*Refers to the latest 2 years of omaha.com stories. Cancel anytime. Each week Hot off the Wire looks at a variety of stories in business, science, health and more. This week's headlines include ...

Dwayne Johnson was right when he said, “The hierarchy of power in the DC universe is about to change ... back in time with technology from the future that lets him be a superhero.

"No denying it whatsoever, 100%," Smith told Fox Cricket at the lunch break when asked if he got his hand under the ball. "But the umpire has made the decision. We'll move on." The incident took ...

I’m at the halfway mark. I feel like my best work is in front of me. My biggest projects are in front of me, and my biggest successes. Everything is in the future.” ...

Steven Zheng is a researcher for The Block. He joined The Block in August 2018. Steven graduated from St. John’s University with a degree in economics. Previously, he covered blockchain and crypto at ...

While Rodgers' future is uncertain, he may not have one in football at all. At 41 years old, there's a good chance Rodgers could retire, a reality from which he isn't shying away from. That would ...

the time frame covers roughly half the volume of the visible universe. Future instruments will help reach all the way back. There are various proposals for new radio telescopes in space and even ...

The film, Love Me, stars Kristen Stewart and Steven Yeun as two robots—specifically ... Set “in the not-too-distant future, after the end of humanity” (great!), the story spans “billions ...

Writer-directors Sam and Andy Zuchero's ‘Love Me’ is about two robotic entities discovering "what it means to be alive and in love" In their new movie, Kristen Stewart and Steven Yeun prove ...

Kristen Stewart and Steven Yeun star in Love Me, a film directed and written by Sam Zuchero and Andy Zuchero that debuted at Sundance earlier this year. The trailer for the film shows how a buoy ...

New research suggests dark energy might not be real, proposing instead that the Universe’s apparent acceleration is due to its patchy structure. Upcoming observations from space missions could prove ...