Is the Moon in Majora's Mask a Black Hole?

The video explores the physics behind the moon in Majora's Mask, suggesting it is not a typical moon but a rocky shell surrounding a miniature black hole. The analysis challenges previous conclusions by examining tidal forces and density, proposing that the moon's high density could be due to a black hole at its core. The video delves into the physics of gravity, tidal forces, and the concept of neutron stars, ultimately presenting a new perspective on the game's narrative.

What is the main plot challenge Link faces in Majora's Mask?

• Preventing a moon from colliding with a planet

• Saving a princess

• Finding a lost treasure

• Defeating a dragon

What unique hypothesis does the narrator propose about the moon in Majora's Mask?

• It is a hologram

• It is a rocky shell around a miniature black hole

• It is a giant spaceship

• It is made of cheese

What force is responsible for the levitation of rocks in Majora's Mask?

• Wind force

• Electromagnetic force

• Magnetic force

• Tidal force

How much denser than Earth's moon does the narrator suggest Majora's moon might be?

• 100 times

• 10 million times

• 1 billion to 100 trillion times

• 1,000 times

What natural object is mentioned as having a similar density to the proposed moon in Majora's Mask?

• A black hole

• A neutron star

• A white dwarf

• A supernova

What is suggested as the core of Majora's moon to explain its high density?

• A diamond core

• A magnetic core

• A mini black hole

• A giant crystal

What process is mentioned as a way to create a tiny black hole?

• Nuclear fusion

• Magnetic compression

• Chemical reaction

• Hawking radiation