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After running a year-long competition that drew interest from hundreds of cities and a number of states, Amazon has chosen New York City and Northern Virginia to split duty as its second headquarters.On Tuesday, Amazon announced it has chosen New York's Long Island City and Virginia's Arlington for HQ2.The development projects promise to bring the cities a giant infusion of high-paying jobs and tax revenue, but are almost certain to draw fire from critics concerned about their impact on infrastructure and property values.The search began in September 2017 when Seattle-based Amazon announced it would start accepting proposals for what quickly became known as HQ2.During the process, Amazon narrowed 238 bids to 20 finalists. The potential cities were Atlanta; Austin; Boston; Chicago; Columbus, Ohio; Dallas; Denver; Indianapolis; Los Angeles; Miami; Montgomery County, Maryland; Nashville; Newark; New York City; Northern Virginia; Philadelphia; Pittsburgh; Raleigh; Toronto and Washington, D.C. 1016

A woman has been charged in connection with the death of her 3-year-old daughter.Cassandra Kay Michalski, 24, has been charged in Wayne County, Michigan with felony murder and first degree child abuse for the death of Skylar Michalski.On Nov. 19, Skylar was taken to the Annapolis Hospital where she was pronounced dead.Police say she appeared to have injuries on her head, neck and back. On Feb. 2, the medical examiner determined that her death was a homicide.Cassandra's bond is set at 0,000.   528

ALBANY, N.Y. (AP) — Authorities say a massive fire engulfed cooking show star Rachael Ray's New York home.KRQE-TV reports the Warren County sheriff said there were no injuries during the Sunday evening fire at her home in Lake Luzerne.Photos of the house fire show flames bursting through the roof and long plumes of smoke extending into the sky.Fire rips through Rachael Ray's home in upstate New York https://t.co/LOoi9UhZMJ pic.twitter.com/bAWbVPv1mj— New York Post (@nypost) August 10, 2020 Ray tweeted Monday morning that she, her husband, her mother and their dog were safe. She also thanked the local first responders for their work.…I *did* lose my phone (posting through a team member) Thank you for all the well wishes, concern and outreach, but can’t return texts and calls at the moment…!— rachael ray (@rachaelray) August 10, 2020 Since April, Ray has been filming “#STAYHOME With Rachael” two days a week from the home. 941

Amazon's search for the perfect home for its next headquarters could be leaning towards larger cities.Executives have visited some of the bigger names on the list of 20 finalists in recent months, according to a report in the Wall Street Journal. They dropped in on New York City, Miami, Chicago and Newark, while possibly ghosting smaller or more suburban ares like Raleigh, North Carolina, and Montgomery County, Maryland.Amazon may have decided that a city is necessary for luring the best employees."The key for Amazon is that they want to build a second HQ that is an attractive place to live and work for young professionals. This is why quality of life in the city will matter," said Nathan Jensen, a professor of government at the University of Texas at Austin.Other than both being finalists for HQ2, places like Miami and Montgomery County don't have much in common. Miami is a cosmopolitan city that draws business and tourists from around the world. Montgomery County, located outside of Washington D.C. is less well known and lacks some of the splashier attractions of a warm city perched on the beach.Not getting Amazon could be a mixed blessing for the less urban locations. Absorbing up to 50,000 new workers would be a major undertaking, notes Jensen. And many of those would be high-wage positions, which could recreate some of the issues with soaring housing costs, income inequality and gentrification seen in Amazon's home base, Seattle, as well as other regions with major tech companies.The issues wouldn't be insurmountable."Unlike an unplanned expansion of the workforce, cities do have the ability to plan for this. This has been one of my disappointments in not seeing most cities HQ2 proposals. This is exactly the time when we, as a community, can thinking solutions to these challenges," said Jensen.Amazon has searched for a home for its second headquarters — nicknamed HQ2 — for more than a year. The company has whipped up suspense around the decision. It has cities competing with glossy proposals and tax cuts and Amazon watchers are eagerly looking for clues, and odds-makers are aking bets.The new facility would create 50,000 jobs and cost billion to build. After the company received 238 proposals, it selected 20 finalists cities and metropolitan areas in January. Amazon has said it will announce the winning city by end of the year. 2405

