In the future, our channel will invite some excellent science fiction short films to be shown on the channel.
This time we are honored to invite Sci-Fi Short Film "CORN" by Squids VFX.
The style, animation and story rhythm of this short film are all great!
More About "Corn":
Corn is a sci-fi thriller about persistence.
It follows the journey of “Blight,” a humanoid created to serve the tyrannical regime of his masters.
After enduring years of servitude and abuse, Blight’s desire for freedom ignites when he forms an unfamiliar anomaly in his consciousness.
Alone, he embarks on a perilous quest to escape his master’s clutches and find sanctuary in a world where humanity and empathy reign.
As he navigates treacherous obstacles and confronts his own inner fears, Blight inspires a rebellion against oppression, ultimately challenging the very foundation of his society.
Corn is a riveting tale of resilience, redemption, and the enduring power of hope in the face of atrocities.
CG supervisors: Youssef Mahmoud, Magdy Mohsen, Osama A.Aly
music: Harry Brokensha
SFX: Neil Hillman, Anna sully
Animator: Shady Sobhy, Peter Nagy
Senior Character Artist: Nourhan Ghorab
Senior Environment Artist: Abdullah Ahmed
Hard Surface modeling: Ahmed Magdy, Mohamed Gaber.
The ENTs analyzed by astronomers displayed smoother, longer lasting
flares that pointed towards something very particular—a supermassive
black hole accreting a giant, wayward star.
At any given time across the universe, massive cosmic bodies are releasing incomprehensible amounts of energy. Stars burn like celestial nuclear fusion reactors, quasars emit thousands of times the luminosity of the Milky Way galaxy, and asteroids
slam into planets. But all of these pale in comparison to a new class
of events discovered by researchers at the University of Hawai’i’s
Institute for Astronomy (IfA). According to their findings published
June 4 in the journal Science Advances, it’s time to classify the universe’s most energetic explosions as extreme nuclear transients–or ENTs.
ENTs are as devastating as they are
rare. They only occur when a massive star at least three times heavier
than the sun drifts too close to a supermassive black hole.
The colliding forces subsequently obliterate the star, sending out
plumes of energy across huge swaths of space. Similar events known as tidal disruption events
(TDEs) are known to occur on a (comparatively) smaller scale, and have
been documented for over a decade. But ENTs are something else entirely.
Astronomers detect most powerful explosions since Big Bang
'Extreme nuclear transients' are 10 million times rarer than a standard supernova.
The energy and luminosity of an ENT
boggles the mind. The most powerful ENT documented in Hinkle’s study,
Gaia18cdj, generated 25 times more energy than the most powerful known
supernovae. For reference, a standard supernova puts out as much energy
in a single year as the sun does across its entire 10 billion year
lifespan. Gaia18cdj, meanwhile, manages to give off 100 suns’ worth of
energy over just 12 months.
The implications of ENTs and their
massive energy surges go far beyond their impressive energy outputs.
Astronomers believe they contribute to some of the most pivotal events
in the cosmos.
“These ENTs don’t just mark the
dramatic end of a massive star’s life. They illuminate the processes
responsible for growing the largest black holes in the universe,” said
Hinkle.