❗Mathematical algorithms can be used to analyze EEG waveforms and understand their meaning.
❓Cognitive fatigue can impact various professions, including truck drivers, pilots, bankers, executives, and doctors.
💡Brain wave patterns can be used to measure and track cognitive fatigue.
🔍Technology like EEG glasses can be used to measure electrical brain activity.
🚀Decoding brain signals can potentially be used in space exploration to assess astronauts' readiness for dangerous tasks.
How are brain waves measured?
—Brain waves can be measured using technology like EEG glasses, which measure electrical brain activity.
What is cognitive fatigue?
—Cognitive fatigue is a state in which the brain is tired and more likely to make mistakes.
What professions can be impacted by cognitive fatigue?
—Professions such as truck drivers, pilots, bankers, executives, and doctors can be impacted by cognitive fatigue.
How can brain wave patterns be used?
—Brain wave patterns can be used to measure and track cognitive fatigue, among other brain states.
What are the potential applications of decoding brain signals?
—Decoding brain signals can have applications in space exploration, assessing astronauts' readiness for tasks, and understanding brain functioning in various contexts.
00:01[Music]
00:11The speaker reflects on his childhood fascination with x-ray glasses and introduces the idea of glasses that can provide a peek into the brain.
00:51The speaker explains that EEG glasses can measure electrical brain activity, specifically the complex patterns of electrical activity within neurons.
02:19The speaker describes a research study that used EEG glasses to measure cognitive fatigue in doctors and nurses during their shifts.
05:34The speaker discusses his passion for decoding the complex patterns in EEG waveforms and developing mathematical algorithms to understand their meaning.
06:08The speaker shares his goal of taking neuroscience out of the lab and into the real world, potentially even to Mars, to measure and track cognitive fatigue in astronauts.
