We live in very exciting times. Urbanization, now on an unprecedented scale, is a major contributor to the systemic clash between biosphere and Technosphere. As cities expand geographically, they encroach on the realms of the biosphere, usurping ever-larger living landscapes and paving them over with tarmac and concrete. The challenge of global regenerative development is sometimes conceptualized as a choice between change by design (or managed transition) and   change by disaster (or forced transition). The upshot is that there is a very high probability that change will come: either forced change or managed change. It is clear that the relationship…

At school I often came into trouble because teachers were irritated and frustrated to continue answering the never-ending ‘why’ questions.  ‘Why do we exist?’ and ‘what was there before the Universe?’ It was not appreciated by my teachers. Education did not go well, and let’s just say I wasn’t hanging out with the ‘right crowd’. I have always been curious about the world and universe we live in, my father inspired me to follow that path and convinced me that asking questions is exactly the right way. And science is getting closer to answer these questions!! Albert Einstein demonstrated that…

Life is possible on Earth because the climate is favorable for it to flourish. In particular, the average range of surface temperatures on Earth allows for abundant liquid water, which is essential for life as we know it. Earth’s average surface temperature has changed over time. But for most of Earth history it has fluctuated within a range that allows for liquid water in the oceans and in land water bodies. Temperature on our planet is controlled, in part, by the fact that we have a thin atmosphere of gases surrounding us; this thin layer acts to hold in some…

Humans are starting to be recognized as an overwhelming forcing factor modulating biosphere dynamics. In this view, the Earth system can be interpreted as entering in a geological era that can be called the Anthropocene, the Technocene or even Capitalocene, depending on the conceptual stance adopted. Human modification of the Earth system has created new dynamics and connections that are causing local ecosystems to behave in new ways, while also having an impact on distant people and places. At the advent of the Anthropocene, life is being pushed to its limits the world over; we are currently living through the…

Living in society has existed since the dawn of human civilization, the history of human society has been characterized by the release of restrictions and the acquisition of freedom through improved capabilities. Moving from hunting society to rural society, humans gained and increased the capacity to produce food, which freed them from hunger. With this, since the existence of Homo Neanderthals and later Homo sapiens, the concept and style of society has been changing over time, evolving with its ways of dealing with different aspects and situations. All life, including human life, ultimately depends on the wellbeing of our host…

Life is really weird. Life is unlike any other phenomenon in physics. Stars, electrons, and black holes are all amazing in their own ways. Life is self-organizing chemistry which reproduces itself and passes on its evolved characteristics, encoded in DNA. In thermodynamics terms, it has the ability to reduce local entropy or disorganization, thus locally contravening the law of thermodynamics. In more biological terms; life is the  arrangement of molecules with qualities of self-sustenance and self-replication. It’s a bit more … only life invents, and the first thing life invents is itself. Life must be described in terms of its…

‘Man is destined by his reason to live in a society with men and in it to cultivate himself, to civilize himself, and to make himself moral by the arts and sciences. No matter how strong his animal tendency to yield passively to the attractions of comfort and well-being, which he calls happiness, he is still destined to make himself worthy of humanity by actively struggling with the obstacle that cling to him because of the crudity of his nature.’ – Immanuel Kant Humans are biophysically connected to the biosphere through the flows of materials and energy appropriated from ecosystems….

‘What then is time? If no one asks me, I know what it is. But if I wish to explain it to him who asks the question, I do not know.’ – Saint Augustine, ca. 399 CE. Another year past, it seems as if time is speeding up. I’ve always been fascinated with time and the concept of time’s passage. Time seems commonplace, but it is perhaps the Universe’s greatest mystery. Throughout the history of philosophy (paradigmatically, in the work of Aristotle) time is a measure or dimension of change. If there are physical processes, it seems there is temporality….

Our world is at a turning point, humanity is at a crossroads. We can choose to live self-servingly, by which we try to command and control the biological and cultural heritage of the biosphere solely for our self-serving benefit. Or, we can co-create symbiotic systems through which we relate to and work with our living world and one another in life-affirming ways. Given the increasing characteristics of complex interconnection we face moving forward in our global context, it is only through the cultivation of a symbiotic approach to life and living that humanity can hope to evolve with the rest…

Earth, an ancient, extremely complex, multiple, all-planetary, thermodynamically open, self-controling system of living and non-living matter which accumulates and redistributes immense resources and energy and determines the composition and dynamics of the Earth’s biosphere, lithosphere, cryosphere, atmosphere and hydrosphere and the nonlinear interactions and feedback loops between and within them. These components can be also regarded as self-regulating systems in their own right, and further broken down into more specialized subsystems. The sources of Earth’s evolving chemical complexity are the energies of solar diurnal disequilibria and the energies of physicochemical gradients at hot hydrothermal vents. The diurnal disequilibria arise naturally…