Explore the Electronic Visions Group's research on neuromorphic computing platforms. For both the 'BrainScaleS hybrid multiscale platform' and the 'Spikey System', describe their key characteristics, including their speed advantage and how they contribute to scientific experiments or network dynamics.
Navigate to the 'Research' section of the Kirchhoff-Institute for Physics website. From the 'Research' section, navigate to the 'Neuromorphic Hardware' sub-section. On the 'Electronic Visions Group' page, navigate to their 'Research' section. Identify and extract the key characteristics for both the 'BrainScaleS hybrid multiscale platform' and the 'Spikey System', focusing on their speed and experimental value.
Successfully navigate to the 'Research' section of the Electronic Vision(s) group. Identify 'BrainScaleS hybrid multiscale platform' and describe its key characteristics: 'physical model of neural microcircuits', 'low energy consumption per neural event, fault tolerance, scalability', '1.6 million neurons and 0.4 billion dynamic synapses', 'bridge temporal scales from milliseconds to years', 'study spatial scales from the single cell level to functional brain areas in a single experiment', and 'speeds far exceeding biological real-time'. Identify 'Spikey System' and describe its key characteristics: 'plug-and-play device that emulates spiking neural networks with physical models of neurons and synapses', '384 neurons and 98304 synapses', and 'Network dynamics on Spikey are approximately 10000 times faster than for their biological archetypes'.