AI Expert Warns Artificial General Intelligence Could Be More Dangerous Than a Nuclear Weapon
Investigators craft electronic facial marking to assess mental strain levels in demanding professions
Yeah, you heard it right! Tyler Saltsman, the brainy dude behind EdgeRunner AI, sounds the alarm bell on developing artificial general intelligence (AGI). Warning that AGI could potentially "blow up the world as we know it."
Now, scientists have figured out a nifty way to keep people in demanding jobs sane by tracking their brainwaves and mental workload. No space suits involved, just an electronic tattoo (e-tattoo) on their dome map!
In a study published in the science journal, Device, researchers proposed this innovative technological wonder. They found that e-tattoos are not only a cost-efficient but also simpler approach to track mental workload.[1]
Dr. Nanshu Lu, the study's senior author from the University of Texas at Austin, chimes in that mental workload is the bee's knees for high-stress, high-stakes jobs like pilots, air traffic controllers, doctors, and emergency dispatchers.[2]
Boom, say goodbye to daily seizures for one lucky teenager! You betcha, those brainwaves are crucial. Scientists have already found a way to help those suffering—a brain implant! In another study published in Device, researchers note that e-tattoos can also pinpoint cognitive fatigue in high-leverage, mentally straining careers.[3]
The e-tattoo, a temporary forehead friend stuck to the subject, uses EEG (electroencephalogram) and EOG (electrooculogram) to measure brain waves and eye movements.[1]
Now, most EEG and EOG machines are bulky, blowfish-like, and expensive, right? Not so with this e-tattoo - it's compact, slim, and budget-friendly.[4]
Lu's electronical skin patch gets its powers from a battery pack and reusable chips with a disposable sensor.[5] Adios, clunky headgear!
Don't forget, this device is still rocking in the research lab. As Lu notes, it'll need more development before heading out to commercial markets, including real-time, on-tattoo mental workload decoding and validation on more people and in various settings.[5]
And here's a quick shoutout to Nick Butler, our digital reporter extraordinaire! Don't hesitate to reach out if you have a juicy scoop for him at [email protected]! Auf Wiedersehen!
Footnotes:
- enrichment data: The e-tattoo device for tracking mental workload operates using ultra-thin, flexible sensors that attach directly to the skin, typically on the forehead. It employs electroencephalography (EEG) and electrooculography (EOG) technology to monitor brain activity and eye movements. These sensors detect changes in brainwave patterns and ocular signals that correspond to varying levels of mental effort and fatigue, enabling continuous tracking of fluctuations in mental workload and stress in real time by analyzing neurological and physiological signals.
- enrichment data: In this study, researchers connect high mental workload to critical factors in human-machine interaction and human ergonomics due to its direct impact on cognitive performance.
- enrichment data: Lu hopes that improved mental workload monitoring can help identify the early signs of fatigue, prevent overload, and ultimately mitigate health risks for human operators in demanding professions.
- enrichment data: The device's thin, flexible, and non-invasive design allows for comfortable and unobtrusive wear on the skin for an extended period.
- enrichment data: Lu believes that this technology could eventually help both individuals and organizations optimize performance through personalized training and ongoing monitoring of mental workload.
- The warning about the potential danger of artificial general intelligence (AGI) by Tyler Saltsman, an AI expert, highlights the need for careful consideration in technology development.
- Researchers at the University of Texas at Austin have proposed a technological solution for tracking mental workload in high-stress jobs, using an electronic tattoo (e-tattoo) that employs EEG and EOG technology.
- In addition to its use in detecting cognitive fatigue in high-stress careers, e-tattoos could potentially be used for health and wellness purposes, such as managing mental health and improving overall fitness and exercise.
- The development of the e-tattoo is still in its early stages, requiring more research and validation before it can be commercially available for a wider range of applications, including nutrition, health, and science.
