Lovászy László's book "On Renewing Humanism – Enhanced Humans and Humanoid Robots in a Super-Aged Society" argues that the interactions between robotics, biotechnology, artificial intelligence and demographic aging have already begun and could fundamentally reshape societies between 2030 and 2050. He contends these phenomena must be studied together rather than in isolation: automation, AI, genetic technologies and population trends will act in concert.
Intellectual background of the author
Lovászy's thinking on the links between demography, technology and social policy is not new. His first comprehensive piece on the subject appeared on Portfolio.hu in 2016. In the subsequent decades of analysis he repeatedly emphasized that robotization, AI and biotechnology jointly determine Europe's future, and that neither automation nor migration alone can be treated as the sole long-term response to labor-market pressures.
Referring to a technological acceleration around 2012, he already proposed in 2017 the idea of "Homo sapiens conrectus"—a technologically enhanced human—and suggested that an automated economy will raise demand for workers he called "post‑Renaissance polymaths," capable of linking multiple fields of knowledge.
What is a super-aged society and why it matters
Demographic literature usually defines a super-aged society as one in which people aged 65 and over account for 20–21% or more of the population. Lovászy notes that raising the retirement age would change some statistics but would not resolve the structural issue: the absolute number and economic weight of older people will exceed that of younger generations. This can create tensions that fundamentally alter current social arrangements and policies. Economies may have to rely on groups whose work capacity has historically been low or even absent, and more generations will live together than in most of human history.
The aging trend appears irreversible, and according to Bain consultants it places a dual pressure on the global economy. Countries that powered global growth in the past face some of the toughest demographic challenges.
International examples and strategic directions
Lovászy highlights Japan as an example: Tokyo has sought to strengthen its super-aged society through robotics, AI and biotechnology, setting Moonshot-like ambitions with a 2050 target. The Society 5.0 concept presented at the World Economic Forum in 2019 (originally from 2016) centers human quality of life and promotes human–machine collaboration beyond Industry 4.0.
In China, Lovászy observes, AI and robotics are supported not only to address rapid aging (partly a legacy of the one‑child policy) but also to preserve and expand industrial positions—especially in battery technology, which is critical for energy-hungry humanoid robots. He therefore predicts that battery technology will become a key component not only for vehicles but also for humanoid robots alongside computing.
Citing the International Federation of Robotics (IFR) data released in 2025, the book notes that in 2024 China led in industrial robot deployments, followed by Japan and the United States, with Germany leading in Europe. It also reports that, except for China, the number of newly installed industrial robots fell in most countries compared with the previous period.
Economic and social consequences, policy questions
The book deals with significant economic questions as well. It quotes Geoffrey Hinton—described as one of the fathers of AI and awarded a physical Nobel Prize in 2024—who answered the question of what economic policy is needed to ensure AI benefits everyone with the single word: "socialism." Lovászy also engages with ideas from John Maynard Keynes, Ray Kurzweil, Yuval Harari, Steven Pinker and Francis Fukuyama.
A central concern of the book is what price societies are willing to pay for technological progress and what they will offer in return: how to keep humans central in an era when the concepts of personhood, work and human–machine relations are themselves being transformed.
New concepts introduced in the book
Lovászy introduces and explains several neologisms, including:
- Homo sapiens conrectus (enhanced human): a human stage improved with biotech and AI tools.
- Techno-orthodox humanism: a philosophical current that integrates classical humanism with technological realities.
- Biotech-social revolution: societal transformation emerging from the symbiosis of biotechnology and information technology.
- Lilac-collar workforce: a new category blending blue, white and pink‑collar characteristics—creative workers collaborating with AI.
- Demographic revolutionaries: active older adults who shape super-aged societies through political and economic influence.
- Asymmetric singularity: an extremely uneven societal and geographic distribution of the benefits of technological progress.
Conclusions
Grounded in a large body of sources, Lovászy László's book positions itself as a foundational work for readers who want to understand how to preserve human values and human-centered policies in an increasingly automated world. The proposed "techno-orthodox humanism" seeks a balance: openness to AI, robotics and biotechnology alongside a firm commitment to human dignity, autonomy and legal-moral status. Lovászy emphasizes that technology should serve human flourishing rather than the supersession of humanity.
As societies approach the structural shifts projected for 2030–2050, the book calls on policymakers, researchers and the public to confront difficult trade-offs about how to shape super-aged futures while keeping human beings at the center of innovation-driven change.
