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Freiburg welcome West Ham to Germany for a Europa League Group A fixture. The two sides will hope to continue strong starts to their continental campaigns - Freiburg were impressive in a 3-2 win at Olympiakos, while West Ham overcame Backa Topola. David Moyes’s men ended a rough run in the Premier League with a solid performance against Sheffield United at the weekend, and would take a significant step towards progressing with a win away from home. But Freiburg, though short of goals, have made an encouraging start in the Bundesliga and will hope to take control of the group. Here’s everything you need to know ahead of the fixture; see all the latest Europa League odds and tips for tonight here. When is Freiburg vs West Ham? Freiburg vs West Ham is due to kick off at 5.45pm BST on Thursday 5 October at Europa-Park Stadion in Freiburg. How can I watch it? Viewers in the United Kingdom can watch the match live on TNT Sports 2, with coverage on the channel from 5pm BST. Subscribers can also stream the action via discovery+. If you’re travelling abroad and want to watch major sporting events, you might need a VPN to unblock your streaming app. Our VPN roundup is here to help: get great deals on the best VPNs in the market. Viewers using a VPN need to make sure that they comply with any local regulations where they are and also with the terms of their service provider. Team news Yannik Keitel went off after just 20 minutes of Freiburg’s weekend win against Augsburg, and would appear unlikely for involvement. Manager Christian Streich has used both a back-four and a back-three this season. West Ham have Edson Alvarez back available after the former Ajax midfielder served a competition suspension in his new club’s Group A opener. Veteran goalkeeper Lukasz Fabianski should feature having lost his place as first choice to Alphonse Areola, but Aaron Cresswell is out with a hamstring injury. Predicted line-ups Freiburg XI: Atubolu; Kubler, Ginter, Lienhart, Schmidt; Hofler, Eggestein; Doan, Sallai, Grifo; Holer. West Ham XI: Fabianski; Kehrer, Zouma, Mavropanos, Emerson; Ward-Prowse, Alvarez, Paqueta; Kudus, Ings, Benrahma.. Odds Freiburg win 31/20 Draw 13/5 West Ham win 8/5 Get the latest football odds here. Prediction A draw. Freiburg 1-1 West Ham. Read More Every VAR apology so far: From Liverpool offside to Man City handball VAR officials who missed Liverpool’s ‘onside’ goal to be replaced Why Europa League offers unmissable opportunity to Premier League sides Jonas Eidevall: Alessia Russo won’t put herself under pressure on Man Utd return Gareth Southgate says: ‘I think we should just accept referees’ decisions’ Gareth Southgate positive about UK and Ireland bid for Euro 2028

MOSCOW Russian President Vladimir Putin on Thursday called the Canadian parliament's standing ovations to honour a Ukrainian war

DARESBURY, England--(BUSINESS WIRE)--Oct 5, 2023--

The new border force is designed to curb rising illegal immigration - a major political issue.

By Huw Jones LONDON The European Union, Britain and Switzerland have little choice but to copy Wall Street

By Dominique Vidalon PARIS (Reuters) -French supermarket group Casino has finalised a deal to avert bankruptcy through a debt restructuring

A federal court on Thursday approved a new congressional map in Alabama that significantly boosts the Black population of a second district and could represent a pickup opportunity for Democrats in next year's elections.

Workers will receive a 19% pay hike over five years under an agreement with Volvo Group-owned Mack Trucks

It’s been a big year for labor organizing in the U.S. And from auto production lines to Hollywood, all eyes are on strikes taking the world of work by storm

