I envisage a \u2018mothball computer’ \u2013 a capsule with the case whose outer surface harvests power from the environment and inside the capsule we have the computational electronics.<\/p>\n
High-speed clocking can be provided by EM of highest possible frequency \u2013 e.g. by visible light, X-rays or ultimately by gamma rays!<\/p>\n
Power supply for modulation electronics can be generated by solar cells \u2013 Perovskite cells. Because Perovskite cell have lead in them they can insulate gamma rays from propagation outside the compute capsule.<\/p>\n
Information will be in the form of time-modulated super-HF signals.<\/p>\n
We will represent information in terms of time-averaged pulse bursts.<\/p>\n
We will have a \u2018continuum\u2019 range of temporal compute which will operate in the range between deterministic one-shot pulse burst (discrete) through deterministic multi-pulse analog averaged signal to stochastic multi-pulse averaged signal (cf. book by Mars & Poppelbaum – https:\/\/www.amazon.co.uk\/Stochastic-Deterministic-Averaging-Processes-electronics\/dp\/0906048443<\/a>)<\/p>\n Temporal Computing (https:\/\/temporalcomputing.com<\/a>) is the right kind of business opportunity for this Odyssey!<\/p>\n","protected":false},"excerpt":{"rendered":" I envisage a \u2018mothball computer’ \u2013 a capsule with the case whose outer surface harvests power from the environment and inside the capsule we have the computational electronics. High-speed clocking can be provided by EM of highest possible frequency \u2013 … Continue reading