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Tag: Atmosphere
Bayern expect special atmosphere at Feyenoord but also eye win
Bayern Munich coach Vincent Kompany stands in the stadium ahead of the German Bundesliga soccer match between FC Bayern Munich and VfL Wolfsburg at Allianz Arena. Tom Weller/dpa Bayern Munich are aware of the ferocious welcome they will receive from Feyenoord’s famous fans in Wednesday’s Champions League game, but still believe they can leave De Kuip with three points.
“We have a very experienced team. This is a special away game. As ever, we want to win and put in a performance,” coach Vincent Kompany told a news conference on Tuesday. “I think the atmosphere will motivate us.”
Bayern are looking to lift themselves into the top eight, who qualify automatically for the last 16 without a play-off.
“I don’t look at the table. I’ve enjoyed this new format. There’s no point looking at the table. If you win six games, you’re in the top eight. Anything else is hard to predict, but my aim is to make sure we win six games.”
Bayern have won four so far and have a home game next Wednesday against eliminated Slovan Bratislava when the league phase wraps up.
Jamal Musiala, whom Bayern hope will sign a new contract soon, said they would not underestimate the Dutch side.
“We’ve had meetings about Feyenoord already. They’re good on the counter and have talent and quality. They want to play football and they can make things happen with the ball. We’re approaching it like every game – all of us will work hard,” Musiala said.
“A few buddies of mine who have played here before have said that it’ll be very loud here. But we look forward to that.”
Feyenoord coach Brian Priske earlier told a news conference: “It’s a difficult phase but it’s another opportunity to get a result. I love Feyenoord and I love playing against top clubs. It’s nice for me to be here, where so many expectations are placed on me.”
Feyenoord striker Santiago Giménez added: “Our counter-attacking play will be key. They’re good in possession, no matter who they play against. We need to be ready to battle and run.”
Bayern Munich are gearing up for a tough away fixture against Feyenoord in the Champions League, and they are expecting a special atmosphere at the iconic De Kuip stadium. The Dutch fans are known for their passionate support, and the players are looking forward to the challenge of playing in such a hostile environment.However, Bayern are not just there to soak in the atmosphere – they are eyeing a win to continue their strong start to the Champions League campaign. The German giants have been in excellent form this season, and they will be looking to maintain their unbeaten record in Europe.
With their star-studded squad and experienced manager, Bayern are confident that they have what it takes to come away with all three points. But they know that they will have to be at their best to overcome a tough Feyenoord side.
The players are ready for the challenge and are determined to put on a show for the fans, both home and away. It promises to be an exciting match, and Bayern will be hoping to come out on top in what is sure to be a thrilling encounter.
Tags:
- Bayern Munich
- Feyenoord
- Champions League
- Special Atmosphere
- Football Match
- European Football
- Sports News
- Soccer Fans
- Exciting Matchup
- Title Race
#Bayern #expect #special #atmosphere #Feyenoord #eye #win
Rune will face hostile atmosphere against Kecmanovic with arena full of Serbian immigrants
Holger Rune could find himself in the midst of a hostile atmosphere when he on Saturday morning faces the Serb Miomir Kecmanovic in the third round of the Australian Open.
The 21-year old Dane has looked in fine form at the first Grand Slam tournament of the year, perhaps especially when he knocked out the hard-serving Italian Matteo Berrettini in the second round.
However, against Kecmanovic Holger Rune will not only face an opponent who makes very mistakes from the forehand and backhand but also enjoys immense support from a crowd with many relations to the Balkan nation.
Different reasons like financial instability and war have throughout history paved the way for many ex-Yugoslav immigrants immigrating to Australia in search of a better life.
Although migration has been reduced during the last decade, the Serbian community in Australia maintains their cultural ties through the support of various Serbian clubs, sporting clubs, associations and attending Serbian Orthodox churches. In 2021 municipal figures established that around 100.000 Serbs today resides in Australia, many of them in Melbourne where Australian Open takes place.
On that background its not difficult to comprehend that Kecmanovic has felt right at home at the Grand Slam tournament.
“I love being here, there’s so many Serbian people and they always show up,” the 24-year-old said after having booked his place in the third round of Australian Open 2024 after a hard-fought victory over Jan-Lennard Struff on Thursday.
“It always feels like you are home.”
In his six Australian Open main-draw campaigns, Kecmanovic, who at the age of 13 relocated from Belgrade to Florida, in the United States, has steadily built on that affinity.
In 2022, he recorded his best Grand Slam showing as he defeated higher-ranked opponents in Lorenzo Sonego and Tommy Paul to reach the tournament’s final 16.
Rune has met Kecmanovic twice before. Both matches took place at the end of 2023, when they both won once on indoor hard court.
The match Saturday will take place on Margaret Court Arena and will start around 11.00 AM CET.
The winner of the match can in all probability look forward to a meeting with world No 1, Jannik Sinner, in the fourth round.
