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One of the biggest barriers to the implementation of useful artificial intelligence in our culture is the limitations imposed by our computer hardware: modern computer chips have their circuits arranged in a two-dimensional layout, running programs that are meant to mimic our own three-dimensional neurological processes. The 2D setup was, and indeed still is, better suited to the more linear processing that the majority of our computer programs require, but running AI-based programs presents a sizable drop in efficiency — it is apparent that if AI is to grow as a valuable tool, a new form of computer hardware will be required to accommodate it.
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Over the past week, the African country of Liberia has been the target of a series of high-bandwidth directed denial of service (DDoS) attacks, nearly crippling the nation’s fledgling internet service.

The attacks originated from a network called Mirai botnet #14, intermittently flooding Libera’s networks with traffic of over 500 gigabits per second in bandwidth during each attack. Botnets consist of a network of thousands of "zombie computers", typically home computers that, unknown to their individual owners, have viruses or other malware that send out data when commended to by the controller of the malware.
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 Researchers from The Australian National University (ANU) have developed a method of freezing and storing light, an important step on the road to developing quantum computers. Most switches used in quantum computing experiments are made up of trapped ions or semiconductor particles, suspended in a state of quantum superposition. Photons, however, could interface much more efficiently with fiber optic networks, without the need for a way to translate the information between the qubit — the quantum-computing equivalent of a classical computer bit — and the computer’s network or interface.
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