They Wrote About Nanorobots in 2010. Almost Nobody Was Listening.
A decade before nanorobots entered the public conversation, two researchers published a warning — and a hope.
There is a particular kind of loneliness in knowing something important that the world is not yet ready to hear.
Dina Chris JL and John DG Johnson published online the content of Scientific Discoveries book between 2010 and 2015. It covered quantum dots, suspended animation, stem cell breakthroughs, the ethics of cloning, regenerative medicine, nanotechnology. The full arc of what we now recognize as the frontier of biomedicine.
They were not writing for an academic audience. They were writing — deliberately, explicitly — for everyone. Their prologue says it plainly: they wanted to bring advances “to your doorstep” in “highly comprehensible articles to reach all type of readers.”
Most people, at the time, were not paying attention. Most people still are not.
On Nanorobots, Written Before Anyone Was Asking
Let’s be specific about what the chapter Nanotechnology: The Power of Nanomedicine actually says, because the precision of it matters.
Written circa 2010–2013, it describes nanorobots as “specifically programmed molecules” that can be inoculated into a patient, programmed to travel to a developing tumour, identify and eliminate the malignant cells, and — through a second nanorobot — stabilize the body’s functions afterward. It references Eric Drexler’s 1981 PNAS article warning that “those concerned with the long-range future of humanity must concern themselves with the opportunities and dangers arising from this technology.”
It then articulates the risks: nanomolecules that could destroy specific proteins, rearrange gene structures, replicate the full biological data of a person to produce a biological copy — a cloning mechanism. The authors name these possibilities not to sensationalize, but to inform. To create exactly the kind of discerning readership that can evaluate these developments when they arrive.
They close the chapter with words that do not read like a scientific paper at all:
“We cannot be naive and pretend that all this development is going to be only for the benefit of humanity... let’s hope that in the future those who use nanotechnology do not use it to destroy what God and nature created with so much love and harmony, the life of all species.”
That sentence, written over a decade ago, lands differently now.
Why the Gap Between Knowledge and Public Awareness Is Not Neutral
The note in the book’s second edition makes this point explicitly: “These scientific discoveries have not yet reach or properly been understood by the general public. Their understanding is key to STOP the SLAVERY of human beings.”
That is a strong sentence. It is meant to be. The authors are not making a casual point about science communication. They are arguing that the information gap — between what is scientifically possible and what the public knows — is itself a form of power asymmetry. Those who understand what nanotechnology can do, what gene-editing can do, what nanocarriers and personalised medicine can do, hold an advantage over those who do not.
Dina’s own biography frames this directly. She describes herself as wanting to be “a bridge between the academic community and the rest of society” — adding that “it is by sharing knowledge and maintaining human ethos that we can contribute to shape evolution.”
That is not just a mission statement. It is a theory of what science communication is for.
What the Book Covers
The full scope of Scientific Discoveries is worth naming, because it is genuinely broad. Across its special publications and issue articles, it covers: misdiagnosis of physical illness as mental illness; stroke and TIA; nanotechnology and the GA Project; the Human Brain Project; ageing and lifespan extension; ecological medicine; harmful effects of electromagnetic fields; quantum dots for diagnostics; porphyria; robotics transforming ICT; regenerative medicine; synthetic blood; cryonics; neurogenesis; the law of chaos in neuroscience; suspended animation.
Each of these was documented and explained for general audiences at a time when most of them were barely covered in specialist press.
A Note on the Authors
Dina Chris JL is an investigative journalist and researcher with backgrounds spanning biomedicine, biophysics, sociology, international relations, artificial intelligence and robotics. John DG Johnson co-authored the research across all editions. Loria Hilahm contributed as photojournalist.
Their work was published through NIIRS — and now published by Worldy TCP contact available at worldy.tcp@gmail.com — and is now available in a second edition compiled in 2022.
If you are someone who cares about where science is going, and about who gets to understand it — this book is worth your time.
Scientific Discoveries, 2nd Edition. Available at worldy-tcp.com.
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