@TimRuhr @kvanttiomena You can get a more full picture here: https://t.co/pA7UFXojNF Advancements in algorithms have made low-field MRI once again a realistic alternative; this would allow for a 70-80 % cost reduction in cost of imaging, and 2-5 factor im
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@MKorja Laajemmin matalakenttämagneettikuvaajissa huomioidaan että noin 0.2T ja 1.5T välinen kuvien laatu ei ole kovin suuri; pääasiassa kehitys on ollut algoissa ja laskennassa, ei itse järjestelmissä, mm https://t.co/pA7UFXojNF
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@dbarawn @BShane555 @Notatmypicnic @tylerblack32 On the other hand there's no reason to assume we will need high field strength anywhere near as much as we thought: https://t.co/pA7UFXojNF
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@Notatmypicnic @tylerblack32 Then we move to low-field MRI systems which don't need superconductive coils. Quality of images is more or less the same. The two architectures are resistive or permanent magnet, each with pros and cons. Resistive magnets requ