Mobile phones are becoming cheaper and more widespread all the time. All new mobile phones could in future be equipped with sensors to detect biological pathogens, hazardous chemical agents and a Geiger counter for measuring radioactivity. The data could then be anonymzed and uploaded to be analyzed and used for the early detection of biological, chemical or nuclear risks.
Such a network could thwart the outbreak of infectious diseases, chemical accidents or nuclear terrorism (e.g. dirty bombs).
Hmm the question is if you actually could construct something that has the potential to detect unknown biological pathogens and then fit it in a phone. . . well worth a try i guess.
A world-wide ABC sensor network.
Mobile phones are becoming cheaper and more widespread all the time. All new mobile phones could in future be equipped with sensors to detect biological pathogens, hazardous chemical agents and a Geiger counter for measuring radioactivity. The data could then be anonymzed and uploaded to be analyzed and used for the early detection of biological, chemical or nuclear risks.
Such a network could thwart the outbreak of infectious diseases, chemical accidents or nuclear terrorism (e.g. dirty bombs).
Hmm the question is if you actually could construct something that has the potential to detect unknown biological pathogens and then fit it in a phone. . . well worth a try i guess.
ABC=Atomic, Biological, Chemical?
That’s much better than CBRNE (Chem, Bio, Rad-Nuke, Explosive), which seems to be the common phrase.
I’m familiar with NBC, (nuclear, biological, chemical) for current catastrophic risk and GNR (genetics, nano, robotics) for possible future ones.