> Your pupil reacts before you click i It will be interesting to see if the same biological outputs are being used in the augmented reality of the F35 augmente

> Your pupil reacts before you click i It will be interesting to see if the same biological outputs are being used in the augmented reality of the F35 augmented reality helmets. It sounds like it is, so I wonder which has the worst lag... The F35 pilots helmet or Apples Vision Pro. No sudden movements now... but if the games console controllers are increasingly being used in military applications I wonder if one of the tech companies ends up getting tapped on the shoulder to diversify. Will be interesting to see if the flight sims take advantage of these headsets. https://www.af.mil/News/Article-Display/Article/2719003/an-inside-look-at-f-35-pilot-helmet-fittings/ https://www.af.mil/News/Article-Display/Article/2719003/an-i... Maybe Apple can help.. https://www.forces.net/women/raf-lacks-suitable-helmet-potential-female-f-35-pilots-chief-air-staff-admits https://www.forces.net/women/raf-lacks-suitable-helmet-poten... Anyway this living in the future is just taking the motion detection inputs and other biological outputs like pupils twitching in order to second guess the humans next move, direction and speed. If it thinks the user is going to move their head left, it will try to keep the augmented graphics in position. Hence why I said no sudden movements, lay off the non oral routes of manganese...