxies merge, so do their supermassive black holes. Astronomers suggest the supernovae were stars that were once part of double-star systems. These systems wandered too close to the binary black holes, which ejected them from their galaxies. Eventually, the stars in each system moved close enough together to trigger a supernova blast.

These Hubble Space Telescope images show elliptical galaxies with dark, wispy dust lanes, the signature of a recent galaxy merger. The dust is the only relic of a smaller galaxy that was consumed by the larger elliptical galaxy.
The "X" in the images marks the location of supernova explosions that are associated with the galaxies. Each supernova may have been gravitationally kicked out of its host galaxy by a pair of central supermassive black holes. When two galaxies merge, so do their supermassive black holes. Astronomers suggest the supernovae were stars that were once part of double-star systems. These systems wandered too close to the binary black holes, which ejected them from their galaxies. Eventually, the stars in each system moved close enough together to trigger a supernova blast.

Progressively zoomed-in images of graphene nanoribbons grown on germanium. The ribbons automatically align perpendicularly and naturally grow in what is known as the armchair edge configuration.