Groundbreaking research indicates that human life expectancy may witness a remarkable upswing, reaching up to 120 years within a few decades. This increase is being driven by cutting-edge technologies such as artificial intelligence (AI) and wearable gadgets, as well as crucial insights gained from the COVID-19 epidemic.
The role of AI and wearables in life extension
The research was conducted by Malardalen University (MDU), in partnership with academic institutions in Finland, France, and the United Kingdom. Published in the scientific journal Futures, the study illuminates the possibility of older adults maintaining health comparable to those in their 40s, a feat made possible by swift technological progress. In fact, people in developed countries could typically have lifespans ranging from 100 to 120 years in the coming half-century.
The combination of AI and wearable gadgets is poised to play a critical role in extending human life beyond its current limits. Wearable health-tracking technologies are likely to become increasingly prevalent, forming an integral part of this paradigm shift.
A rising number of people are already utilising these gadgets to monitor their health status. These gadgets, some of which will be implanted in the future, are poised to transform the healthcare scene. They will allow clinicians to provide individualised suggestions for lifestyle modifications to patients at an early stage.
Continuous monitoring and real-time data
Consider a world in which individuals are constantly monitored and real-time data is transmitted to medical professionals 24/7. Coupled with the ability of AI to rapidly analyse large amounts of health data, this can lead to faster and more accurate disease diagnosis. Such technological integration in healthcare will not only improve illness prevention but will also revolutionise treatment procedures.
Medicine is set to become personalised. This is emerging as a transformational strategy, adapting treatments to patients’ unique traits. Adverse effects can be minimised and treatment efficacy can be maximised. For example, drugs could be customised to an individual’s distinct genetic makeup and health problems.
Confronting challenges for extended lifespans
While the thought of living up to 120 years appears appealing, it is critical to acknowledge the problems that lie ahead. Climate change is one of the most critical current and future elements influencing healthcare systems and human lives. If the consequences of climate change are not appropriately addressed, they may disrupt healthcare infrastructure. The study says they may raise illness load, and have a negative influence on general well-being.
The future of life extension
The research report’s findings paint a compelling picture of an extended human lifespan in the near future. AI and wearable devices are set to be at the forefront of this transformative change. Healthcare systems stand to benefit greatly from speedier diagnoses, novel treatments, and personalised medicine as technology advances.
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The incorporation of AI and wearable tech in healthcare is more than just a trend. It is a revolution that will reshape our concept of health and wellness. We could be on the verge of a fundamental transformation in our approach to health and longevity.
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