According to a recent paper, the Earth is caught directly in the crosshairs of a cosmic hurricane.A swarm of nearly 100 stars, accompanied by an even greater amount of dark matter, is aimed directly at our stellar neighborhood and there's nothing we can do to stop it; in fact, the vanguard is already upon us. This sounds like a perfect summer blockbuster movie, starring The Rock and Chris Pratt, or maybe Scarlett Johansson and Charlize Theron.Except this is for real. But is it a danger? Well, actually, no. Not at all. But it's potentially incredibly fascinating, with lots of interesting scientific interconnections. So, what is really going on?The story starts last April, when the Gaia satellite announced the locations and trajectories of 2 billion stars in the vicinity of the Milky Way surrounding our sun. They released the data to the public.Scientists were then able to look at the data set to see if they could spot anything peculiar. In galaxies like the Milky Way, the most common behavior is that the stars orbit the center of the galaxy in a manner broadly similar to the planets orbiting our sun. However, there are some stars that exhibit unusual motion. About a year ago, astronomers identified some "stellar streams" passing through our celestial neighborhood.One of them, called S1 (for stream 1), consists of nearly 100 stars of similar age and composition, orbiting the Milky Way in a direction exactly opposite that of normal stars. It's kind of like a handful of cars driving the wrong way down the highway, except with a much greater distance between them and with no likelihood of a collision. These stars are spread out over a few thousand light years and they will pass through the solar system's neighborhood over the course of a few million years.Astronomers identified S1 as being part of the remnants of a dwarf galaxy that collided with the Milky Way and was consumed in an epic episode of cosmic cannibalism. Dwarf galaxies are very small, typically about 1% the mass of the Milky Way. They can orbit larger galaxies and collide with the bigger galaxy, adding their mass to the parent. This is what appears to have happened in the case of S1, although the process has taken probably a billion years.Dwarf galaxies often have a disproportionately large fraction of dark matter. Dark matter is a hypothetical and still-undiscovered form of matter that interacts only gravitationally. Scientists have proposed its existence to explain many astronomical mysteries, for example the observation that most galaxies rotate faster than can be explained by the known laws of physics and the stars and gas of which they are composed.While dark matter has not yet been observed, hypothesizing its existence is the simplest and most economical explanation for myriad astronomical mysteries. Averaged over the entire universe, dark matter is thought to be five times more prevalent than the ordinary mass of stars and gas and planets.In dwarf galaxies, the fraction of dark matter is often higher. In Fornax, a well-studied dwarf galaxy orbiting the Milky Way, researchers estimate that the dark matter is between 10 and 100 times greater than the mass found in its stars.If that number holds for S1, the dark matter of the S1 stream is passing through the Earth at a much higher velocity than the more ordinary dark matter that orbits the Milky Way -- about twice as fast. It is thought that S1 dark matter is flying through the solar system at a speed of about 550 km/s, or about 1.2 million mph. While these numbers are impressive, they are misleading. Dark matter, if it exists, is extremely diffuse and it will have no discernible effect on the solar system.Because dark matter hasn't been observed yet, these velocity numbers are speculative, although they are strongly supported by a very large body of evidence. However, the prospect of high velocity dark matter flying through the Earth has suggested an opportunity to detect it.In a paper in the prestigious journal Physical Review D, researcher Ciaran O'Hare and his collaborators calculated the possibilities of discovering dark matter using both existing and proposed dark matter detectors. They considered two varieties of dark matter particles: a very heavy kind called a WIMP (weakly interacting massive particle) and a very light kind called an axion. Because the ultimate nature of dark matter is not known, it is important to be open to all possibilities.They found that the detectors they evaluated could find WIMPs for certain ranges of the particle mass. However, when they looked at the axion possibility, it appeared the prospects were even better. Because of its light mass and the manner in which an axion would interact with the detector, the apparatus simply has a better chance of seeing the axion. (If axions exist, of course.)Experiments with names like ADMX, MADMAX and ABRACADABRA are able or will be able to search for the signatures of dark matter proposed in the recent paper. They consist of technologies that are designed to interact with axions in a strong magnetic field and convert them to ordinary microwaves or radio waves that can be easily detected.It's important to remember that the S1 stream poses no credible threat to the Earth and humanity. There is no need for an action hero to save us. However, the synergy of science is staggering. A careful catalog of nearby stars has opened the prospect of a better possibility of finding and identifying dark matter, which is one of the great unanswered mysteries of modern physics. It's an amazing time we live in, in which we can study such things.\ 5625