Enhancing Brain Waves For Maximum Success 

The solution is the latest generation of Virtual  GenBrain Review Reality headsets. Virtual reality training engages the learner in environments not feasible in the real world, such as immersion inside body systems used in surgery training. Oculus Rift™ VR (owned by Facebook) has renewed enthusiasm for consumer VR technology. Oculus takes advantage of Moore's law (enhanced computer power and decreasing component size) alongside improvements in high resolution small screens utilized in the latest generation of iOS and Android smartphones. 

The 3D stereoscopic VR world of today's headsets responds promptly to head movements, fills the entire field of vision, and smoothly generates images that create a convincing alternate reality where the user can look up, down, and behind them. These headsets allow a near perfect representation of reality in terms of low lag and a full field of view. The realism that is possible with the device evokes "real world" responses (excitement, fear, a sense of awe and wonder) that one simply does not see when folks watch video or 3D images displayed on a 2D screen.Headset VR technology has already been used to explore pain control, surgical repair of hernia, and similarly complicated objects for engineering training. 

It is time to apply the potential of immersive headset-based VR technology to the task of understanding brain anatomy and neural connections.Ever had one of those brain freeze moments when there is way too much going on and way too much information to deal with. Well, you're not alone. Research tells us that too much information leads to a disorganized mind which, in turn, can cause our brain to shut down and render us unable to make even simple decisions. It can also lead to increased stress and feelings of irritability, distraction, overwhelm and reduced creativity and productivity.