Coronavirus Immunity Digital Certificates – Quantum-Dot Tattoos
Microsoft co-founder Bill Gates wants to launch human-implantable capsules that have ‘digital certificates’ which can show who has been tested for the coronavirus and who has been vaccinated against it.
The ‘digital certificates’ Gates was referring to are human-implantable ‘QUANTUM-DOT TATTOOS’ that researchers at MIT and Rice University are working on as a way to hold vaccination records. The quantum-dot tattoos involve applying dissolvable sugar-based microneedles that contain a vaccine and fluorescent copper-based ‘quantum dots’ embedded inside biocompatible, micron-scale capsules. After the microneedles dissolve under the skin, they leave the encapsulated quantum dots whose patterns can be read to identify the vaccine that was administered.
The quantum-dot tattoos will likely be complimented with Bill Gates’ other undertaking called ID2020, which is an ambitious project by Microsoft to solve the problem of over 1 billion people who live without an officially recognized identity. ID2020 is solving this through digital identity. Currently, the most feasible way of implementing digital identity is either through smartphones or RFID microchip implants. The ID2020 initiative has formed an alliance between Microsoft and four other companies, namely; Accenture, IDEO, Gavi, and the Rockefeller Foundation. The project is supported by the United Nations and has been incorporated into the UN’s Sustainable Development Goals initiative.
Interval Research (Palo Alto) has patented a “programmable tattoo.” The biologically inert subcutaneous implant is constructed of a flexible material so as to conform to the skin’s surface. The small liquid-crystal display can be inserted just beneath the skin (e.g., in place of a wrist watch). Because human skin is partially transparent, the display is clearly visible. The implant also includes a receiver for receiving programming information from a user, and a display for displaying the programming information through the skin. The display is connected to a control chip and power comes from a small battery. Both of these are implanted beneath the skin. Implanting is an outpatient operation and the battery can be recharged inductively, by holding the wrist near a charger.
Some of it’s potential uses includes:
- monitor patients by doctors, contact tracers, or the government
- locating people such as small children and the elderly,
- tracking parolees, people under house arrest, and individuals in witness protection programs,
- Of particular interest is its application as an important security measure. It can carry personal identification information and transmit this information via wireless communication with personal computers.