Science & Technology
A five-point plan revealed by the Kaspersky on Monday has promised access not only to its software, but its company practices and oversight of its data handling. Additionally, the company says it will pay out awards of up to $100,000 for those able to identify vulnerabilities, and establish three "transparency centers" by 2020 "to address any security issues together with customers, trusted partners and government stakeholders."
"We need to reestablish trust in relationships between companies, governments and citizens. That's why we're launching this Global Transparency Initiative: we want to show how we're completely open and transparent," said company CEO Eugene Kaspersky in a statement.
"We've nothing to hide. And I believe that with these actions we'll be able to overcome mistrust and support our commitment to protecting people in any country on our planet."

Many nations de-orbit old spacecraft over the most remote place on Earth, called Point Nemo.
This "spacecraft cemetery" is about 1,450 miles away from any piece of land and home to hundreds of dead satellites.
The spot is about 1,450 nautical miles from any spot of land - and the perfect place to dump dead or dying spacecraft, which is why its home to what NASA calls its "spacecraft cemetery."
"It's in the Pacific Ocean and is pretty much the farthest place from any human civilization you can find," NASA said.
Bill Ailor, an aerospace engineer and atmospheric reentry specialist, put it another way: "It's a great place you can put things down without hitting anything," he said.
Invisible to the naked eye, the so-called 'magnetotail' was recently detected by NASA's Mars Atmosphere and Volatile Evolution Mission spacecraft (MAVEN).
MAVEN was launched in 2013 to trace the Martian world's climate history and determine if it may have once sustained life.
Excitement is growing about a protein called GDF15, which naturally regulates body weight in humans and animals. When extra amounts are injected into mice, they eat less, lose weight and have fewer signs of diabetes.
Several research teams have tried developing GDF15 as an obesity treatment, but it breaks down too quickly in the bloodstream to work.
Now a team led by Murielle Véniant at pharmaceutical company Amgen has found a way to make GDF15 last longer in the body.
Earlier, in the 1760s, the French natural philosopher Comte de Buffon heated up balls of iron and other minerals until they were white-hot. Then, by sense of touch alone, he recorded how long it took them to cool to room temperature.
A hundred years before that, Isaac Newton wrote about the time he slid a bodkin - a kind of thick tailor's needle - between his skull and his eye, and rubbed the needle so as to distort the shape of his own eyeball.
These experiments are all pretty wacky, but they still bear the mark of the scientific. Each one involves the careful recording and assessment of data. Darwin was excluding the hypothesis that hearing explained earthworm behaviour; Buffon extrapolated the age of the Earth from a wide range of geological materials (his estimate: 75,000 years); and Newton's unpleasant self-surgery helped to develop his theory of optics, by clarifying the relationship between the eye's geometry and the resulting visual effects. Their methods might have been unorthodox, but they were following their intellectual instincts about what the enquiry demanded. They had licence to be scientific mavericks.
It's called the Atlas of the Underworld and you can view it online - measurements go down up to 2,900 kilometres (1,800 miles) in some cases. The focus is on 'dead' tectonic plates, pushed down to the bottom of the Earth's mantle and no longer part of the surface.
Hydrofoil works similarly to a regular aerofoil, creating lift for a moving craft. A speeding hydrofoil ship rises above the water with only the foils staying under it, greatly reducing drag and allowing greater speeds to be reached. A French hydrofoil trimaran called "Hydroptère" set the world sailing speed record in 2009 and remains the fastest vessel in the world, with a sail of over 400 square feet.
Among the drawbacks of the design are complexity, poorer fuel efficiency compared with conventional boats and some risks when operating in littered waters or during harsh weather conditions. Still, the boats have found their use as military patrol boats, ferry vessels, leisure craft and even in water sports.
Comment: Though this article provides a nice survey of Russia's contemporary and historical achievements in the field of science, it puts a lot of it in the context of Russia's societal and geopolitical growth in quite often a Western-narrative-biased way. All the same, there's a good amount about Russia's accomplishments and aspirations that is acknowledged here...
I took a five-day tour of Russia's leading scientific research centers. This is what I saw.
They call them the "golden brains." Perched 22 storeys high, they engulf the top floors of the Russian Academy of Sciences (RAS) headquarters in southwest Moscow. Somehow both geometric and wildly rampageous, the copper and aluminum sculptures look like the kind of long-lost technologies that protagonists stumble across on deserted alien worlds in Mass Effect.
On a crisp evening in late February, we stepped out of a van and walked across a plaza, lined by ornate statues and a giant metal clock. Shepherded by Asya Shepunova, a lively public relations representative for the Moscow Institute of Physics and Technology (MIPT), a university based in the northern suburb of Dolgoprudny, we made our way past a security checkpoint to a welcome dinner at a restaurant enclosed within the golden brains.
In tandem with the press team at ITMO University in Saint Petersburg, Shepunova and her colleagues organized this five-day tour of Russia's two largest and most scientifically active cities. A handful of science journalists from around the world, including me - hi, I'm Becky-RSVP'd yes. A little over a month after the inauguration of President Donald Trump, we arrived in Moscow.
Bee hives have been hit in Europe, North America and elsewhere by a mysterious phenomenon called "colony collapse disorder". The blight has been blamed on mites, a virus or fungus, pesticides, or a combination of factors.
With the honey harvest in France down to just 10,000 tons this year - three times less than in the 1990s - the country's national apiculture union, UNAF, slammed what it called the "scandalous" authorisation of sulfaoxaflor, which attacks the central nervous system of insects. According to UNAF, sulfaoxaflor acts like a neonicotinoid, a pesticide based on the chemical structure of nicotine that many blame for being at least partially responsible for plummeting bee populations.
"The first appearance of the beluga in the dolphinarium caused a fright in the dolphins," write Elena Panova and Alexandr Agafonov of the Russian Academy of Sciences in Moscow. The bottlenose dolphins included one adult male, two adult females and a young female. But the animals soon got along, er, swimmingly. In August 2016, one of the adult female dolphins gave birth to a calf that regularly swam alongside the beluga.














