June 2021

Detection system

Sportradar announces 10-year agreement with the NHL

Sportradar has announced a “historic” ten-year global partnership with the NHL.

The agreement will see Sportradar become the official partner of betting data rights, official betting broadcast rights and official media data rights of the American Ice Hockey League, as well as an official integrity partner.

Both men say the partnership will “focus” on fan engagement and also see them working together to expand the league’s reach by leveraging Sportradar’s technology solutions aimed at providing fans with deeper access and improved information about the game.

As part of this partnership, Sportradar – which has been the official global distributor of NHL data since 2015 – will distribute official NHL data and statistics to media, technology and sports betting companies around the world, including real-time data from the new Puck and Player Tracking Technology.

The agreement also grants Sportradar, official partner of the Sport Industry Awards 2021, the right to provide sports betting operators with live broadcasts of NHL games through the operators’ digital betting platforms available in legalized markets.

“As the world’s leading provider of sports data for the media and betting industry, Sportradar has the unique expertise to help us deliver statistics, information and video content to our fans, who are extremely tech-savvy. and are constantly looking for new, compelling ways to engage. with our sport, ”said NHL Commissioner Gary Bettman.

“The capabilities, versatility and global scale of Sportradar’s platforms and products will help us provide fans, media and sports betting companies around the world with greater data depth and a more immersive experience. game. We are excited to continue and deepen our important partnership with Sportradar and look forward to delivering a top notch fan experience through our collaborations over the next decade. “

Carsten Koerl, Sportradar Global CEO, added, “The NHL has been a tremendous partner for Sportradar for almost seven years and we look forward to working with them in a broad way to continue to increase the league’s global reach, while delivering ground. disruptive products and services to our customers.

“This agreement truly highlights the global, multi-vertical and far-reaching capabilities of Sportradar’s technology solutions and reflects how we use data to create engaging and personalized experiences for our partners and customers.

As part of the strategic alliance, the NHL and Sportradar will also team up to develop sports betting partnerships outside of North America using the latter’s data-driven marketing solution.

Sportradar will also continue as the official NHL Integrity Service Provider, using its Universal Fraud Detection System to proactively help protect and ensure the integrity of its competitors by monitoring activity and trends. games around the world.

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Radio waves

Beijing blocks radio signals during Communist Party centenary

Chinese authorities are to impose control over radio signals as the 100th anniversary of the ruling Chinese Communist Party (CCP) approaches on July 1.

The new measures prohibit radio stations or remotely controlled radio equipment from transmitting or transmitting radio waves, and block specific frequencies from 12:00 p.m. to 12:00 p.m. on July 1, except those approved for daytime broadcast activities. same, according to a document released by Beijing. authorities on June 20.

Authorities must ban the use of intercoms, wireless microphones and outdoor base stations for wireless networks in the Second Ring Road that surrounds central Beijing.

Other types of equipment using radio waves, such as remote control car models and GPS jammers, are also on the ban list, which was established with the Central Theater Command of the Chinese regime’s army.

Flying objects such as doves, drones, kites and balloons have been banned from flying over nine parts of the city since June 13.

Additionally, on June 20, Beijing Capital International Airport reminded passengers entering Beijing that inspections will be stepped up, suggesting reducing carry-on baggage and preparing an extra hour to two hours for check-in.

The railways department ordered a second inspection for people entering the capital. Likewise, packages sent to Beijing are only allowed after a double security check.

The petitioners, who hope their grievances can be rectified by central authorities, have reportedly had their movement in the capital restricted or have been arrested at security checkpoints at local train stations.

People who reside in Beijing are also monitored. A video provided to The Epoch Times in early June shows that six guards were assigned to a bus with devices that monitor passenger movements.

As the centenary approached, outspoken dissidents and activists were warned, forced to travel, or disappeared before June 4. Citizens with spiritual beliefs, such as Falun Gong practitioners, have been harassed, arrested, or detained. Even staunch supporters of Mao Zedong, the first leader of the CCP, were also targeted.

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Radio waves

It is the largest radio telescope in the world

It is the largest radio telescope in the world

The world’s largest radio telescope, FAST, is a huge engineering marvel. It measures 500 meters in diameter and was built in the southern province of Guizhou in China. Construction took five years and $ 180 million.

