‘Quantum Leap’ Season 2 Episode 3 Photos, Cast, and “Closure Encounters” Trailer

The 100‘s Eliza Taylor makes her first appearance as Hannah Carson on NBC’s Quantum Leap season two episode three. “Closure Encounters” is set to air on Wednesday, October 18, 2023 at 8pm ET/PT.

Raymond Lee leads the cast as Ben Song, Caitlin Bassett stars as Addison Augustine, and Ernie Hudson returns as Herbert “Magic” Williams. Mason Alexander Park plays Ian Wright, Nanrisa Lee stars as Jenn Chou, Eliza Taylor is Hannah Carson, and Peter Gadiot is Tom Westfall.

Episode three guest stars include Alison Thornton as Carrie Baker, Ashlee Grubbs as Melanie, Louis Herthum as Sheriff Woodrow Morgan, and William DeVry as General Austin Murray.

“Closure Encounters” Plot: Now a government agent, Ben investigates unexplained extraterrestrial activity. After a mysterious incident in New Mexico, two young girls’ lives are on the line. Ben meets Hannah Carson (Taylor), who may be more than she appears.

The Plot, Courtesy of NBC:

It’s been nearly 30 years since Dr. Sam Beckett stepped into the Quantum Leap accelerator and vanished. Now, a new team, led by physicist Ben Song (Raymond Lee), has been assembled to restart the project in the hope of understanding the mysteries behind the machine and the man who created it.

Everything changes, however, when Ben makes an unauthorized leap into the past, leaving the team behind to solve the mystery of why he did it. At Ben’s side throughout his leaps is Addison (Bassett), who appears in the form of a hologram only Ben can see and hear. She’s a decorated Army veteran who brings level-headed precision to her job.

At the helm of the highly confidential operation is Herbert “Magic” Williams (Hudson), a no-nonsense career military man who has to answer to his bosses who won’t be happy once they learn about the breach of protocol. The rest of the team at headquarters includes Ian Wright (Park), who runs the Artificial Intelligence unit “Ziggy,” and Jenn Chu (Lee), who heads up digital security for the project.