We have reached unimaginable heights in our scientific and technological knowledge. But that knowledge is mostly confined to our own immediate welfare. We have a very powerful instinct to explore, we know a great deal about astrophysics, but when we look at the biological world—what the resources are and how are we going to manage our future with or without a certain number of species living with us—it’s pretty much a blank slate. In the meantime we generate multitudinous anthropogenic effects including disrupting biophysical boundaries, destruction, fragmentation and disruption of natural ecosystems , loss of genetic variability, extinction, homogenization of earth’s biota, evolution of microbes that infect humans as hosts…..
Monthly Archives: april 2016
In the years and decades ahead, scientific and technological advances have created radical new ways and means of designing, producing and distributing the fabric of our cities. For example, breakthroughs in nanotechnology have enabled material scientists to replicate manifold biological mechanisms. We can anticipate lifelike materials becoming a common feature of our day-to-day surroundings. Self-repairing materials will extend the life of wide-ranging items. Passive thermoregulation in buildings reduces the need for air conditioning and heating. Amongst other things, superhydrophobicity more or less mitigates the need for cleaning some surfaces. Read More
The Anthropocene hypothesis regards humanity as a geological force, its activities effectively altering the earth system’s metabolic structures: sediments, currents, and rays are redistributed towards unknown configurations. Thinking of the Anthropocene engages with earthly conditions and human imagination in a discursive, trans-historical experiment. Departing from a corpus of documents, scholars, theorists, scientists, I try to understand the constantly shifting qualities, energetic new positions on the textures and forms that knowledge takes on within the Anthropocene.
Focusing on their respective views on the human and on the relation between the human and technology and in particular against the backdrop of the current global ecological crisis the hypothesis currently gaining much attention which claims that the human (Greek: anthropos) has become the most important geological (f)actor on the planet. A new post-metaphysical understanding of the human and its evolution which emphasizes the original co-implication of the human and technology.
The Anthropocene allows to reexamine the relationship between humans and the rest of the natural world. There has been a long-standing narrative of humanity and nature being separate; some believe that we should be the caretakers or stewards of the natural world, while others urge us to leave the environment alone and let nature run its course. But human activity is intrinsically linked to nature, and is part of it. From the land we live on to the resources we use to the trash we throw away, everything we do is tied into and impacts our surroundings. The concept of the Anthropocene underlines this fact by defining the environment based on the interactive effects of our influence. The only question now becomes how we can shape our activities so our impact on the environment is intentional and leads to meaningful outcomes.
Humans have unmistakably influenced the planet and human creativity has produced some incredible achievements. Perhaps most importantly, we have self-awareness of the impact of our activities. We are aware of the finiteness of Earth’s natural resources and can use this knowledge to analyze the short- and long-term effects of their gradual depletion. And we have the capacity to create innovative solutions. Having this self-awareness along with our creative problem-solving will be critical to helping repair some of the negative effects of the Anthropocene, and will help us to be conscious of those effects into the future.
The story of human evolution features a unique ability to adapt in the face of changing climates, and this will be no different for human-shaped climates of today and the future. With our own growing awareness of how our actions impact the natural world, the question is how best we can shape our actions so that the consequences of our activities are purposeful and positive.
Altering our surroundings is fundamental to human survival. In this light, how may we come to alter the world that we’ve created in a conscious and productive way? Community and global collaboration, along with innovation, will be the keys to creating a new path for the future of our species and our environment. By looking at the Anthropocene from a human origins viewpoint, the narrative of our collective humanity and the qualities that unite us as a species with a common origin can give us a sense of communal purpose in developing solutions for the problems of the Anthropocene.
Contemplating these questions will help us begin to determine the future of the Anthropocene. The themes of self-determination, community, and action will all be parts of the human-driven innovation for the future of the planet. As we look to the future, we will see not only the planet change, but we may even see changes in ourselves as a species. An invitation to complentate: what will it mean to be human in the future of the Anthropocene?
Technology has been transforming our world for thousands of years. Scientific and technological revolutions have shaped the course of history. However, the pace of change today is accelerating dramatically. We have entered into an era of ‘hyper-change…on a global scale and at a speed with no precedent in human history’. Technological progress has become so rapid that it is outpacing our ability to deliberate and act prudently. Our legal system and ethicists cannot keep up new technologies. It is unclear what the world will be like at the end of this century and beyond. We are on the verge of technological advances that will radically redefine what it means to be human, at the threshold of a monumental evolutionary change. Read More