The Brainflight Project Aims to Direct Airplanes with Neural Commands
References: tum.de & techcrunch
The Brainflight project is currently being developed by researchers at Germany's Technische Universitat Munchen and TU Berlin. The design is moreover funded by the EU, according it with great importance throughout Europe.
Much as its title suggests, Brainflight aims to do away with the physical control of airplanes. Instead, neurological commands are actually being used to navigate the apparatus.
Although the data collected thus far is only based on simulators, the tests have nonetheless demonstrated that the concept may in fact have practical implications for pilots and travelers.
In time, the scientists hope to make the model accessible for those without much experience aboard aircrafts, opening up the entire industry to those who have yet to fly planes.
Much as its title suggests, Brainflight aims to do away with the physical control of airplanes. Instead, neurological commands are actually being used to navigate the apparatus.
Although the data collected thus far is only based on simulators, the tests have nonetheless demonstrated that the concept may in fact have practical implications for pilots and travelers.
In time, the scientists hope to make the model accessible for those without much experience aboard aircrafts, opening up the entire industry to those who have yet to fly planes.
Trend Themes
1. Neuro-navigation - The Brainflight project aims to use neurological commands to navigate airplanes, disrupting traditional manual controls.
2. Simplified Flying - The Brainflight project aims to make flying accessible to those without much experience, creating an opportunity for disruptive innovation in the airline industry.
3. Mind-machine Interfaces - The Brainflight project demonstrates the potential for mind-machine interfaces in the aviation industry, opening up opportunities for disruptive innovation in related fields.
Industry Implications
1. Airlines - Brainflight could revolutionize the way planes are flown, creating opportunities for airlines to differentiate themselves through innovative technologies.
2. Aviation Technology - The Brainflight project demonstrates the potential for disruptive innovation in aviation technology, paving the way for future advancements in the field.
3. Neuroscience - The Brainflight project highlights the intersection of neuroscience and technology, presenting opportunities for disruptive innovation in both fields.
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