Longevity Horizon

Highlights

Visions of the Future

This paper identifies biologically limited lifespan as a primary driver of long-term civilizational decline and proposes continuous personal rejuvenation—via embryonic age reset and autologous stem cell renewal—as a necessary safeguard for preserving humanity’s cognitive and problem-solving capacity.

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Through In Vitro Gametogenesis — Young Stem Cells

In vitro gametogenesis enables the direct conversion of somatic cells into functional germ cells, redefining reproduction and positioning germline reprogramming as a potential foundation for both infertility treatment and systemic biological rejuvenation.

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The Centriolar Theory of Differentiation Explains the Biological Meaning of the Centriolar Theory of Organismal Aging

Organismal aging is driven by the unavoidable accumulation of old, irreparable centrioles produced by differentiation programs, redefining aging as a structural, not merely genetic or stochastic, inevitability of multicellular life.

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About the Journal

At Longevity Horizon (Online ISSN: 3088-4063), we unite leading researchers and innovators to advance transformative technologies that will shape the future. Bringing together experts from diverse fields, we cultivate an environment where impactful ideas and scientific breakthroughs can emerge. Our mission is to support collaboration and make cutting-edge knowledge accessible to the global community, promoting research that improves lives and contributes to a sustainable, thriving future. Our platform provides high-quality, peer-reviewed articles that drive scientific progress. These contributions help turn such visions as expanded living space, optimal health, food security, and even the pursuit of radical longevity into realistic possibilities. This is an open access journal, meaning all content is freely available to read, download, copy, distribute, print, search, or link, in accordance with the BOAI definition of open access.

Immortalitas in Hac Vita