Identifiez-vous avec le pseudo d'administration pour configurer et personaliser votre forum.

Vous n'êtes pas identifié.

#1 21-04-2018 05:45:18

Date d'inscription: 07-12-2017
Messages: 1638

Omega was one of the first

NANJING Maliek Collins Cowboys Jersey , Feb. 1 (Xinhua) -- Police in east China's Nanjing City arrested 12 people Thursday, including the boss of an online financial firm, for illegally obtaining money.

Zhang Xiaolei, who was the controller of Qbao, and 11 other suspects have been arrested on charges of illegally siphoning off public money, police in Jiangbei new district in Nanjing said.

Zhang founded Qbao in 2012 and used it as a platform to accumulate money given by creditors, who were lured by large interest returns as high as 60 percent, police said.

Qbao was found to have amassed huge amounts of money, police said, without specifying numbers.

In its heyday, the website was said to have 200 million registered users and billions of yuan worth in cash flow, according to previous report.

Local police said they were doing their best to retrieve investor losses. Police have seized assets of the company and the assets will be disposed of after the court verdict.

Police ask investors to timely register information with the police and not to organize illegal activities.

In January, 11 investors were detained for organizing illegal gatherings and disturbing public order.

LOS ANGELES, Jan. 31 (Xinhua) -- The existence of large numbers of molecules in winds powered by supermassive black holes at the centers of galaxies has puzzled astronomers more than a decade. New theory predicts that molecules in black hole winds are not survivors of the heat of the energetic outflows at all, but brand-new molecules.

Molecules trace the coldest parts of space, and black holes are the most energetic phenomena in the universe, so finding molecules in black hole winds was like discovering ice in a furnace.

Researchers in Northwestern University's Center for Interdisciplinary Research and Exploration in Astrophysics (CIERA) predict that these molecules are born in the winds with unique properties that enable them to adapt to and thrive in the hostile environment.

The theory, published in the current issue of Monthly Notices of the Royal Astronomical Society, is the work of Lindheimer post-doctoral fellow Alexander Richings, who developed the computer code that, for the first time, modeled the detailed chemical processes that occur in interstellar gas accelerated by radiation emitted during the growth of supermassive black holes.

"When a black hole wind sweeps up gas from its host galaxy, the gas is heated to high temperatures, which destroy any existing molecules," Richings was quoted as saying in a statement. "By modeling the molecular chemistry in computer simulations of black hole winds, we found that this swept-up gas can subsequently cool and form new molecules."

This theory answers questions raised by previous observations made with several cutting-edge astronomical observatories including the Herschel Space Observatory and the Atacama Large Millimeter Array, a powerful radio telescope located in Chile.

New stars form from molecular gas, so the new theory of molecule formation helps explain the formation of new stars in winds, according to the new study.

"This is the first time that the molecule formation process has been simulated in full detail, and in our view, it is a very compelling explanation for the observation that molecules are ubiquitous in supermassive black hole winds, which has been one of the major outstanding problems in the field," said co-author Claude-Andre Faucher-Giguere, who studies galaxy formation and evolution as an assistant professor in Northwestern's Weinberg College of Arts and Sciences.

Compared to pre-existing molecules, researchers believe that the new molecules formed in the winds are warmer and brighter in infrared radiation.

The new theory will be put to the test when the U.S. National Aeronautics and Space Administration (NASA) launches the James Webb Space Telescope in spring 2019. If the theory is correct, the telescope will be able to map black hole outflows in detail using infrared radiation, researchers say.

The Swiss watchmaking company in precision instruments and beauty since its founding 155 years ago. In fact, Omega was one of the first brands to create chronographs and chronometers and has been a leader in timing Olympic Games early 20th century.

Omega has landed on the moon in the 1960s and continued to participate not only in the U.S. space program, but also in sports timing, automotive and sailing competitions and expeditions and explorations, and time to hold the smaller fraction of a second. In his famous Speedmaster series, which recently unveiled see Omega Speedmaster Broad Arrow limited edition. Based on the first model of the Speedmaster series, this latest addition to using an exclusive, all new chronograph movement Omega.

Developed by Omega and produced for the company by Fr?d?ric Piguet, the new caliber is a COSC certified automatic movement with stop watch mechanism with column wheel chronograph. The Broad Arrow Special Limited models are equipped with the manual of the original Speed Master Clock, a house and a rotor with a platinum medallion Speedmaster 18-karat gold. The clock has an enamel dial and is limited to only 99 pieces in each color of gold. There is also a skeleton version in a platinum case, designed and built in a series of 21 pieces. Omega has a new version of the Speedmaster Professional Chronograph-Clock always found that neither the most worn on the moon. The movement of the new model is the caliber 861, originally implemented in the Masters of speed. However, it uses the latest technical standards. In addition, the design of the moon watch the same classic look in the 1960s, had a black dial and luminous markers and hands.

Today, Speedmaster Professional is an online version of a s.

Hors ligne


Pied de page des forums

Créez Votre Propre Forum
Insérer vos Graphiques
Dictionnaires de Traduction
Hébergé par