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Hyundai’s first concept car has showcased its latest special motor, a retro coupe powered by a 500kW hydrogen fuel cell system. 0 See 13 pictures See 13 pictures Previously It Hyundai N Vision 74 The high-performance coupe concept has been revealed, providing Hyundai’s clearest indication that hydrogen fuel cells have the performance potential of a car. The N Vision 74 concept was revealed alongside the official confirmation of the Ioniq 5 N – the N brand’s first electric vehicle – and an Ioniq 6-based high-performance EV concept called the RN22e. Officially, the RN22e and N Vision 74 are ‘rolling laboratory concepts’, the vehicles Hyundai uses to test and validate future technologies. The N Vision 74 is said to provide a vision of a “hydrogen-based high-performance future” – but expect that future to look a little different, as in its current form, Hyundai has no plans to build on the concept. Its name and style pay homage to the Hyundai Pony Coupe, a 1974 concept car written by icon

Summary: The inhibitory and excitatory networks in the visual system of the brain develop by different processes, even if the organization of the networks is similar. Source: Max Planck Florida Brain function, like many other areas of life, is about balance. Excitatory neurons that increase the activity of connected neurons are offset by inhibitory neurons that suppress this activity. In this way, excitation and inhibition work together throughout the brain to process information and guide behavior. Imbalances in this system, which sometimes appear during development, contribute to neurodevelopmental disorders such as autism. To date researchers have mostly focused on excitatory neurons, while the function and development of inhibitory neural circuits has been studied. New research from the Max Planck Florida Institute for Neuroscience shows that the inhibitory and excitatory neural circuits of the visual system develop by different processes, even if the organization of the mature c