According to researchers via state media, FAST will search for gravitational waves, will detect radio broadcasts from stars and galaxies, and it will also listen for signs of intelligent alien life.

“The ultimate goal of FAST is to discover the laws of the development of the universe,” Qian Lei, one of the associate researchers of the National Astronomical Observatories of the Chinese Academy of Sciences, told public broadcaster CCTV.

More than 8,000 people were moved from their homes in eight villages because the telescope needed radio silence within a five-kilometer radius. According to CCTV, in a recent test, the telescope received radio signals from a pulsar located 1,351 light years from Earth.

The complex project was not without its challenges – it has a radical design and initially struggled to attract staff, in part due to its remoteness. But the benefits of science will be immense. FAST will collect radio waves from an area twice the size of the next largest satellite dish telescope, the Arecibo Observatory in Puerto Rico.

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The massive size of the Chinese observatory means it can detect whisperings of extremely weak radio waves from an array of sources across the Universe, such as the spinning nuclei of dead stars, called pulsars, and hydrogen in distant galaxies. He will also explore a frontier in radio astronomy – using radio waves to locate exoplanets, which may harbor alien life.

Since testing began in 2016, only Chinese scientists have been able to carry out projects studying preliminary data from the telescope. But now, the observation time will be accessible to researchers around the world, said Zhiqiang Shen, director of the Shanghai Astronomical Observatory and co-chair of the FAST oversight committee of the Chinese Academy of Sciences.

The 1.2 billion yuan ($ 171 million) telescope, also known as the Tianyan or “the eye of the sky”, took half a decade to build in the remote Dawodang Depression in the United States. Guizhou province in southwest China. Its 500-meter-wide dish is made up of approximately 4,400 individual aluminum panels that more than 2,000 mechanical winches tilt and maneuver to focus on different areas of the sky. Although it sees less of the sky than some other advanced radio telescopes and has a lower resolution than multi-antenna arrays, FAST’s size makes it particularly sensitive.

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FAST only examines a tiny fraction of the sky at a time, making it unlikely that many new FRBs will be discovered, which are ephemeral and occur in seemingly random locations. But the telescope’s “impressive sensitivity” will be useful for tracking sources in detail, says Laura Spitler, an astronomer at the Max Planck Institute for Radio Astronomy in Bonn, Germany. Repeated observations could allow scientists to learn about the environment from which an FRB emerged and determine whether explosions vary in energy or recur in a defined pattern.

FAST will also spur the efforts of an international collaboration that tries to spot ripples in space-time as they sweep the Galaxy, McLaughlin said. The International Pulsar Timing Array uses radio telescopes around the world to monitor regular pulsar emissions, looking for distortions that would reveal the passage of these low-frequency gravitational waves. By the 2030s, FAST is expected to have accumulated enough sensitive measurements to study individual sources of such waves, such as supermassive black hole collisions.

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Radio enthusiasts

Local amateurs will participate in National Field Day this weekend

Amateur radio operators from the Statesboro Amateur Radio Society, or STARS, and the Southeast Amateur Radio Association, or SARA, will set up their equipment on Saturday morning to participate in the 24-hour national exercise on amateur radio, which will end on Sunday afternoon. .

The staging area will be the grounds of the Bulloch County Horseman’s Association Arena on Mill Creek Road. STARS and SARA members invite the public to visit as they show how amateur radio can provide emergency communications in disasters and also seek to interest others in the hobby.

On Saturday morning, amateur radio operators will erect a portable antenna tower, don a few basic wire antennas such as those that could be used for emergency communications support, and start a portable generator to power their radios on site.

“This is, after all, practicing emergency communications, so we’re going to be training with emergency power,” said Mark Aulick, president of the Statesboro Amateur Radio Society, radio call sign KF4MLT.

Then, during the 24 hour period, from Saturday June 26 at 2 p.m. to Sunday June 27 at 2 p.m., amateur radio enthusiasts will establish two-way contact with as many other stations in the United States and Canada as possible, by recording each successful call. Probably eight to 15 local licensed ham operators will participate, operating two stations but also providing a third as a “Get on the Air” station for use primarily by interested but unlicensed visitors.

Licensed Operators can help these visitors get on air and contact stations across America and potentially around the world.

“We like people to come there. … ”Said Aulick. ” Everyone is welcome. “

Local organizations specifically invited Bulloch County Sheriff Noel Brown, at least one member of Statesboro City Council and young people from a local explorers’ troop, Aulick noted.

