Medicine & TechnologyThe atmosphere of Venus rotates much faster than the planet itself. A newly detected wind could be spreading the energy needed to power it.
While researchers may have missed the formation of our very own Sun by a few billion years, in essence they have become surrogate parents to many other stars formed since the dawn of the telescope. Watching one such infant star well into its adulthood, researchers with the National Radio Astronomy Observatory this week released a time lapse of one such star, affectionately named “W75N(B)-VLA 2”, which reveals the earliest formations of a massive young star over the course of 18 years. The beginning and ending images released this week reveal a dramatic difference in the star’s developmental stages and highlights theories that astronomers have posited for decades, as they wondered if they would ever catch a glimpse of stars forming in such a way as researchers today have been able to do.
When it comes to tackling important issues within the science community that address realistic needs of the public, few publications are quite as thoughtful as the journal Science when it comes to curating the best of the best research, in any given field. Though the journal often covers a wide breadth of topics, this week they’re headed in a new direction, talking about game-changing cancer immunotherapy and the future possibility of individualized treatments that will take every patient’s genetic makeup and mutations into consideration. And it has become a conversation led by many hopeful researchers at the helm, backed by promising data.
Times are tough for the massive ice sheets of Antarctica these days with the latest report that the giant floating ice shelves that form a fringe along the continent's coast are beginning to melt and deteriorate much faster than scientists once believed.
Perhaps you’re a neurobiologist looking to isolate endocanibinoids from human brains. Any volunteers to offer their brains up for study? You’re not likely to find any takers, but now thanks to some researchers at the University of Illinois, you may just be able to print your own. That’s right, print. In what the researchers are calling the next step in 3D-printing, with a version specifically designed to tailor to researchers, University of Illinois chemists led by lead researcher Martin Burke have develop a machine that can systematically synthesize thousands of different molecules basically from scratch.
Perhaps you’re a neurobiologist looking to isolate endocanibinoids from human brains. Any volunteers to offer their brains up for study? You’re not likely to find any takers, but now thanks to some researchers at the University of Illinois, you may just be able to print your own. That’s right, print. In what the researchers are calling the next step in 3D-printing, with a version specifically designed to tailor to researchers, University of Illinois chemists led by lead researcher Martin Burke have develop a machine that can systematically synthesize thousands of different molecules basically from scratch.
Nicknamed the “Einstein Cross” after the famous physicist who predicted the possibility of the phenomenon as a result of his theory of relativity more than a century ago, the formation was made possible by a strange occurrence known as gravitational lensing. When a galaxy or cluster is large enough, they can often bend light that passes through it. And when they are rather perfectly aligned with Earth, even small events too far to be seen can be magnified so that researchers are able to detect them.
When British researchers went diving in Bouldnor Cliff, a submarine archaeological site near the Isle of Wight in the UK, it would fit to assume that they hadn’t quite banked on finding evidence of wheat beneath the waters. But when the researcher analyzed a core sample obtained from sealed sediments, microfossils with sedimentary ancient DNA (sedaDNA) of wheat species revealed that there might be far more to the story of the cash crop and trade in ancient Britain—perhaps even 2,000 years more than what the current history predicts.
If you were to guess the amount of tonnage of trash in the sea, we bet that you’d be off by a couple of millions. That’s right, millions with an “M”. You may think that you can estimate the trash based on what you see at the beach, but researchers say that the calculation is a bit more complex than what the average guesser might think.
When it comes to cognition, there are few answers on the origins of many behaviors. Neurobiology and social anthropology help researchers understand the development of speech, the correlation of objects or words with physical entities, and even the emergence of faiths. However, when it comes to something as simple as a number line, which is virtually a universal means of discerning small numbers from larger numbers, researchers are stumped. And looking to nature for the answer, a new study published this week in the journal Science, discovered just how universal these number lines are.
While it may take children a couple of years to learn the true values of arithmetic, a new study conducted by ethologist Dr Rosa Rugani, from the University of Padova, reveals that newborn chicks can not only recognize number patterns but also place them in ascending order from left to right. In fact, while the cognitive ability to count may seem like an acquired trait taught to us in school, Rugani’s recent experiments prove that even those with bird brains can display a knack for “number mapping”.
Move over science fiction, now cyborgs could be a reality. A new study of rats with severe spinal injuries are now walking again thanks to a "groundbreaking" new cyborg-like implant.
As carnivorous species in the United States, like the Mexican Gray Wolf, face dwindling populations and increased difficulties finding niche habitats, a new study reveals that carnivores in Europe are on the rise—and they are more than twice as abundant. The new study published this week in the journal Science reports that while Europe may be one of the most industrialized landscapes on the face of the Earth, that conservation efforts and restoration practices have led the continent to large-scale success in bringing back continental carnivore populations.
They’re far from the scaled reptilian giants that once walked the Earth, but for decades researchers have sought out an evolutionary connection between our winged bird species of today and the dinosaurs that once took flight in prehistoric times. For the past four years, a team of international researchers have fully developed The Avian Phylogenomics Project, in which they have sequenced genomes of nearly all species of the evolutionary branches including a majority of birds known to man. Now that the research is done, the mapping of 48 bird species genomes has evolved into more than two-dozen articles published in the journal Science, as well as a new understanding of how birds may link to their dinosaur ancestors.