Hey NYC Readers, MoFE’s New Cinematic 3D Sound Experience Is a Haunted House for Your Ears!

As Edgar Allen Poe said, “the most frightening monsters are the ones that exist in our minds.”

Readers in New York City looking for something unique to do this Halloween week(end) look no further.

Museum of Future Experiences (MoFE) is celebrating the season with Underworld Radio, Vol. 1, a 60-minute, high-tech 3D audio show experienced in near-complete darkness.

Gators. Murder. Alien Invasions. The show sonically transports audiences to Eden, Florida, to hear first hand the chilling tales that haunt this cursed town.”

“But be careful who you trust! In the shadows of the swamp, even the good people think they can get away with anything. Underworld Radio, Vol. 1 uses the magic of Ambisonic sound design to create hyper-realistic environments that will electrify your imagination and immerse you in a world of horror.

“The snap of a gator’s jaw right behind you. A violent storm brewing in the distance. A murderous monster on the loose. This exhilarating trip to Eden, Florida is full of visceral sonic moments and a cast of unscrupulous characters that will make your hair stand on end. It’s the perfect show for you and your friends to get away from your screens and into the Halloween Spirit!”

Underworld Radio, Vol. 1 is now playing through November 7th at MoFE’s Williamsburg theater at 148 Grand St. in Brooklyn, NY.

Tickets available for purchase now at https://mofe.co/. Tickets are only $33.


ABOUT MUSEUM OF FUTURE EXPERIENCES

MoFE is a physical venue and production studio for high- tech immersive storytelling. Exploring mediums such as VR and Immersive Ambisonics, MoFE creates intimate sensorial experiences that bend the mind and touch the human spirit. Our goal is to show you something you’ve never seen before.

MoFE is home to the only permanent Ambisonics installation in NYC. Our Ambisonics system creates a 360-degree sphere of sound to allow voices, music, and sound effects to soar around the listener in three spatial dimensions.