excessive lobbying. More and more tasks of social services, which until the end of the
twentieth century were reserved for local authorities or states, such as telecommunica
tion, information research, news dissemination, food supply, navigation and logistics,
and even payment systems and currencies, are being monopolized by some corporations
to such an extent that political observers now recognize new feudalism in it [47].
Former employees who have left these companies for ethical reasons point out that
sensationalist headlines keep users glued to their devices for as long as possible to play
them as much advertising as possible. Reports are presented in an exaggeratedly lurid
and emotionally arousing manner, and in many cases, false reports and nonsensical
conspiracy theories are put into the world [48]. For example, the rumor has become
widespread, which is important in the context discussed here, that microchips are in
jected with the COVID-19 vaccine to monitor vaccinated persons (which, due to the small
inner diameter of vaccination needles in the range of 0.1 mm, would have to be re
cognized as nonsense from a technical point of view). The sheer flood of this dubious
news is eroding the democratic opinion-forming process in many countries so that the
influence of populists is increasing and Internet corporations are making profits at the
expense of the cohesion of society [49].
In addition, extensive data collections are created of practically all Internet users, ranging
from their behavioral patterns to personality profiles. The companies make use of the large
volume of communication data (BigData), which provides them with information about
the devices used, user name, age, gender, telephone calls, e-mails, geolocation, place of
residence, workplace, profession, position, purchases, income, credit card sales, social si
tuation, political preferences, memberships, and other sensitive personality data, as well as
their circle of friends and relatives and comparable information from the latter. The data
is aggregated through excessive tracking across pages and devices for every user action on
the Internet [50], with which the personality profiles become more and more accurate. For
the vote on the United Kingdom’s exit from the EU (Brexit) and the 2016 presidential
election in the United States, there is extensive evidence of how such personality profiles
were used to influence the outcome of the election [49,51]. In addition, health or fitness apps
also involve medical data, the sensitivity of which is considered particularly high in the
European General Data Protection Regulation (Art. 9 (1)). It may be expected that this data
will be used to further detail personality profiles, making users/patients predictable and
manipulable in their behavior.
For a large area of digital technologies, therefore, an unenthusiastic picture emerges as
to whether a patient-friendly use of human implants is possible if implants are designed
as microelectronic IoT systems and privacy on the Internet cannot be guaranteed. Given
the problems mentioned, the question arises as to whether scientists can still participate in
such developments with a clear conscience. To do so, it would have to be ensured that the
data of the implant in whose development one is involved remain under the control of
the user in any case. As a scientist and developer, one can refer to the UN Sustainable
Development Goals, point 16.6, which calls for the development of effective, verifiable,
and transparent institutions at all levels.
The ensuing discussion is reminiscent of the one about nuclear armament and the in
volvement of scientists in the 1980s. At that time, the question of a Hippocratic oath for
scientists was discussed, like the one taken by physicians and in which they commit
themselves to ethical action [52]. There are corresponding passages in many statutes of
scientists’ organizations, such as in the case of the German Physical Society, which
commits itself “… to be aware of the fact that those working in science are responsible for
the shaping of the whole of human life to a particularly high degree.”
Implantable Microelectronics
351