88 years of tradition

Amateur radio has been around for over 100 years now, advancing with technology to enable people from all walks of life to learn and experiment with electronics and communications. Amateur radio operators also provide a free public service with disaster and emergency communication capabilities. The national Field Day tradition itself is 88 years old and dates from the first such exercise in 1933.

The American Radio Relay League, or ARRL, the nation’s largest association of amateur radio operators, continues to coordinate Field Day.

In a press release, ARRL Communications Officer David Isgur compared amateur radio to the daily use of smartphones and computers for communication, which provide ease of use for people with little or no no knowledge of how they work.

“But if there is an interruption in service or if you are out of range of a cell phone tower, you have no way of communicating,” he said. “Amateur radio operates completely independent of the Internet or mobile phone infrastructure, can interface with tablets or smartphones, and can be installed almost anywhere in a matter of minutes. That’s the beauty of amateur radio during a communication failure.

Amateur radio now offers a number of digital modes of operation, such as EchoLink, which works over the internet, Aulick noted. But for Field Day, operations here will primarily be through voice transmission over traditional high-frequency, or HF, bands, also known as shortwave.

The ARRL reports that there are over 725,000 licensed hams in the United States, ranging in age from 8 to 100 years old. More than 35,000 people participated in Field Day 2020 activities from thousands of locations, according to the ARRL.

A Field Day event was held here last year, but with limited attendance due to the pandemic.

At last week’s city council meeting, Mayor Jonathan McCollar issued a proclamation naming June 21-27 as Statesboro Amateur Radio Week and recognizing the day’s event on the ground. For more information on Field Day or Amateur Radio, contact Aulick at [email protected] or visit

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Detection system

Man skinned by bullets after gunman opened fire on car in Salinas – CBS San Francisco

SALINAS (BCN) – Several shells were fired at a car on Sunday morning in Salinas but no one inside was seriously injured, police said.

The shooting took place around 2:30 a.m. near the Amtrak station in Salinas. One of the two men in the car sustained scratched wounds to his forehead and fingers. The other man was not affected by the gunfire, Salinas police said in a social media statement.

The men were in a white Honda Accord and had just left a relative’s home in the North First Street and West Alvin Drive area, police said.

They noticed a gray sedan with tinted windows following them around the rue Martella neighborhood, and they were shot as they approached the train tracks.

While they were driving on the rails, their car broke down. It was then that someone rushed to his car, fired several bullets at the vehicle and then fled, police said.

The two men waited a few minutes then got out of the car and did not return until the police showed up. Police responded after a gunshot detection system notified them of the gunfire.

No description of the suspect was available.

Anyone with information relating to this shooting is urged to contact Salinas Police at (831) 758-7321.

© Copyright 2021 CBS Broadcasting Inc. and Bay City News Service. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.

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Electromagnetic waves

“Surfing” particles: physicists solve a mystery surrounding the Northern Lights | NSF

Research News

“Surfing” particles: physicists solve a mystery surrounding the Northern Lights

Experiments confirm the interaction of electrons and Alfvén waves

The swirling green light curtains of the Northern Lights, captured in Alaska.

June 21, 2021

The spectacularly colored Northern Lights – or Northern Lights – that fill the skies in high latitude regions have fascinated people for thousands of years. Today, a team of scientists has solved one of the last mysteries surrounding its origin.

Researchers know that electrons and other energized particles, which emanate from the sun as part of the “solar wind,” accelerate the Earth’s magnetic field lines and reach the upper atmosphere. There, they collide with molecules of oxygen and nitrogen, propelling them into an excited state. These molecules then relax by emitting light, producing the beautiful green and other hues of dawn.

What has not been fully understood is precisely how groups of electrons accelerate through the magnetic field on the last leg of their journey, reaching speeds of up to 45 million mph. In a study published in Nature Communications, physicists from the University of California at Los Angeles, Wheaton College, the University of Iowa, and the Space Science Institute answered the question.

One popular theory has been that electrons hitchhike on Alfvén waves – electromagnetic waves that spacecraft have frequently identified traveling to Earth along magnetic field lines above the aurora. While space research has strongly supported the theory, limitations inherent in spacecraft measurements have prevented a definitive test.

