MGM’S Animated Comedy Sequel THE ADDAMS FAMILY 2 Adds Bill Hader and Javon “Wanna” Walton to Star-Studded Voice Cast
Enter The Addams Family Voice Challenge to Win A Chance to Be in the Film!
The sequel to MGM’s 2019 box-office smash hit, The Addams Family has rounded out its stellar voice cast with the additions of Bill Hader as all-new character “Cyrus,” and Javon “Wanna” Walton taking on the role of the youngest Addams sibling, “Pugsley.” Hader and Walton join returning Addams Family film stars Charlize Theron (Morticia), Oscar Isaac (Gomez), Chloë Grace Moretz (Wednesday), Nick Kroll (Fester), Bette Midler (Grandma) and Snoop Dogg (It). Director Greg Tiernan has also returned for the sequel, which will be released in theaters October 8, 2021 via MGM’s United Artists Releasing banner.
Said Tiernan: “The success of last year’s animated film was proof of the enduring legacy of The Addams Family and its ability to transcend popular culture. This second film will be every bit as fun as the original. We are thrilled to welcome Bill Hader and Javon Walton, and to welcome back our incredible original cast for this exciting next chapter in the Addams’s journey.”
Additionally, an Addams Family superfan will have the exciting and unique opportunity to voice a yet-to-be-named character in the film by entering The Addams Family Voice Challenge. The global voiceover contest runs from October 8th to November 4th in select markets. Interested applicants can visit www.AddamsVoiceChallenge.com to learn more about how to apply.
Everyone’s favorite spooky family is back in the new animated comedy sequel The Addams Family 2. In this all new movie, The Addams get tangled up in wacky adventures and find themselves involved in hilarious run-ins with all sorts of unsuspecting characters. Always staying true to themselves, the Addams Family brings their iconic spookiness and kookiness wherever they go. The film is produced by Gail Berman, Conrad Vernon, Danielle Sterling and Alison O’Brien. Executive Producers are Jonathan Glickman, Cassidy Lange and Andrew Mittman. Laura Brousseau and Kevin Pavlovic will serve as co-directors alongside Tiernan.
Bill Hader made the switch from being a master of impressions on Saturday Night Live to creating, directing, writing, producing and starring as a burned-out assassin trying to break into the LA theater scene in HBO’s Emmy® nominated series BARRY, which will return for its third season in 2021. He is also co-creator of IFC's Documentary Now! and spent eight seasons on Saturday Night Live, garnering four Emmy® Award nominations for his work on the series. Hader has starred in such films as Trainwreck, Superbad, Pineapple Express, Tropic Thunder and The Skeleton Twins. He most recently starred in the 2019 box office hit, It Chapter Two, the sequel to the 2017 horror film, It.
Javon ‘Wanna’ Walton is known as Under Armour’s youngest athlete. He is a 5-time Georgia state champion and 4-time USA Boxing South East regional champion boxer. Javon currently stars in Utopia, Amazon’s adaptation of the British television series, written by Gillian Flynn, opposite Sasha Lane, Dan Byrd and John Cusack. In Summer 2021, Javon will star opposite Sylvester Stallone in MGM’s upcoming superhero film Samaritan. In 2019, Javon made his acting debut as “Ashtray” in HBO’s critically acclaimed audience favorite, Euphoria, and Javon will reprise his role in the highly anticipated season 2. With more than 270k active followers on Instagram, Javon was discovered when Steve Harvey found him on social media in 2017 and brought him on “Steve.”
MGM’s upcoming releases include Respect starring Academy Award® winner Jennifer Hudson, the 25th film in the James Bond series No Time to Die starring Daniel Craig, Candyman from writer/producer Jordan Peele and Samaritan starring Sylvester Stallone. The studio’s recently announced projects include Ron Howard’s Thirteen Lives, The Martian author Andy Weir’s next novel (aka Project Hail Mary) with directors Phil Lord and Chris Miller, George Miller’s Three Thousand Years of Longing, Tommy Kail’s feature adaptation of Fiddler on the Roof, Dog co-directed by Channing Tatum (who will also star) and Reid Carolin, David Slade’s Dark Harvest, Paul Thomas Anderson’s next film about 1970s San Fernando Valley, Cyrano from director Joe Wright and Ridley Scott’s Gucci project.
A spark that recalls some science history brings a dead frog to life in The Addams Family. Scientists are now using electricity to build the body.
It’s frog dissection day in biology class in the new film The Addams Family. Wednesday Addams thinks she knows what to do. First, she leaps on the table. Then, raising her hands to the sky, she shouts, “Give my creature life!” A device that pulses with electricity now shocks a dead frog waiting to be cut open by the kids’ scalpels. The electricity then bounces from one frog to another. Suddenly, frogs are hopping everywhere — a bit groggy at first, but apparently as alive as ever.
This wild scene isn’t one you’ll be able to recreate on dissection day in your own science class. Electricity can’t jolt the dead back to life. Still, this scene has a lot in common with experiments that happened hundreds of years ago. Back then, scientists were learning how electricity kicks muscles into motion.
Today’s researchers know that electricity can do a lot of amazing things — including help shape the body in the first place.
