Medical Science Fiction:
A Conflict Between Healthcare Practitioners and Algorithms
In the novel “Segregation”, published in the 1960s, Isaac Asimov depicts a future where the boundaries between humans and robots have become blurred: humans use robotic prosthetics, while robots use manufactured organs, including hearts and skin.
In this futuristic world, we witness a dialogue between a patient in need of a heart transplant who displays clear prejudice against humans, believing that mechanical organs are stronger and better than biological ones, The surgeon, however, defends the biological heart, and from here the events unfold, carrying within them a philosophical depth about discrimination among humans and what it means to be human, before leading to a surprising.
Today’s Medicine… Tomorrow’s Fiction
On the other hand, science fiction writer Arthur C. Clarke went even further in his vision of telemedicine. In the 1975 novel “Imperial Earth”, a surgeon on one side of the world performs surgery via networked robots on a patient on the other side of the globe. Clarke astutely noted that a signal delay of even half a second could be fatal.
In fact, in 1964, Clarke predicted that “one day we may have neurosurgeons in Edinburgh performing surgeries on patients in New Zealand.” This prediction was made in the 1960s, and we now see it being realized in practice.
These stories anticipated important aspects of modern medicine. For example, doctors and engineers today are working to build advanced prosthetics such as arms or legs, designed to mimic real limbs in form and function, powered by electricity and controlled by robotic systems, with the most advanced ones controlled by neural signals or even brain activity.
For instance, arms are now capable of performing precise movements and are used by soldiers who have lost limbs, while legs from companies like Ottobock respond to neural signals and adapt to walking or running. And we haven’t even mentioned the revolution taking place in assistive devices for treating blindness and deafness.
As for telemedicine systems, they have become a key part of today’s healthcare system. In the simplest terms, a healthcare professional can provide telemedicine services from a medical clinic or a mobile unit, thereby making it easier for people living in remote communities or rural areas to access healthcare.
As for the novel “The Fantastic Voyage” by science fiction writer Isaac Asimov, it brilliantly foreshadowed today’s world. The novel is set during the Cold War, when a brilliant Soviet scientist flees to the West with classified information in his brain. There, he suffers a serious, life-threatening stroke in his head that cannot be treated with conventional surgery without killing him. However, the United States possesses a secret technology capable of shrinking humans and objects.
The plan begins: a team of scientists and doctors, along with a microscopic submarine, are shrunk to the size of a blood cell. They are then injected into the patient’s bloodstream and begin their journey to reach the brain and remove the clot. They have only 60 minutes before they return to their normal size, meaning any delay would be fatal.
Of course, shrinking humans is pure fantasy, but today’s experimental nanorobots—designed to hunt down tumors or deliver drugs—undoubtedly have their roots in such imaginative ideas. Currently, scientists are working on developing nanocapsules that can be swallowed just like any other capsule.
Ethical Debates
But science fiction novels did not merely discuss the future of medicine; they delved into the deepest ethical debates in the medical world decades before they began. For example, in his novel “Brave New World”, published nearly a century ago in 1932, Aldous Huxley was decades ahead of his time in predicting reproductive technology and genetic engineering. He imagined a world in the 26th century where children are raised in artificial wombs, with their intelligence and specific social roles predetermined, and in this context, disease and aging are eradicated.
This futuristic vision reflects ethical debates that remain relevant today, as artificial insemination, embryo selection, and gene editing via CRISPR technology are seen as first steps toward the production of genetically engineered children. However, Huxley’s novel remains a stark warning of the price we may pay: the loss of individual freedom of choice and the erosion of human diversity, all under the banner of the pursuit of health and engineered biological perfection.
Many works of science fiction explore these kinds of questions. For example, Kazuo Ishiguro’s novel "Never Let Me Go" (2005) depicts a bleak world in the near future, where human clones are raised solely to harvest their organs. The cloned protagonists face the painful reality that their lives have been predetermined as mere means to an end.
This story confronts us with profound questions about the value of life and the consequences of scientific innovation; the clones possess full human emotions, yet they are sacrificed for the sake of others.
These cautionary tales highlight fears that medical progress may tempt societies toward injustice—a concern that is not far-fetched when discussing equal access to healthcare, as many science fiction novels depict stark contradictions in future medicine.
Artificial Intelligence
In addition to the above, science fiction continually explores the evolving relationship between healthcare providers, patients, and technology. As artificial intelligence and automation enter the world of medicine, what will happen to the human touch?
Science fiction authors have presented both optimistic and cautionary scenarios. Some stories, such as Isaac Asimov’s tales of robots, suggest that compassionate machines (guided by Asimov’s famous Three Laws of Robotics) are capable of caring for humans with meticulous precision and without fatigue.
In general, science fiction writers tend to envision a future where the healthcare provider is a program that never sleeps, a talking robot or an interactive hologram (like the “Emergency Medical Officer” in Star Trek novels and films), or super-intelligent AI connected to sensors in your body that monitors you moment by moment.
In other stories, you don’t need to go to the hospital; your body itself is implanted with nanodevices that detect illness and immediately begin treatment via artificial intelligence, while your smartphone or smart bracelet monitors all your vital signs and suggests dietary or medication changes before you even feel pain. Thus, treatment is no longer a response to illness, but rather continuous and intelligent prevention.
In the context of stories like these, there remains a profound debate about whether there is a need for constant oversight of AI’s decisions in general, and this applies to medicine as well, extending to deeper questions. For example, if a machine knows everything about you—your health and your illnesses—and then decides what is best for you without asking you, is your body still “your own business”? Or have you become “data” within a system larger than yourself?
Science fiction stories are more than just a tool for predicting the future in a purely technical sense; in fact, much of their significance stems from the questions they raise regarding these matters.
References
Wolver website – “Deca’s Bionic Arm” – A technical overview of the advanced prosthetic arm’s features and its neural and motor control mechanisms.
Ottobock – “Lower Limb Prosthetics” – An informational page showcasing modern prosthetic technologies and advanced mobility solutions.
Mayo Clinic – “Telemedicine” – An informational report explaining the concept of digital healthcare and the evolution of remote medical consultation services.
Study published in the U.S. National Library of Medicine – Scientific research on the digital transformation in healthcare and the challenges of integrating technology into medical practice.
United Nations Educational, Scientific and Cultural Organization (UNESCO) – “Recommendation on the Ethics of Artificial Intelligence” – An international document establishing an ethical framework for the use of artificial intelligence technologies.
Scientific article in the journal “Advanced Science” – A research study on advanced biomedical innovations and the integration of artificial intelligence into modern medical technologies.