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Smartwatches worn on millions of wrists today pack vastly more processing power than the computers that helped Apollo astronauts land on the moon. But the scientific drive to go tiny has come at a cost: It means heat, electricity and energy now have much less room to flow through devices.
Smartwatches worn on millions of wrists today pack vastly more processing power than the computers that helped Apollo astronauts land on the moon. But the scientific drive to go tiny has come at a cost: It means heat, electricity and energy now have much less room to flow through devices.
Source: Phys.org
