Gleiser Notes That At The Start Of The 21st Century There Is

Gleiser Notes That As The Start Of The 21st century There Is A Grow

At the dawn of the 21st century, Marcel Gleiser observes a rising sense of cynicism towards science, perceiving it as a betrayal of its promises of redemption and progress. This skepticism stems from the contrast between the initial ideals of science as a beacon of knowledge and salvation and the reality of unmet expectations, failures to deliver a fundamentally better world, and the inability to fulfill all predictions aimed at improving human life. Gleiser responds to these charges by emphasizing the historical context of scientific development. He articulates that science emerged from a period when beliefs such as astrology and alchemy still held sway among educated elites, and that the scientific revolution was a transformative process that redefined humanity’s understanding of the universe, our terrestrial position, and the nature of time and future prospects. While it is true that science has not resolved all existential or societal dilemmas, Gleiser highlights that its evolution was never meant to provide absolute answers or instant redemption, but rather to progressively refine our comprehension and capabilities. Regarding the accumulation of knowledge not translating into a better world, he points out that scientific progress involves a complex, often non-linear journey with setbacks and unintended consequences, yet it fosters a deeper understanding that can ultimately guide societal improvement. Concerning the failure of science to meet some specific predictions, Gleiser suggests that the scientific enterprise is inherently a process of continuous questioning and revision, and that failures are part of its natural progression towards more accurate models of reality.

Furthermore, Gleiser emphasizes that the ongoing rise of science over the past five centuries has fundamentally altered our conception of the future. Scientific advancements have expanded our imagination about what is possible, from technological innovations to medical breakthroughs, fundamentally reshaping how we envision progress. This scientific perspective fosters a view of the future as an evolving landscape of possibilities driven by discovery and innovation, rather than predestined or fixed. Our collective understanding now includes the recognition of uncertainties and the importance of adaptability, which influences policies, societal goals, and individual aspirations. The persistent growth of scientific knowledge continuously challenges pre-existing notions of time and change, inspiring hope and a proactive stance toward confronting future challenges.

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Marcel Gleiser’s commentary on the relationship between science and societal expectations reveals a nuanced understanding of the historical and philosophical evolution of scientific thought. At the start of the 21st century, science’s reputation as a guarantor of salvation and progress has become tainted, with many perceiving science as insufficient in delivering on its promise to create a utopian future. Gleiser addresses the three primary criticisms of science’s limitations: its failure to deliver redemption, its inability to produce a better world despite accumulating knowledge, and its shortcomings in predictions about the future. His responses demonstrate the complexity of scientific development and suggest a more measured appreciation of its role in shaping human destiny.

Firstly, critics argue that science has failed to deliver redemption, suggesting that despite centuries of technological and theoretical advances, humanity still faces existential threats such as climate change, disease, and social inequality. Gleiser responds by contextualizing the origins of science in a period when beliefs like astrology and alchemy prevailed among educated classes. The scientific revolution was not an immediate cure-all but a transformative process that gradually redrew humanity’s understanding of the universe and our place within it. He emphasizes that science’s progress is incremental and that its ultimate goal is to build a more profound understanding, which may not always translate directly into immediate redemption. The journey from superstition to scientific inquiry was itself a form of redemption—a movement away from mystical explanations toward empirical evidence and rationality.

Secondly, the charge that science’s vast accumulation of knowledge has failed to create a better world is addressed through an acknowledgment that scientific advancements can have both positive and negative consequences. While some developments have led to harmful technologies or exacerbated inequalities, Gleiser underscores that the core purpose of scientific inquiry is to deepen our understanding of natural and societal processes. This knowledge, though not always quickly or directly applied, lays the groundwork for societal improvements over time. Scientific literacy and innovation foster solutions to pressing issues, such as medical breakthroughs to combat diseases and environmental technologies to address climate change. The complexity of translating knowledge into societal betterment is recognized, but Gleiser advocates for patience and continued engagement with science as a pathway to long-term progress.

Thirdly, critics highlight that science has fallen short of many predictions regarding future improvements, such as entirely eradicating diseases or achieving sustainable energy solutions within expected timeframes. Gleiser’s response emphasizes that scientific progress is inherently uncertain and iterative. Failures and inaccuracies in predictions are part of the scientific process, which relies on hypothesis testing, revision, and refinement. Scientific models are continually improved through empirical feedback, and setbacks are viewed as opportunities to learn rather than definitive failures. This ongoing process ensures that each cycle of prediction and correction brings humanity closer to more accurate understanding and effective solutions.

Beyond addressing these criticisms, Gleiser suggests that the cumulative impact of scientific progress over the past five centuries has fundamentally changed our collective perception of the future. Scientific developments have expanded our imagination about what constitutes progress, influencing everything from technological innovations to philosophical outlooks. The idea that the future is a realm of possibilities shaped by human ingenuity has become deeply ingrained in modern consciousness. Such a perspective fosters optimism, motivating societies to pursue scientific and technological breakthroughs as means to confront future challenges.

This shift has also altered how individuals and societies think about time, emphasizing adaptability, resilience, and an ongoing quest for knowledge. Instead of viewing the future as predetermined or fixed, we see it as an open landscape amenable to influence through scientific inquiry and innovation. Scientific progress encourages a proactive approach, emphasizing preparation and adaptation rather than resignation to fate.

In conclusion, Gleiser’s reflection offers a balanced view that recognizes both the limitations and the profound influence of science on our understanding of the future. While science has not fulfilled all its promises instantly or universally, its evolution over the centuries has continually reshaped our expectations and expanded our possibilities. This ongoing engagement with scientific inquiry provides a foundation for hope, innovation, and resilience in the face of future uncertainties.

References

• Gleiser, M. (2014). The tale of the universe: How the cosmos explained everything. Basic Books.
• Kuhn, T. S. (1962). The structure of scientific revolutions. University of Chicago Press.
• Latour, B. (2013). An inquiry into modes of existence: An anthropology of the moderns. Harvard University Press.
• Rosenberg, A. (1997). Explaining evolution: A practical approach. University of Chicago Press.
• Hacking, I. (1999). The social construction of what? Harvard University Press.
• McIntyre, L. (2010). The scientific attitude: Defending science from denial, fraud, and pseudoscience. MIT Press.
• Longino, H. E. (1990). Science as social knowledge: Values and objectivity in scientific inquiry. Princeton University Press.
• Barad, K. (2007). Meeting the universe halfway: Quantum physics and the entanglement of matter and meaning. Duke University Press.
• Wilson, E. O. (1998). Consilience: The unity of knowledge. Vintage.
• Scruton, R. (2014). The ring of truth: The philosophy of natural history. profile books.