Source: https://www.linkedin.com/feed/update/urn%3Ali%3Ashare%3A6849521896808091648
CNBC:Why It’s Impossible To Put #Tracking #Microchips In #Covid #Vaccines? Why We Might Be Asking the Wrong Question?: Think of #Virus [Sized] #Transistors Not #Microchips: The attached #CNBC #video raises #public #awareness about various #IT, #semiconductor, and related #systems #engineering #technologies and related #Cyber #Security and #Data #Privacy issues. These include #RFID #chips and relatively newer #tech such as #NearField #Communications #NFC and #QuantumDots. Additional insights are feasible based on #engineering & #scientific #inquiry to further #public #consciousness on #Cyber #Security and #Data #Privacy which are of increasing interest at #individual, #household, #enterprise, #community, #society, #national & #global levels. The following post on this feed from an year ago is shared below to further raise #public #awareness as well as awareness of the related #scientific, #engineering and #research #communities to contribute in the process.
#COVID19: #Virus [Sized] #Transistors: #Harvard #Magazine: https://lnkd.in/gMjSmqr : #Polymorphic #Mutation: https://lnkd.in/eUsNb8Hc :
Did #BioNets & #CyberNets Merge? https://lnkd.in/g6m8R4Q : “when a man-made structure is as small as a virus or bacteria, it can behave the way biological structures do.”
C4I-Cyber.com: Does #COVID19 herald the coming of the era where #BioNets #interconnect and #transmit across to and from #CyberNets: Given prior 20-year and likely longer history of the ongoing merger across #Cyber #Nano & #BioTech domains – e.g. earlier shared article on #Liquid #Computing: #Harvard #Magazine – https://lnkd.in/gJu9tC6 : are we entering a more fascinating & frightening era of #bionets & #human #neural #interfaces:
Harvard University: Harvard Magazine: #HARDWARE AT THE #NANOSCALE: #Liquid #Computing, NOVEMBER-DECEMBER 2001:
“Imagine a #computer, suspended in a flask of liquid, which assembles itself when the #liquid is poured onto a desktop. Sound like science fiction? Hyman professor of chemistry #CharlesLieber is making it happen in his laboratory, where researchers have already created #tiny #logic #circuits and #memory–the two main components of a computer–in just this manner. And these #circuits are tiny, just a #few #atoms across.”
#Sensor #NanoSensor #BioNet #CyberNet
“He has done that by starting with the smallest of building blocks–#wires only #three #nanometers across that can be #produced #relatively #cheaply on a bench top with a few thousand dollars’ worth of equipment.”
“Imagine a #protein with a charge on it coming up to something very small, where the surface is a big component. You bring this charged body up, and it #biologically or #chemically #switches the #transistor. In essence, you can #electrically #detect when you have a #protein, a #nucleic #acid, or anything else. What you have created is a #sensor.”
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