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A different spin on neuromorphic computing...
Extract 1
The joint Swedish/Japanese Topspin research shows that oscillators and oscillating circuits can carry out complex calculations in way that mimics how human nerve and memory cells seem to do the same thing.
Extract 2
In regard to better, more energy-efficient mobile handsets, Professor Åkerman believes the new research will lead to new functionality on the devices. He uses the example of digital assistants such as Siri where, currently, all processing has to be done by remote servers because such processing-heavy work on a mobile handset is very energy-inefficient. However, if components could be made small enough, many hundreds of them would fit into a mobile handset enabling energy-efficient local processing and obviating the need for energy-guzzling servers. Under laboratory conditions, research scientist have been able to produce components so microscopically small that they are “less than the size of a single bacterium.”
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Extract 1
The joint Swedish/Japanese Topspin research shows that oscillators and oscillating circuits can carry out complex calculations in way that mimics how human nerve and memory cells seem to do the same thing.
Extract 2
In regard to better, more energy-efficient mobile handsets, Professor Åkerman believes the new research will lead to new functionality on the devices. He uses the example of digital assistants such as Siri where, currently, all processing has to be done by remote servers because such processing-heavy work on a mobile handset is very energy-inefficient. However, if components could be made small enough, many hundreds of them would fit into a mobile handset enabling energy-efficient local processing and obviating the need for energy-guzzling servers. Under laboratory conditions, research scientist have been able to produce components so microscopically small that they are “less than the size of a single bacterium.”

Putting some Topspin on neuromorphic computing
Swedish and Japanese scientists in breakthrough to make computers work more like the human brainCollaborating teams combine computer memory and calculation fun…