Rune will face a hostile atmosphere in his upcoming match against Kecmanovic, as the arena is expected to be full of Serbian immigrants cheering on their fellow countryman. The passionate support for Kecmanovic may create a challenging environment for Rune, but the young player is determined to stay focused and give his best performance on the court. Can Rune overcome the intense atmosphere and come out victorious? Stay tuned to find out!#Rune vs Kecmanovic #Serbian immigrants #hostile atmosphere #passionate support #tennis match
Tags:
- Rune vs Kecmanovic match
- Hostile atmosphere in tennis
- Serbian immigrants in sports
- Rune vs Kecmanovic rivalry
- Tennis match predictions
- Rune and Kecmanovic face off
- Serbian tennis players
- Tennis arena atmosphere
- Rune vs Kecmanovic match analysis
- Sports events with immigrant fans
#Rune #face #hostile #atmosphere #Kecmanovic #arena #full #Serbian #immigrants
A Closer Look at the Atmosphere of PG192b
PG192b is a recently discovered exoplanet located approximately 85 light-years away from Earth. It belongs to the class of hot Jupiters, which are gas giants that orbit very close to their parent stars. What makes PG192b particularly interesting is its unique atmosphere, which scientists are eager to study in order to gain insights into the planet’s composition and formation.One of the key characteristics of PG192b’s atmosphere is its extreme heat. The planet is so close to its host star that its surface temperature is estimated to be around 2,800 degrees Fahrenheit (1,537 degrees Celsius). This intense heat causes the molecules in the atmosphere to be highly energized, leading to a variety of complex chemical reactions that produce a range of exotic compounds.
One of the most intriguing aspects of PG192b’s atmosphere is the presence of heavy elements such as iron and titanium. These elements are typically found in the cores of gas giants like Jupiter, but on PG192b they appear to be present in the upper atmosphere. Scientists believe that this unusual distribution of heavy elements could be the result of the planet’s formation process or its interaction with its parent star.
Another fascinating feature of PG192b’s atmosphere is the presence of large amounts of water vapor. While water vapor is a common feature of exoplanet atmospheres, the high levels on PG192b suggest that the planet may have once had a significant amount of water on its surface. This raises questions about the planet’s history and the potential for habitability.
To study the atmosphere of PG192b in more detail, scientists are using a variety of telescopes and instruments to analyze the planet’s spectrum of light. By examining the wavelengths of light that are absorbed and emitted by the atmosphere, researchers can determine the composition of the gases present and gain insights into the planet’s physical properties.
Overall, PG192b’s atmosphere offers a tantalizing glimpse into the diversity of exoplanet atmospheres and the complex processes that shape these distant worlds. By studying this unique planet, scientists hope to learn more about the formation and evolution of gas giants, as well as the potential for habitable environments beyond our solar system.
#Closer #Atmosphere #PG192b,pg192b
A Chinese spacecraft burned up over Los Angeles. Earthquake sensors mapped its path through the atmosphere.
On 2 April, a shower of fireballs lit up the night sky over Los Angeles and much of central and Southern California. Onlookers wondered whether they were witnessing a meteor, a failed rocket launch, or even a UFO.
Astronomers later confirmed that the fireballs were space debris from the orbital module of a Chinese spacecraft called Shenzhou-15, first launched in November 2022. The spacecraft’s uncontrolled reentry sparked international complaints about the dangers of space junk plunging to Earth, but the event also inspired a new way for seismologists to use ground signals to track the fate of such debris.
Sonic booms were picked up by seismometers stationed throughout the Los Angeles basin. Now, a team has reconstructed the spacecraft’s trajectory through the atmosphere from those seismic records. This new technique could help researchers detect incoming space debris around the globe, even without visual observations.
“I’m not aware of work that’s been done to try to track and characterize space debris using seismic measurements,” said planetary scientist Benjamin Fernando of Johns Hopkins University in Baltimore, the study’s lead author. Fernando and his colleagues described their work on 9 December at AGU’s Annual Meeting 2024 in Washington, D.C.
Related: Space junk: How broken satellites are creating a garbage crisis in the sky
The growing hazards of space debris
Until recently, out-of-control space debris was a rare phenomenon. “Increasing space missions have led to larger and more spaceships being launched that subsequently deorbit,” Fernando said. “Pieces of that debris plummet back to Earth, posing a risk to people’s lives and properties.”
Fernando became interested in the 2 April event after he found out that people in Los Angeles had heard the debris as it flamed high overhead. He speculated that if humans could hear it, supersensitive seismometers must have picked up signals, too.
“While cameras and radars are good instruments to track space debris, they are scarce in unpopulated areas,” he said. “Seismometers are better at picking up minute signals from vibrations, especially for such a promising event that produced sonic booms.”
Fernando and his colleagues downloaded the seismic data recorded that night from stations across the Los Angeles basin and found similar sets of seismic signals moving inland from the Pacific coast. Then, they spent months parsing the data to track the trajectory of the debris, its speed, its size, and the populations it crossed over before breaking up.
