Archive · 7 Nov 2025
Scientists Use Quantum Gravity to Disprove Simulation Theory
Imagine you're playing a video game.
The game has rules, right?
Like how characters can jump or what happens when they hit a wall.
Scientists think that our whole universe also has rules, but they used a special idea called quantum gravity to look really closely at these rules.
They found that some truths about our universe are like 'secret codes' that can't be figured out by following any set of instructions or algorithms, which is how computer simulations work.
Because these 'secret codes' exist, the universe can't be like a computer game or simulation.
It's like trying to describe all the colors in the world to someone who has never seen, you can't perfectly capture the experience with just rules.
So, our universe is too complex and strange to be just a computer program.
Scientists have used logic and physics, specifically quantum gravity, to argue that the universe is not a simulation.
The findings suggest that reality's fundamental nature, based on pure information, contains 'Godelian truths' that are not algorithmic.
Simulations operate on fixed rules, but fundamental reality cannot be understood solely through computation or algorithms.
This research implies that even with advanced technology, simulating our universe is impossible.
The study is expected to significantly impact the understanding of modern physics.
- Who
- A team of researchers led by Professor Mir Faizal
- What
- Used logic and quantum gravity to conclude that the universe cannot be a simulation
- When
- Recently published study
- Where
- Research based on advanced theories, implications for modern physics
- Why
- Because fundamental reality is based on 'Godelian truths' that cannot be understood through algorithms or fixed rules, which all simulations require.
- Lead Researcher
- Professor Mir Faizal, University of British Columbia
- Core Theory Used
- Quantum Gravity
- Key Finding
- Reality cannot be simulated due to 'Godelian truths' that are not algorithmic.
- Implication
- Profound impact on the understanding of modern physics.