The paper it references titled "Evidence of A.I. Assimilation in the Global Population through the Pulsating Current Mechanism" has, I believe, some very deceptive bits and pieces which can convince a vulnerable person to believe they are suffering from this A.I assimilation". For instance the "Sample Experiments" part at the end.
Hi Cybe2,
Here is the link, but not certain if this is the original source:
Agreed. I hope it is not true. But, cannot say for certain that it is not. Over the years, numerous people have talked about voice to brain technology.
Yes. A motive: To deceive the populace into believing THEY possess more technology than they really do. But, what if THEY do?
1 Like
Can’t find any others. The channel also has an earlier video with the same presenter.
Ironically this channel avatar is AI generated
Standards guiding the bio-digital revolution
https://www.iec.ch/blog/standards-guiding-bio-digital-revolution
One of the newest and most exciting frontiers of engineering is based on the convergence of biology and digital technology. Bio-digital convergence (BDC) has a wide range of possible applications, some of them unexpected.
Take for example first response operations following natural and human-made disasters. Sometimes rescue dogs are unable to move through the debris of collapsed buildings, which is where cyborg cockroaches could one day take over.
There is nothing new about scientists manually mounting microchips and sensors onto cockroaches to control their movement, with DIY kits for building your own roach bots available online. The challenge is that rescue missions would require swarms of cyborg roaches to comb the debris, which is not feasible when each roach-bot takes 30 minutes to make.
That could be about to change. According to the New Scientist, researchers in Singapore have developed a robot arm that makes it possible to mass-produce cyborg cockroaches, from anaesthetizing them to fitting their electronic backpacks.
BDC is the focus of a joint IEC and ISO systems committee set up recently to prepare standards. The committee is collecting, evaluating and classifying existing standards that are relevant in the field of BDC and identifying gaps where standards are needed.
BDC is made possible by advances in fields such as synthetic biology, biotechnology and digital technology. This is allowing researchers to manipulate and control biological systems in increasingly sophisticated ways.
It is a rapidly evolving field that holds great promise for a wide range of applications. By merging biology and digital technology, scientists are creating new tools, technologies and applications that could have a profound impact on many aspects of our lives, from healthcare to agriculture and environmental protection.
It includes the use of digital tools and techniques to design and synthesize new biological components, such as DNA, proteins and cells, as well as the use of digital technology to control and manipulate these biological systems in real time.
Renewable energy is another field that is likely to benefit. Researchers are using bio-digital technologies to create new types of biofuels, as well as to develop advanced algae-based systems for capturing and storing carbon dioxide. These technologies have the potential to provide clean, sustainable and renewable energy sources that could help to reduce our reliance on fossil fuels.
As the article in the New Scientist illustrates, bio-digital convergence could one day even play a role in pulling survivors from the rubble of collapsed buildings. When that happens, Colin the cockroach could be vying against Roger the rescue dog for media attention.