Christopher Weaver is a reporter at The Wall Street Journal. He joined the Journal in 2011 to cover U.S. healthcare companies before moving to the investigations team in 2016. He has reported on ...

The Athletic’s Dianna Russini reported on January 4 that a new, surprising name is gaining steam in the team’s search: Miami Dolphins defensive coordinator Anthony Weaver. Russini listed ...

The Chicago Bears are doing “serious homework” on Miami Dolphins defensive coordinator Anthony Weaver to potentially take over as their next head coach, according to Dianna Russini of The Athletic.

But there's a new, under-the-radar candidate emerging: Miami Dolphins defensive coordinator Anthony Weaver. Poles has been doing his homework on all of those candidates, especially Weaver ...

Anthony Weaver was a legitimate NFL head coach candidate last offseason and his work in his first year as Miami Dolphins defensive coordinator has only helped his cause. Weaver, who interviewed ...

Miami Dolphins defensive coordinator Anthony Weaver may be exactly what the Chicago Bears are looking for. Dianna Russini of The Athletic reported that the Bears are doing "serious homework" on ...

Wintry conditions have caused disruption to road and rail travel in many parts of Scotland, with warnings of further bad weather to come. There are currently no services on two railway lines in ...

Version 3.0 of Honkai: Star Rail arrives on January 15, 2025. It introduces a new region: Amphoreus, along with 5-star characters, Herta and Aglaea. Updates include Trailblazer missions ...

HoYoverse has finally opened its kitchen to show what it’s been cooking for Honkai: Star Rail 3.0, the next major update of its space opera – and it’ll be epic in the literal sense of the word.

Let's take a look at the latest updates from rail operators: A number of routes are currently affected by speed restrictions including Inverness services to Perth, and the Kyle of Lochalsh ...

Switch-mode power converters are highly efficient and cost-effective devices. However, they must be carefully designed and integrated into systems to avoid electromagnetic interference (EMI) problems.