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Here's Where Your Backyard Was 300 Million Years Ago

We may use terms like "grounded" and terra firma to mean stability and consistency but geology...

Convergent Evolution Cheat Sheet Now 120 Million Years Old

One tenet of natural selection is a random walk of genes but nature may be more predictable than...

Synchrotron Could Shed Light On Exotic Dark Photons

There are many hypothetical particles proposed to explain dark matter and one idea to explore how...

The Pain Scale Is Broken But This May Fix It

Chronic pain is reported by over 20 percent of the global population but there is no scientific...

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There is new evidence to suggest that lightning on Earth is triggered by cosmic rays from space - and energetic particles from the Sun.

How so? They linked increased thunderstorm activity on Earth and streams of high-energy particles accelerated by the solar wind.

Conclusion: Particles from space help trigger lightning bolts.

Writing Environmental Research Letters, the researchers from Reading's Department of Meteorology found a substantial and significant increase in lightning rates across Europe for up to 40 days after the arrival of high-speed solar winds, which can travel at more than a million miles per hour, into the Earth's atmosphere.

So what causes these changes?

What makes the perfect beer foam? Is it nucleation in the glass? Beer is well-traveled ground on Science 2.0 and that means beer foam has been covered as well.

The biggest advice. Be careful with the detergent you use to wash your glass. An already lipid-optimized brew will not benefit from extra fat left over by detergent.

Cornell food researchers focus on lipids too, barley lipid transfer protein No. 1, aka LTP1.

Bitter compounds found in hops, like iso-alpha acids, are important to brewers, says Cornell's Karl J. Siebert, principal investigator and author of "Recent Discoveries in Beer Foam" in the Journal of the American Society of Brewing Chemists.

The venom from marine cone snails, used to immobilize prey, contains numerous peptides called conotoxins, some of which can act as painkillers in mammals.

A recent study provides new insight into the mechanisms by which one conotoxin, Vc1.1, inhibits pain. The findings help explain the analgesic powers of this naturally occurring toxin and could eventually lead to the development of synthetic forms of Vc1.1 to treat certain types of neuropathic pain in humans.

Can using a well move a mountain? It will if the well is big enough.

Winter rains and summer groundwater pumping in California's Central Valley make the Sierra Nevada and Coast Mountain Ranges sink and rise.

How much? A few millimeters each year. That doesn't sound like a lot but it creaes stress on the state's faults that could increase the risk of an earthquake.

Gradual depletion of the Central Valley aquifer due to groundwater pumping also raises these mountain ranges by a similar amount - about the thickness of a dime - each year, according to a new paper in Nature. That cumulative rise over the past 150 years could be up to 6 inches, according to calculations by the geophysicists. 

U.S. law requires posting summarized results on ClinicalTrials.gov, a service of the National Institutes of Health, within one year of study completion for certain categories of industry-sponsored trials. 

The European Union is considering following the US lead yet in some fields compliance with the U.S. law is still rather poor. 

Does it matter? There is increasing public pressure to report the results of all clinical trials. The belief if this would eliminate publication bias and improve public access but that is not evidence-based. What is the point of reading about failed industry trials? The products can't be approved, they will never be released and the start-up company behind the work will be sold off for parts soon after. 

Current computing is based on binary logic -- zeroes and ones -- also called Boolean computing, but a new type of computing architecture stores information in the frequencies and phases of periodic signals and could work more like the human brain using a fraction of the energy necessary for today's computers, according to a team of engineers.

Vanadium dioxide is called a "wacky oxide" because it transitions from a conducting metal to an insulating semiconductor and vice versa with the addition of a small amount of heat or electrical current. A device created by electrical engineers at Penn State uses a thin film of vanadium oxide on a titanium dioxide substrate to create an oscillating switch.