Sydney, Nov 18 (IANS) A brief burst of radiation that travelled at least a billion light years through space to reach an Australian radio telescope contains detailed information about the cosmic web - the swirling gases and magnetic fields between galaxies -- regarded as the fabric of the universe, say scientists.
The flash, known as a Fast Radio Burst (FRB), was one of the brightest seen since FRBs were first detected in 2001, the researchers said.
All FRBs contained crucial information but this FRB, the 18th detected so far, was unique in the amount of information it contained about the cosmic web, said one of the researchers Ryan Shannon from International Centre for Radio Astronomy Research, Curtin University, Bentley, Australia.
"FRBs are extremely short but intense pulses of radio waves, each only lasting about a millisecond. Some are discovered by accident and no two bursts look the same," Shannon said.
This particular flash described in a new paper in the journal Science, reached CSIRO Parkes radio telescope in Australia mid-last year.
"This particular FRB is the first detected to date to contain detailed information about the cosmic web -- regarded as the fabric of the Universe -- but it is also unique because its travel path can be reconstructed to a precise line of sight and back to an area of space about a billion light years away that contains only a small number of possible home galaxies," Shannon added.
Shannon explained that the vast spaces between objects in the Universe contain nearly invisible gas and a plasma of ionised particles that used to be almost impossible to map, until this pulse was detected.
"This FRB, like others detected, is thought to originate from outside of Earth's own Milky Way galaxy, which means their signal has travelled over many hundreds of millions of light years, through a medium that -- while invisible to our eyes -- can be turbulent and affected by magnetic fields," Shannon said.
New York, Nov 17 (IANS) Microsoft on Thursday released tools that can be used by any developer on any platform, the company said in a statement, and added that developers will now be able to use the tools of their choice to create Android, iOS and Windows apps.
Melbourne, Nov 18 (IANS) Australian researchers have developed a revolutionary blood test to diagnose skin cancer much more quickly and efficiently than conventional methods.
The ground-breaking "liquid biopsy" test will be made available at Melbourne's Olivia Newton-John Cancer Research Institute (ONJCRI), Victoria state's Health Minister Jill Hennessy said on Friday.
Prior to the development of the new test, melanomas could only be identified by a complex and invasive surgery, results from which could take weeks to be obtained, Xinhua news agency reported.
The blood test can provide the same information in a matter of hours from a simple blood test, potentially saving millions of lives worldwide.
Once the skin cancer has been identified via the new test, oncologists can quickly tailor the most appropriate treatment for each individual patient, potentially preventing the cancer from spreading to the bloodstream.
"We're putting cancer patients first and investing in world-leading cancer research and future technologies that have the power to save lives," Hennessy told reporters in Melbourne.
"It will mean patients can get diagnosed and treated sooner, without having to endure long and anxious waits and invasive and painful surgery."
Frank McGuire, Parliamentary Secretary for Medical Research, said the development was the latest example of Victoria's commitment to cancer research.
"This new blood test is a great example of how we are rapidly turning around breakthroughs in cancer research into clinical practice with real benefits for cancer patients," McGuire said.
In addition to diagnosing the cancer quicker the blood test can also tell doctors when a treatment will stop working, allowing them to change medications before a patient's condition starts to decline.
New York, Nov 17 (IANS) Researchers in the US have developed a new ultra long-acting pill that can remain in the stomach for up to two weeks after being swallowed and aid in elimination of malaria.
The study found that the sustained therapeutic dose of a drug called ivermectin -- used to treat parasitic infections such as river blindness -- can also help keep malaria-carrying mosquitoes at bay.
In large animal models, the capsule safely stayed in the stomach, slowly releasing the drug for up to 14 days, and potentially providing a new way to combat malaria and other infectious diseases.
This type of drug delivery could replace inconvenient regimens that require repeated doses.
"Until now, oral drugs would almost never last for more than a day. The study opens the door to ultra-long-lasting oral systems, which could have an effect on all kinds of diseases, such as Alzheimer's or mental health disorders," said Robert Langer, Professor at Massachusetts Institute of Technology (MIT), US.
The drug, designed by scientists at MIT and Brigham and Women's Hospital, is a star-shaped structure with six arms that can be folded inward and encased in a smooth capsule.
After the capsule is swallowed, acid in the stomach dissolves the outer layer of the capsule, allowing the six arms to unfold and stay in the stomach. Once the drug is released, the capsule could break down and pass safely through the digestive tract.
This is a platform into which you can incorporate any drug and can be used with any drug that requires frequent dosing. We can replace that dosing with a single administration, the researchers said.
New York, Nov 17 (IANS) Oil prices declined on Wednesday in volatile trading as the US reported a 7.7-per cent increase of crude oil inventories.
The West Texas Intermediate for December Delivery lost $0.24 to settle at $45.57 a barrel on the New York Mercantile Exchange, while Brent crude for January delivery erased
Mexico City, Nov 17 (IANS) Monarch butterfly hibernation sanctuaries, located in Mexico and Michoacan, will remain open for tourists from November 23, 2016 to March 31, 2017, an wildlife official said.
The Mexican Commission of Natural Protected Areas (CONANP) announced this on Wednesday, reported Efe news agency.
The monarch butterfly, characterised by its large distinctive orange, black and white patterned wings, migrates every fall covering 4,200 km from Canada and the US to spend the winter here.
Their arrival was observed in the last two weeks as thousands of Monarchs flew in the skies of the Mexican states of Coahuila, Nuevo Leon, Tamaulipas, San Luis Potosi, Queretaro and Guanajuato.
CONANP called on citizens to participate in the campaign "Lets Protect the Monarchs".
In August, the World Wildlife Fund (WWF) reported that there was a 40 per cent decline in illegal logging in the Monarch's main habitats here.
San Francisco, Nov 17 (IANS) Facebook has acquired emotion detection start-up FacioMetrics to push its artificial intelligence (AI) research into building facial gesture controls.
FacioMetrics developed an app called Intraface that can detect seven different emotions in people's faces, TechCrunch reported on Thursday.
Beijing, Nov 17 (IANS) China's manned spaceflight Shenzhou-11 began its return to the Earth on Thursday after separating from the Tiangong-2 space laboratory, where it had remained docked for the last one month.
The space capsule manned by astronauts Jing Haipeng and Chen Dong, disconnected from the Tiangong-2 at 4.41 a.m., and is scheduled to land on the Earth on Friday.
The Shenzhou-11 is expected to remain in space near the laboratory until it receives an order from the Beijing Aerospace Control Centre to re-enter the Earth's atmosphere and land, Efe news reported.
Jing and Chen departed aboard the Shenzhou-11 from the launch pad in Jiuquan in the Gobi desert on October 17 and docked at the space lab two days later.
Since then the astronauts have been working and living in the Tiangong-2 that was launched in September, and where they conducted several scientific experiments and advanced preparations for the operation of a future Chinese space station, which is expected to be fully operational by 2022.
The Tiangong-2 will remain in its orbit, some 393 km from the Earth's surface, until it docks with the Tianzhou-1, scheduled to be launched in April 2017.