PaperCrowd

Researchers used computer models to create a design that would give hypertelescopes a much larger field of view. This design could be implemented on Earth, in a crater of the moon or even on an extremely large scale in space. ow.ly/54u950yPIv1

The results of a new study reveal one major inference that dominates across countries, time, and genders, namely that the number of years that people think they have left to live is less than their actual remaining life span. ow.ly/1jn550yOKaG

This new, open-access database offers medical researchers an unprecedented resource to deepen their understanding of neurobiology and develop new, more effective therapies and diagnostics targeting psychiatric and neurological diseases. ow.ly/eY9050yGByt

It's curious how an issue like climate change remains unsettled in segments of the population despite the overwhelming scientific consensus that human activity is responsible for the Earth's current warming trend. ow.ly/vImw50yGBwC

"Neurology has been waiting for a new, universally applicable imaging modality for decades: full-waveform inversion could well be the answer." ow.ly/XSKP50yGBrn

Many space enthusiasts are excited that Betelgeuse may soon go supernova, exploding in a dazzling display that could be visible even in daylight. ow.ly/XeWD50yAbK2

Worldwide, nearly 50 million people have Alzheimer's or related dementia. Yet, only 1-in-4 people with Alzheimer's disease have been diagnosed. ow.ly/wIOu50yAbtH

A small, uncharted island, was long buried in ice but is finally visible above sea level for the first time. ow.ly/bCCT50yAbjE

Technology such as trail cameras and drones have 'revolutionized wildlife monitoring studies' in recent years, say biologists 'but if not properly used in well-designed research, they will compromise the reliability of the results obtained.' ow.ly/XJku50ywi09

While the origin of the high optical quality of the retina remain largely uninvestigated, it has long been proposed that a peculiar DNA organization would serve to improve vision in nocturnal mammals. ow.ly/fyeZ50ywhYo

According to a new study, brain wave patterns could potentially help to predict how individual patients would respond to an antidepressant before treatment even begins. ow.ly/JooR50yu5p5

Cities change as they grow -- not only by adding area or population but also in a variety of other ways, from the length and width of their roads to economic growth to the distribution of elementary schools. ow.ly/bpaZ50yof8N

Researchers are now working on improving the properties of BT13 to make it more effective as a potential treatment which, if successful, could benefit people currently living with Parkinson's. ow.ly/AD8950yoeUS

Past examples of new technology suggest it will take longer than companies predict for workplaces to become fully transformed by AI, and some jobs might not be as easily replaceable as economists believe. ow.ly/4moW50yoeQ9

“Preserving or restoring diverse grasslands can be a win-win situation.” ow.ly/bckl50yi68w

In a recent study, scientists employed statistical data analysis tools to reveal what happens to water molecules on top of graphene. ow.ly/WQYO50yi66R

A person lounging on a patch of grass dreaming up images in the clouds will typically have only the familiar puffs and streaks to work with. But a satellite passing overhead can see an entirely different canvas. ow.ly/Ngon50yi629

Researchers found that incentives need to be perceived as high for someone to continue working towards a goal after hitting a failure. ow.ly/Ztwp50ycUYq

We are all familiar with thermalisation -- just think how your coffee reaches room temperature over time. Quantum entanglement on the other hand is a different story. ow.ly/2Fx250ycU1A

Imagine Earth were submerged in honey. As the planet rotated, the honey around it would swirl — and the same holds true with space-time.ow.ly/6VPE50ybXXI