At the core of his prediction lies the concept of "Longevity Escape Velocity." According to this idea, by 2032, a turning point will be reached when medical technologies can compensate for the loss of time occurring in the body for every year lived. In other words, science will not only be able to slow down aging but will actually push its boundaries, adding a year of healthy life for every year lived. Kurzweil emphasizes that this is not about immortality in a primitive sense — people will still die from accidents, infections, or violence. However, death from old age as a biological inevitability may cease to exist. **The Engine of Medical Revolution** The main reason for his optimism, the futurist sees in the rapid development of artificial intelligence (AI). According to him, the processes of drug discovery and computational biology, which were once slow and expensive, are becoming digital, fast, and scalable. AI systems are already capable of analyzing millions of molecular options, identifying therapeutic targets, modeling biological processes, and suggesting treatment methods at previously unattainable speeds. Kurzweil believes that while breakthroughs in medicine used to happen every few years or decades, the pace of discoveries will significantly accelerate in the coming decade. This approach is already beginning to transition from the theoretical realm to practical application. In recent years, clinical trials have been conducted on methods that affect damaged cells through partial reprogramming, drugs targeting biological mechanisms of aging are being developed, and AI models are actively being used to discover new therapeutic targets. However, most of this work is still in its early stages — experiments on cells and animals, as well as initial studies involving humans, are focused on specific diseases rather than general rejuvenation of the body. **The Limits of Predictions** The gap between extending healthy life and the actual cancellation of aging remains the main subject of debate. Skeptics remind us that the significant increase in average life expectancy in the 20th century was achieved through vaccination, antibiotics, improved sanitation, and reduced child mortality. In recent decades, the pace of life expectancy growth in developed countries has slowed, as preventing death at a young age has proven easier than adding years to the lives of elderly people suffering from chronic diseases. Kurzweil, who has long been familiar with criticism directed at him, has a reputation as a person who predicted major technological trends in computing and the Internet. However, many consider his predictions in biology to be overly optimistic, as the human body is not a computer or a processor. It is a complex living system with interactions between genes, cells, the immune system, the microbiome, and the environment. Therefore, Kurzweil's prediction should be perceived not as an exact date but as an indication of a trend: aging is ceasing to be a "natural fate" and is becoming a biological process that can be studied and possibly corrected. There are only a few years left until 2032. If Kurzweil is right, humanity stands on the brink of the greatest revolution in medicine. If he is wrong, it will serve as an important reminder that biology is far more complex than technology.