To overcome these limitations, physicists conducted laboratory experiments at UCLA’s Basic Plasma Science Facility, supported by the US National Science Foundation and the US Department of Energy. The research is the first direct test showing that Alfven waves can produce accelerated electrons that cause aurora.

Vyacheslav (Slava) Lukin, program director in the physics division of the NSF, said that “this experimental confirmation of the physics behind the aurora is due to the ingenuity of the research groups at the University of Iowa and UCLA. From student support through an NSF Graduate Fellowship, to the NSF CAREER program for early career faculty, to the 25-year partnership between NSF and the Department of Energy which has enabled The unique capabilities of the Basic Plasma Science Facility, this is a discovery made possible by the continued support of the academic research community.

NSF Public affairs,
[email protected]

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Radio waves

Retrospective with Aurore Eaton: The “space race” arrives at NH in 1959 | Looking back

WITH THE ACTIVATION of the new 6594th Instrumentation Squadron at Manchester Grenier Air Base in October 1959, a new era began.

That year, Grenier AFB housed US Air Force Reserve and New Hampshire National Guard operations. The last regular Air Force unit stationed at the base was the 1610th Air Transport Group, which had been inactivated in 1955.

A component of the US Air Force, the 6594th was a highly specialized technical unit under the operational control of the 6594th Test Wing (Satellite) based in Palo Alto, Calif., Which was part of the Air Force’s ballistic missile division. from Air Research and Development. Order.

The squadron’s mission was to operate a satellite tracking station on the New Boston Bombing Range, the obsolete training ground at Grenier AFB. It would be the first Air Force station built specifically to track satellite orbits, receive telemetry information from them (via radio waves), process that data through complex computers, and send commands and data to the spacecraft.

There was great urgency in this matter, as the Soviet Union had beaten the United States in space with the successful launch of its tiny Sputnik 1 radio-transmitting satellite on October 4, 1957. This development led to the space race, part of the current Cold War crisis between the Soviets and the Americans.

The first successful American satellite was Explorer 1, which was launched on January 31, 1958. It was equipped with a cosmic ray detector to measure radiation in orbit.

On April 1, 1960, the New Boston Satellite Tracking Station began operating with mobile, van-mounted equipment. The construction of the ten buildings on the site is largely completed and radars and other electronic equipment will be installed during the summer.

Military personnel at the satellite base were housed in barracks at Grenier AFB, with the exception of married men with families who rented civilian accommodation in the area. Of the staff of around 300, about 75% were military, while the remainder were civilian employees primarily of the Lockheed Corporation and the Philco Company.

The station was part of a network of monitoring facilities working on the Discoverer satellite program. These satellites were launched into space at Vandenberg Air Force Base in California.

The New Boston station served as the USAF’s satellite test center, facilitating communications between all Discoverer satellite operations nationwide.

As Lieutenant Nicholas Polio, Station Operations Officer, explained in August 1960: “Being able to contact a satellite as it circles the earth at about 18,000 miles per hour is an important feature of the new Boston station… We can talk to the satellite as it passes overhead and tell it what to do and the satellite can respond to us and tell us how it’s doing.

On December 21, 1960, the Tampa (Florida) Times newspaper reported that the latest in the Discoverer satellite series, Discoverer XIX (19), had just been launched the day before at Vandenberg Air Force Base and was now in orbit. It has been reported that, unlike some other satellites in the series, this one does not carry a salvageable capsule.

Looking back on it today, we know it was not one of the top secret “Project Corona” satellites containing photosurveillance equipment to spy on the Soviet Union or China. The CIA used the Discoverer program to cover up this top secret operation. Instead, Discovery XIX’s goal was to study infrared light in the upper atmosphere to help future Midas satellites detect hostile missile fire by reporting heat flashes above normal level.

The planned Midas satellites, which could “see” infrared light through special sensors, would be part of the country’s missile defense system.

At the end of December 1960, the New Boston Satellite Tracking Station briefly made national news.

An article by United Press International, published in numerous newspapers, announced the expected fate of the spacecraft: “The satellite is silent – New Boston, NH – The Air Force said today that the Discovered XIX satellite has lost its transmitting power… the New Boston Radar satellite tracking station said its last contact with the satellite was at 11:34 pm on Christmas Day…[during] the 75th satellite world tour.

Next week: Boston’s new satellite tracking station through time.

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