Inglewood, California – Netflix flexed his power from Hollywood Star with a live event where he announced the details about his next list of Transmission offers, Including Lady Gaga as a teacher on “Wednesday” and the launch dates of the final episodes of the successes “Squid Game” and “Stranger Things”.
The transmission giant gathered actors, including Jenna Ortega, Oscar Isaac, Lee Jung-Jae, Drew Starkey, Sofia Carson, Kerry Washington, Steven Yeun, Matt Damon and Ben Affleck for her annual Tudum event on Saturday in Inglewood, California. Action concert.
The event is called “Tudum” after the audio signal that accompanies the Netflix N logo in its trailers and at the beginning of its programming.
A bloody trailer for the last season of “Squid Game” accompanied the announcement that the third season of the program will begin to broadcast on June 27. The South Korean series about a brutal competition where adults face death while playing children Win an Emmy for the best drama actor.
The fifth and final season of “Stranger Things” will be divided during the winter holidays, with four episodes falling on November 26, three plus Christmas day and the end of the series that will premiere on the eve of the New Year. A new trailer highlights the history of science fiction bathed by the nostalgia of the Duffer Brothers, which in the last nine years has turned the stars into Millie Bobby Brown, Sadie Dipwn, Joseph Quinn, David Harbor and Finn Wolfhard. The trailer mocks a final confrontation with Vecna, concluding with the character of Will Byers by Noah Schnapp screaming “Run!”
Netflix announced the first six minutes of the second season of “Wednesday”, with Ortega Wednesday, Addams received a friendly hand of the thing while facing a serial killer played by Haley Joel Osment. Gaga’s first performance concert from “Joker: Folie A Deux” last year will play teacher Rosaline Rotwood at the Addams Nevermore school. The first part of season 2 of “Wednesday” lands on August 6, and the second half will be launched on September 3.
