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A Wisconsin man has become the eighth person charged by the state of Michigan and the 14th person charged overall for his alleged role in the kidnapping plot of Gov. Gretchen Whitmer.Brian Higgins, 51, from Wisconsin Dells, was charged with material support of an act of terrorism, a 20-year felony.According to the Michigan Attorney General Dana Nessel, Higgins allegedly provided assistance in the plan to kidnap Whitmer.Higgins was arrested in Wisconsin on Thursday and is expected to be extradited to Michigan and be arraigned in Antrim County.“While the political rhetoric in our nation may at times be divisive, I am encouraged by the united front our law enforcement community has displayed in response to this indescribable act of terror,” Nessel said in a release. “These were very credible, and very serious threats to our elected officials and the public in general, and the swift actions taken by state and federal authorities this past week are nothing short of heroic.”Related: How a group of extremists plotted to kidnap a sitting governorIn all, there are 20 different state felonies charged against eight people. Six other people are facing federal charges. All but one of the six defendants charged last week have been arraigned and are in custody in Michigan jails. Paul Bellar is still facing extradition from South Carolina and is scheduled to be picked up on Oct. 27.The others charged include:Paul Bellar, 21, of Milford, was arrested in South Carolina. He is charged with:Providing material support for terrorist acts, a 20-year felony and/or ,000 fineGang membership, a 20-year felonyCarrying or possessing a firearm during the commission of a felonyFelony firearm, a two-year mandatory prison sentenceShawn Fix, 38, of Belleville was arraigned in Antrim County with bond set at 0,000. He is charged with:Providing material support for terrorist acts, a 20-year felony and/or ,000 fineGang membership, a 20-year felonyCarrying or possessing a firearm during the commission of a felonyFelony firearm, a two-year mandatory prison sentenceEric Molitor, 36, of Cadillac, was arraigned in Antrim County with bond set at 0,000. He is charged with:Providing material support for terrorist acts, a 20-year felony and/or ,000 fineGang membership, a 20-year felonyCarrying or possessing a firearm during the commission of a felonyFelony firearm, a two-year mandatory prison sentenceMichael Null, 38, of Plainwell was arraigned in Antrim County with bond set at 0,000. He is charged with one count of:Providing material support for terrorist acts, a 20-year felony and/or ,000 fineCarrying or possessing a firearm during the commission of a felonyFelony firearm, a two-year mandatory prison sentenceWilliam Null, 38, of Shelbyville, was arraigned in Antrim County with bond set at 0,000. He is charged with one count of:Providing material support for terrorist acts, a 20-year felony and/or ,000 fineCarrying or possessing a firearm during the commission of a felonyFelony firearm, a two-year mandatory prison sentencePete Musico, 42, of Munith was arraigned in Jackson County with a cash bond set at million. He is charged with:One count of threat of terrorism, a 20-year felony and/or ,000 fineOne count of gang membership, a 20-year felonyOne count of providing material support for terrorist actsOne count for carrying or possessing a firearm during the commission of a felonyFelony firearm, a two-year mandatory prison sentenceJoseph Morrison, 26, of Munith, was arraigned in Jackson County with a cash bond set at million. He is charged with:One count of threat of terrorism, a 20-year felony and/or ,000 fineOne count of gang membership, a 20-year felonyOne count of providing material support for terrorist actsOne count for carrying or possessing a firearm during the commission of a felonyFelony firearm, a two-year mandatory prison sentenceThis story was originally published by staff at WXYZ. 3967

ALPINE, Calif. (KGTV) - The Alpine Union School District reporting its first positive COVID-19 case since in-person learning began a month ago.Around 9:30 a.m. Thursday morning, staff at Boulder Oaks Elementary received a call from a parent."Heard from a parent their child was in fact positive for COVID-19," said District superintendent Rich Newman.Newman says immediately, contact tracing protocols kicked in. The student was part of a hybrid-learning group, and Thursday was a distance learning day. Within an hour, school and school district officials had mapped out the student's contacts since Monday."We were able to trace the student from the classroom seat to the restroom they used, to their seat at lunch, to the health office -- their path on campus," said Newman.The final tally: 10 students, a teacher and a support staffer who had been within six feet and spent 15 minutes or more with the student. An hour later, the school was providing the list of contacts to county health officials, while staff began calling the impacted parents and students. Electrostatic cleaning was done in affected locations. Newman says the contact tracing was effective because of extensive planning. Students are asked to stick close to their classroom grouping throughout the day."We were able to track their day because we've assigned locations for lunch, we've assigned restrooms to use. We know when they went to health office and which areas they went for outside breaks," said Newman.Once the tracing was complete, the impacted students and staff were asked to quarantine at home for 14 days and switch to distance learning. The affected staff were given COVID-19 tests.Newman believes the breadth of their COVID-19 measures will make a big difference."We hope these protocols will ensure, when these cases happen, we will stay open for in-person learning," said Newman.Boulder Oaks Elementary has about 500 students and 50 staff. The school district offers drive-thru COVID-19 testing for its staff every two weeks. 2027

Alert: Shooting in the 1400 Block of Cedar Street S.E. Lookout: Black, Sedan last seen fleeing through the alley.Have info? Call (202) 727-9099/text 50411— DC Police Department #StayHomeDC (@DCPoliceDept) July 5, 2020 227

Accused Russian spy Maria Butina appears to have reached a plea deal with federal prosecutors.Butina is accused of trying to infiltrate Republican political circles and party leaders during the 2016 campaign in order to advance Russian interests, and prosecutors have said the former American University student was in touch with politically powerful Russians about her activities in the US.Her attorneys and prosecutors on Monday filed a two-page request for a "change of plea" hearing as soon as Tuesday.Butina has maintained her innocence and has been in jail since her arrest for illegally acting as a foreign agent.This story is breaking and will be updated. 671

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