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Discover the revolutionary DeepSouth supercomputer - the world's first computer designed to emulate the parallel biological neural networks of the human brain itself. Developed by scientists at Western Sydney University's International Centre for Neuromorphic Systems, DeepSouth utilizes breakthrough neuromorphic hardware and software that mimics neurons and synapses to achieve unprecedented efficiency. Learn how this specialized architecture distributes processing across a network of bespoke brain-inspired chips, unlike traditional supercomputers based on von Neumann designs. This enables DeepSouth to carry out a staggering 228 trillion synaptic operations per second, rivaling estimates for the human brain's processing speed. Yet it requires far less space and power than conventional systems - revolutionizing the performance possibilities for simulations, AI, and other compute-heavy tasks. Hear leading experts explain how DeepSouth provides a glimpse into the sustainable, scalable supercomputing architecture of the future. Its flexible FPGA backbone allows for reconfiguration to test different neural network configurations quickly, accelerating discovery. Additional capacity can also be added with only fractional increases in space and energy needs owed to the high efficiency of neuromorphic computing. Harnessing even fractions of our brain's astonishing parallel processing capabilities in silicon could drive the next computing revolution. DeepSouth also holds clues to overcoming barriers in quantum computing like decoherence and orchestrating millions of qubits harmoniously. Already quantum machine learning is an area of intense focus internationally. Hear researcher perspectives on the sweeping implications across drug discovery, climate forecasting, personalized recommendations and more as barriers to large-scale neural simulation fall. From neuroprosthetics to autonomous navigation, this new generation of brain-inspired supercomputing could make sci-fi applications an everyday reality just as handheld touchscreens were once considered impossibly futuristic. Will DeepSouth usher in the synaptic supercomputing era? Discover the transformational potential of this Australia-developed system aiming to conduct the largest neural simulations in history - opening new frontiers in understanding intelligence both natural and artificial. Read the Full Length Article Here:
