World Nanobot Foot Ball Cup 2008
varkeychaya — May 23, 2008 — Tech
References: livegrids.net
The RoboCup Soccer Competition is a sporting event held every year, but this year they'll be adding a new category called the nano robots. These robots are smaller than a grain of salt but have the dexterity of their bigger brothers.
The competition will take place at the RoboCup Open in Pittsburgh, PA. Each nanobot will be competing in three events, the 2-Millimeter Dash, the Slalom Drill and the Ball-Handling Drill.
The nanobots are controlled remotely and use magnetic fields or electrical impulses sent across the floor of the arena to power themselves. Pretty soon we shall see these nano sized wonders scurrying up and down our bodies fighting diseases like cancerous cells.
The bot “dribbling†a ball in the video below belongs to team IRIS from the University of Zurich.
The competition will take place at the RoboCup Open in Pittsburgh, PA. Each nanobot will be competing in three events, the 2-Millimeter Dash, the Slalom Drill and the Ball-Handling Drill.
The nanobots are controlled remotely and use magnetic fields or electrical impulses sent across the floor of the arena to power themselves. Pretty soon we shall see these nano sized wonders scurrying up and down our bodies fighting diseases like cancerous cells.
The bot “dribbling†a ball in the video below belongs to team IRIS from the University of Zurich.
Trend Themes
1. Nano Robots in Sports - The integration of nano robots in sports competitions opens up opportunities for disruptive innovation in terms of enhancing agility, precision, and performance.
2. Remote Controlled Nanobots - The use of remote control technology to maneuver nanobots in various events allows for disruptive innovation in fields such as medical research, nanotechnology, and robotics.
3. Nanobots for Disease Treatment - The application of nanobots in combating diseases, such as cancer, presents disruptive innovation opportunities in the healthcare industry for targeted and precise treatments.
Industry Implications
1. Sports Technology - The emergence of nano robots in sports creates disruptive innovation opportunities for companies involved in sports technology, equipment, and robotics.
2. Medical Research - The use of remote controlled nanobots in medical research introduces disruptive innovation possibilities for companies working in the field of healthcare, nanomedicine, and disease treatment.
3. Nanotechnology - The integration of nanobots for disease treatment opens up disruptive innovation potentials for industries working in nanotechnology, pharmaceuticals, and precision medicine.
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