Here's Why Rani Mukerji Is Headed To The Mumbai Slums
Rani Mukerji who will soon be seen in YRF's Hichki is headed to the slums in Mumbai city. Scroll down to know why?
Hichki
- tells a story within a story. First, it narrates the story of Naina Mathur
(played by Rani) who has a nervous system disorder, Tourette Syndrome. It
focusses on how she turned her disadvantage into an inspirational success
story. Second, the film is also a reminder about discriminations that exists in
our society and has become a part of our daily lives. This is highlighted
through Naina’s students, who face severe social prejudices because of their
underprivileged background and how Naina empowers them to stare down at social
stigmas to try and make a life for themselves. Hichki is about celebrating
human spirit, it’s about positivity. Keeping with the optimistic spirit of the
film, Rani will shoot a special promotional music video for the film that
celebrate victory over all sorts of social stigmas.
Hichki Poster
To be filmed in the same locations as the film,
including colleges, slums and streets of Mumbai, this video will highlight the
film’s core message.
The video shows stories of those who face
discrimination in their lives and overcome it with determination. It’s about
ordinary people making extraordinary changes to their lives and overcoming
massive challenges and stigmas. It is a promotional music video and it might or
might not be in the film.
Rani Mukerji In Hichki First Look
Producer Maneesh Sharma explains, “Hichki could
stand for anything. It refers to any handicap, challenge, or block that you
face and in the film, we tell you that you can overcome it. Being judgmental
can be a hichki, as can be social prejudice and personal bias. With this video,
as with the film, we show stories of those who deal with Hichkis smoothly, to
achieve their dream.”
Rani
Mukerji As Naina Mathur In Hichki
Directed by Siddharth P Malhotra and produced by
Maneesh Sharma, this heart-warming movie is set to release on February
23.
Image Source: twitter/yrf