Jeffrey Epstein's former lover and convicted accomplice Ghislaine Maxwell plans to ask a judge to release her from the minimum-security prison camp where she's being held in Texas, according to a ...

Ghislaine Maxwell, Jeffrey Epstein’s former girlfriend who was convicted of recruiting young girls into sex trafficking, is planning to ask a judge to release her from prison, according to a new court ...

In a court filing, a lawyer for the onetime companion of the disgraced financier Jeffrey Epstein said she would seek to be released from her minimum-security federal lockup. By Benjamin Weiser ...

A 4 to 20 mA loop current is a popular terminology with Instrumentation/Electronics engineers in process industries. Field transmitters like pressure,temperature,flow ...

Behind bars, hygiene products are in high demand and short supply, potentially forcing the average inmate to ration what they have in order to not run out of necessities. But CNN reports that Maxwell ...

Ghislaine Maxwell, Jeffrey Epstein's sex trafficking co-conspirator, is planning to apply for a commutation of her federal prison sentence, which is set to run through 2037, according to documents ...

Rep. Jamie Raskin said he learned from a whistleblower that Ghislaine Maxwell is receiving special treatment in prison and is in the process of filing a commutation application. The Maryland Democrat ...

Joe Walsh is a senior editor for digital politics at CBS News. Joe previously covered breaking news for Forbes and local news in Boston. The transcripts — which run for over 300 pages — came after ...

Maxwell House is changing its name to align with the nationwide living situation amid rising home prices. The coffee giant, owned by Kraft Heinz, is rebranding for the first time in its 133-year ...

Changes are brewing — and they could be a sign of a decline in living standards. Maxwell House recently announced it will be changing its name for the first time in 133 years, rebranding to “Maxwell ...

Quantum metals are metals where quantum effects—behaviors that normally only matter at atomic scales—become powerful enough to control the metal's macroscopic electrical properties. Researchers in ...