Earth has been hit by a blast from a dead star so energetic that scientists cannot explain it. The burst of gamma rays, originating in a dead star known as a pulsar, is the most high energy of its kind ever seen. It was equivalent about ten trillion times the energy of visible light, or 20 tera-electronvolts. Scientists are unable to explain exactly what kind of a scenario could lead a pulsar to emit such intense energy, and the researchers behind the breakthrough say that it “requires a rethinking of how these natural accelerators work”. Scientists hope that they can find yet more powerful energy blasts from pulsars, with a view to better understanding how they are formed. Pulsars are formed when a star dies, exploding in a supernova and leaving behind a tiny, dead star. They are just 20 kilometres across, and spin extremely fast with a powerful magnetic field. “These dead stars are almost entirely made up of neutrons and are incredibly dense: a teaspoon of their material has a mass of more than five billion tonnes, or about 900 times the mass of the Great Pyramid of Giza,” said Emma de Oña Wilhelmi, a scientist at the High Energy Stereoscopic System observatory in Namibia that detected the blast. As pulsars spin, they throw out beams of electromagnetic radiation, throwing it out like a cosmic lighthouse. That means that someone in one spot – like the Earth – will see the radiation pulses flash in a regular rhythm as they spin past. The radiation is thought to be the result of fast electrons that are produced and thrown out by the the pulsar’s magnetosphere, which is made up of plasma and electromagnetic fields that surround the star and spin with it. Scientists can search the radiation for different energy bands within the electromagnetic spectrum, helping them understand it. When scientists previously did that with the Vela pulsar examined in the new study, they found that it was the brightest everseen in the radio band, and the brightest persistent source in the giga-electronvolts. But the new research found that there is a part of the radiation with even more high energy components. “That is about 200 times more energetic than all radiation ever detected before from this object,” said co-author Christo Venter from the North-West University in South Africa. Scientists don’t know exactly how that could happen. 
“This result challenges our previous knowledge of pulsars and requires a rethinking of how these natural accelerators work,” says Arache Djannati-Atai from the Astroparticle & Cosmology (APC) laboratory in France, who led the research. “The traditional scheme according to which particles are accelerated along magnetic field lines within or slightly outside the magnetosphere cannot sufficiently explain our observations. “Perhaps we are witnessing the acceleration of particles through the so-called magnetic reconnection process beyond the light cylinder, which still somehow preserves the rotational pattern? But even this scenario faces difficulties to explain how such extreme radiation is produced.” An article describing the findings, ‘Discovery of a Radiation Component from the Vela Pulsar Reaching 20 Teraelectronvolts’, is published today in the journal Nature Astronomy. Read More ‘Ring of fire’ solar eclipse this month will be last until 2046 Mystery behind massive star suddenly vanishing decoded New discovery is ‘holy grail’ breakthrough in search for aliens, scientist say ‘Ring of fire’ solar eclipse this month will be last until 2046 Mystery behind massive star suddenly vanishing decoded New discovery is ‘holy grail’ breakthrough in search for aliens, scientist say

Players can get the Tactical DMR in Fortnite by finding the new weapon in chests, vaults, ground loot, or Holo Chests.

Scientists have got to the bottom of a 5-year mystery after finally identifying a tiny sea creature captured on camera in 2018. It is the latest in a series of oceanic discoveries and experts recently observed “zombie worms” devour an alligator in an incredible experiment. For the tiny creature, the baffling question of its identity took a team of zoologists and parasitic worm specialists to solve after the small creature was pictured by an underwater photographer in 2018 off the coast of Okinawa in Japan. After photographer Ryo Minemizu captured the image, he shared it on social media asking the hive mind if they knew what the creature was, but everyone was left stumped. Minemizu was determined not to give up and instead went back to the area and was able to capture another ladybird-sized creature that was the same, or very similar, to the original one he had come across. The research team that was interested in identifying the sea creature approached him and Minemizu sent them the sample to research. Your browser does not support the video tag. Current Biology (2023) The team’s results were published in the Current Biology journal putting an end to the 5-year long mystery baffling experts. In a fascinating twist, the team found that the sample was not one, but two creatures that were clinging tightly to one another. Both were identified as types of cercariae parasitic larvae worms, with experts dubbing one as the “sailor” and the other as a “passenger” thanks to how they behave when they are connected. Passengers were much smaller than the sailors and when they were bonded together, they formed a flat-topped hemisphere shape. They squeeze their bodies together with heads facing the inside of the sphere, meanwhile, their tails latch onto one another. Experts believe the two individual creatures have created a colonial organism that suits both of their needs and according to the study's authors, “represents the first case of labor division in digenean larvae”. Sign up to our free Indy100 weekly newsletter Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.