These robots that are participating in this Robot Olympics is based on Mitchell Kwok’s super intelligent robot invention invented in 2007. Humans and cyborgs (half man, half machine) are excluded from the games. Here are just some of the proposed games in the Robot Olympics: 1. how fast can a robot run, fly, and swim 4 laps around the earth. (or do long distance travel like 100 lapses around the earth). 2. how much weight can a robot lift physically or lift using artificial telekinesis? 3. how fast can a robot or a group of robots build a house. 4. How fast can a robot or a group of robots build a car. 5. How fast can a robot or a group of robots write complex software. 6. How fast can a robot or a group of robots mass produce products (different types). 7. A gladiator challenge to test a robot’s abilities – going through obstacles traveling from point A to point B. 8. Single combat tournament and a team combat tournament. 9. 1001 challenge, which involves how quickly a robot can kill 1001 human soldiers with his bare hands. 10. Making 5 comic books in the fastest time possible. 11. A contest to show how "efficient" a robot is when controlling objects like humans, animals, insects or computers, remotely using mind control. This involves analyzing the object's cognitive processes and controlling its brain and body in every conceivable way. 12. Manipulation of momentum forces for both potential force and kinetic force. 13. Manipulating momentum forces remotely using telekinesis (like stopping a bullet or detaining an exploding bomb). 14. Introducing AI flyball or AI flyingball, an anti-gravity sport or flying sport that is similar to soccer. 15. The Robot Rumble!! A massive robot battle that doesn’t have rules -- kill everyone until the last robot standing. 16. Accuracy game in the real world: shooting arrows for long distances (50 miles), or playing basketball with longer distances, or play golf where the robots can do a hole in one for 18 holes (maybe 50 times longer distance courses for robots). 17. How far can a robot teleport an object, up to an atom level, within one second (ex. teleport 1 water molecule or teleport a car).. 18. How fast can a robot do targeted time travel, such as resurrecting a dead human or a burnt house, atom-by-atom.