Muscle powerhouse
Skeletal muscles help animals move and breathe. These muscles move because of tension in their fibers. This is called “contraction.” Muscle contractions are triggered by signals that start in the brain. The electrical signals travel down the spinal cord and to the nerves that reach into muscle.
But electric impulses also can come from outside the body. “If you’ve ever shocked yourself on something, your muscles contracted,” explains Melissa Bates. A physiologist at the University of Iowa in Iowa City, she studies how bodies work. Bates focuses on the diaphragm. That’s a muscle that helps mammals breathe.
Shocking a dead frog might make its muscles twitch and get its legs to wiggle. Still, this animal couldn’t hop away, Bates points out. That’s because leg muscles can’t make their own electrical signals.
As soon as a frog hopped away from the source of electricity, the game would be up, she says. “It would fall down and be limp and not able to move.” (This applies to the muscles in a hand, too. And that has left Bates wondering how Thing — a hand without a body — can move at all.)
There are some muscles in the body that can power themselves. Involuntary muscles, such as the heart and muscles that move food through the intestines, supply their own electric impulses. In an animal that has recently died, these muscles continue to function for a while. They can keep contracting for minutes to upwards of an hour, Bates says. But that won’t help the frog make a getaway.
It is possible to use electricity to revive people when they are having a heart attack. For this, people use machines called defibrillators (De-FIB-rill-ay-tors). This isn’t reanimating the dead, though. Defibrillators only work “in something that appears lifeless but still has some of its own electrical potential to reboot that system,” Bates explains. Electricity helps get heartbeats back to a regular rhythm. But this won’t work if the heart has stopped beating entirely (which happens when it has lost its ability to make electrical impulses).
The frogs from biology lab have probably been dead for quite a while and preserved with chemicals. They couldn’t be revived with a defibrillator because they wouldn’t have any heart electrical activity left to jump start.
Twitch, twitch
Wednesday Addams’ froggy antics, while impossible, call to mind experiments that scientists did in the late 1700s. “That was the first hint that electricity is an important part of our body,” says Bates. Back then, people were just starting to see what electricity could do. Some shocked dead animals to figure out how electricity made muscles move.
The most famous of these experimenters was Luigi Galvani. He worked as a doctor and physicist in Italy.
Galvani mostly worked with dead frogs, or rather their bottom halves. He would slice open the frog to reveal the nerves that ran from the spinal cord to a leg. Then, to study how a frog’s muscles respond to electricity, Galvani would wire up the frog’s leg under different conditions.
Italian scientist Luigi Galvani studied electricity in the body by wiring up frogs’ leg muscles in different ways. This image illustrates his experiments connecting nerves to leg muscles, which then contracted.
CREDIT: Wellcome Collection (CC BY 4.0)
By this time, scientists already knew that an electric shock would make muscles twitch. But Galvani had questions about how and why that happened. For example, he wondered if lightning would do the same thing as the electricity made by his machine. So he hooked up one animal to a wire that snaked outside to a thunderstorm. He then watched those frog legs dance when they were jolted by lightning — just as they did with his machine’s electricity.
Galvani also noticed that when a wire connected a leg muscle to a nerve, the muscle contracted. This led him to hypothesize an “animal electricity” inside creatures. Galvani’s research inspired many scientists and created a new field of study that investigated electricity in the body.
Such work also inspired fiction. “There is an imagination that followed Galvani’s experiments,” says Marco Piccolino at the University of Ferrara. He’s neurologist, a scientist who studies the body’s nervous system. Piccolino, based out of Pisa, Italy, is also a science historian. Galvani’s experiments and those of the scientists that followed him helped inspire Mary Shelley’s novel Frankenstein, Piccolino says. In her classic book, a fictional scientist gives life to a human-like creature.
Sparking life
Nobody has figured out yet how to use electricity to make the dead come back to life. But some researchers have figured out how to hack cells’ electric signals to change how animals develop.
Michael Levin works at Tufts University in Boston, Mass, and at the Wyss Institute of Harvard University in Cambridge, Mass. As a developmental biophysicist, he studies the physics of how bodies develop.
“All of the tissue in your body is communicating electrically,” he notes. By eavesdropping on those conversations, scientists can crack the cells’ code. They also can play back the electrical messages in other ways to alter the body’s development, he says.
Messing with electric signals can change how animals develop. By changing the electric state of cells, researchers have made this tadpole grow an eye in its gut.
CREDIT: M. Levin and Sherry Aw
Cells in the body have an electric potential (a difference in charge) across their membranes. This potential comes from how charged ions are arranged inside and outside of cells. Researchers can mess with this using chemicals that change where the ions can go.
Manipulating these signals has allowed Levin’s team to tell a frog tadpole to grow an eye in its gut. They also have gotten brain tissue to grow elsewhere in a frog’s body. They’ve even been able to tell nerves how to connect to a newly attached eye.
Everyone thinks genes determine how an animal develops. But “that's only half the story,” Levin says.
Bioelectricity could hold the power to fix birth defects, regrow organs or reprogram cancerous cells. Levin and his colleagues have already fixed birth defects in tadpoles. And they picture a day when electricity could be used similarly in medicine.
This is far from Wednesday Addams and her reanimated frogs — but so much better.
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