>
The Road to War in Ukraine - The History of NATO and US Military Exercises With Ukraine - Part 1&2
Farming = Rebellion Against the Machine | Joel Salatin
DOGE Is Now in Charge of U.S. National Parks
@Benz_Pilled ANIMATION: The Reuters Kerfuffle
Cramming More Components Onto Integrated Circuits
'Cyborg 1.0': World's First Robocop Debuts With Facial Recognition And 360° Camera Visio
The Immense Complexity of a Brain is Mapped in 3D for the First Time:
SpaceX, Palantir and Anduril Partnership Competing for the US Golden Dome Missile Defense Contracts
US government announces it has achieved ability to 'manipulate space and time' with new tech
Scientists reach pivotal breakthrough in quest for limitless energy:
Kawasaki CORLEO Walks Like a Robot, Rides Like a Bike!
World's Smallest Pacemaker is Made for Newborns, Activated by Light, and Requires No Surgery
Barrel-rotor flying car prototype begins flight testing
Coin-sized nuclear 3V battery with 50-year lifespan enters mass production
In addition to training better future surgeons, the approach could help skill acquisition in other industries.
Motor learning allows us to develop new skills, like mastering a tennis serve or, in the case of a surgeon, developing precision suturing skills. These days, surgeons are likely to learn these types of skills in a virtual reality (VR) environment before they transition to the real world.
Researchers at Johns Hopkins University in the US have developed a method of improving how medicos learn surgical skills in a virtual environment so that their learned skills are transferred more effectively to a real-life scenario.