Fernando was involved last year with a planned effort to track an incoming human-made object through Earth’s atmosphere: a capsule carrying samples from the asteroid Bennu, part of NASA‘s Origins, Spectral Interpretation, Resource Identification, and Security–Regolith Explorer (OSIRIS-REx) mission. Seismometers and other equipment tracked the capsule’s blazing trajectory and hypersonic booms over the Utah desert in September 2023. Fernando noted that the Shenzhou-15 reentry marks one of the first times seismologists have used ground stations to track space debris with no warning.
This method could expose other incoming objects over less populated areas, he said, as long as enough seismic stations pick up the atmospheric signals. The researchers could similarly track an object’s speed and trajectory and maybe determine its size and how it broke up, Fernando noted.
If applied quickly to fireball events, the technique could possibly help scientists predict whether debris might hit a populated region once it has entered Earth’s atmosphere, Fernando added: “It isn’t outside of the realm of possibility, but it is quite challenging — particularly with this event, because of the complicated terrain of L.A.”
The challenges of a moving target
The new approach is a novel use of seismic data, said Kathleen McKee, a volcano geophysicist at Vanderbilt University in Nashville, Tenn. McKee uses seismic waves to track magma and gas movements below Earth’s surface.
Mitigating public safety hazards from objects reentering Earth’s atmosphere is an important goal, McKee noted, but it’s not without barriers. “The challenge is that the object is moving in three dimensions, through an atmosphere that is changing constantly, affecting how sound propagates through it,” she said, adding that changing winds and weather conditions might affect how precisely scientists could pinpoint a likely crash location of space debris.
Nevertheless, it’s a valuable challenge in applied research, she said. “It is a hard problem to solve, but definitely one worth pursuing.”
This article was originally published on Eos.org. Read the original article.
On March 4th, 2023, residents of Los Angeles were treated to a spectacular sight as a Chinese spacecraft burned up upon reentry into Earth’s atmosphere. The bright streak of light could be seen streaking across the night sky, leaving a trail of fiery debris in its wake.What made this event even more fascinating was the fact that earthquake sensors across the city were able to map the spacecraft’s path as it hurtled towards its fiery demise. The sensors, typically used to detect seismic activity, picked up on the spacecraft’s descent and tracked its trajectory through the atmosphere.
While the exact details of the spacecraft and its mission remain unknown, the event serves as a reminder of the risks and challenges of space exploration. The burning spacecraft may have been a mere blip in the sky for residents of Los Angeles, but its impact will surely be felt across the scientific community.
As we continue to push the boundaries of space exploration, events like this serve as a sobering reminder of the dangers that come with venturing beyond the confines of our planet. The burning spacecraft over Los Angeles may have been a fleeting spectacle, but its legacy will live on in the data collected by earthquake sensors and the curiosity it sparked in all who witnessed it.
Tags:
- Chinese spacecraft
- Los Angeles
- Earthquake sensors
- Space debris
- Atmospheric re-entry
- Aerospace technology
- Satellite tracking
- Space exploration
- Space junk
- International space missions
#Chinese #spacecraft #burned #Los #Angeles #Earthquake #sensors #mapped #path #atmosphere
Understanding the Atmosphere of Exoplanet PG192b
PG192b is a fascinating exoplanet located in the constellation of Aquarius, approximately 75 light-years away from Earth. Discovered in 2014 by the Kepler Space Telescope, PG192b has captured the attention of astronomers and researchers due to its unique atmosphere.Understanding the atmosphere of exoplanets like PG192b is crucial in determining their potential habitability and composition. By studying the chemical makeup of these distant worlds, scientists can gain valuable insights into their formation and evolution.
One of the key aspects of PG192b’s atmosphere is its high levels of methane and carbon monoxide, which suggest a rich and complex chemistry at work. These chemicals are commonly found in the atmospheres of gas giants like Jupiter and Saturn, but their presence in an exoplanet like PG192b is quite rare.
Additionally, PG192b has a thick cloud cover that obscures its surface from view, making it difficult for astronomers to study its composition and properties. However, recent advancements in observational techniques have allowed researchers to gain a better understanding of the planet’s atmosphere.
One of the most intriguing aspects of PG192b is its extreme temperature, which can reach up to 2000 degrees Celsius on its dayside. This scorching heat is due to the planet’s close proximity to its host star, which results in intense radiation and heat levels.
Despite its harsh conditions, PG192b presents a unique opportunity for scientists to study the atmospheres of exoplanets and gain valuable insights into the diversity of worlds beyond our solar system. By analyzing the chemical composition and properties of PG192b, researchers can further our understanding of planetary formation and evolution.
In conclusion, the atmosphere of exoplanet PG192b offers a glimpse into the complex and diverse nature of distant worlds in our galaxy. By studying the composition and properties of this intriguing planet, scientists can uncover valuable information about the processes that shape the universe and the potential for habitable worlds beyond our own.
#Understanding #Atmosphere #Exoplanet #PG192b,pg192b
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(as of Dec 26,2024 22:25:28 UTC – Details)
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