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A Sourcebook for the Worldwide Discovery of a Creative Organic Universe
Table of Contents
Genesis Vision
Learning Planet
Organic Universe
Earth Life Emerge
Genesis Future
Recent Additions

I. The Natural Genesis Vision

B. Anthropo/Earthropo Opus: A Revolutionary Ecosmos

    As evolution was said to be “in the air” in the 1850’s, today an epochal revolution about what kind of universe this is that we valiant people and special planet find ourselves seems actually in the Internet airwaves. The old gloom of a mechanical, particulate, entropic cosmos, with life but a random tangent, is in waning disarray. But if a mindfulness to seek and see is allowed, a novel reception of a phenomenal conducive spacescape is adawning. These many integral sources herein, backed by over 8,000 site entries, express a quite different, self-developing, life-friendly, unfinished genesis just coming to our revolutionary recognition. For example, it offers an Ecosmomics chapter so as to represent its familial parents to children genetic code endowment. The Anthropo/Earthropo title, following on from Homo/Anthropo above, represents an epic cognitive advance from an individual phase to the emergent global sentience which is the basis of this website. And Opus is drawn from the perennial magnum opus or great work phrase whereof we peoples are here to learn, decipher and discover. The image is a work by Charles Jencks and friends as one luminous example of such a procreative uniVerse.


2020: In regard, a synoptic website overview will be presented in the new 2020 Introduction.

Arthur, Wallace. Life through Time and Space. Cambridge: Harvard University Press, 2017.

Cockell, Charles. The Equations of Life: How Physics Shapes Evolution. New York: Basic Books, 2018.

Conway Morris, Simon. The Runes of Evolution: How the Universe Became Self-Aware. West Conshohocken, PA: Templeton Press, 2015.

Davies, Paul. The Demon in the Machine: How Hidden Webs of Information are Solving the Mystery of Life. London: Allen Lane, 2019.

Gissis, Snait, et al, ed. Landscapes of Collectivity in the Life Sciences. Cambridge: MIT Press, 2018.

Gould, Roy. Universe in Creation: A New Understanding of the Big Bang and the Emergence of Life. Cambridge: Harvard University Press, 2018

Grinspoon, David. Earth in Human Hands: Shaping Our Planet's Future. New York: Grand Central Publishing, 2016.

Lovelock, James. Novacene: The Coming Age of Hyperintelligence. Cambridge: MIT Press, 2019.

Nicolelis, Miguel. The True Creator of Everything. New Haven: Yale University Press, 2020.

Powell, Russell. Contingency and Convergence: Toward a Cosmic Biology of Body and Mind. Cambridge: MIT Press, 2020.

Smith, Eric and Harold Morowitz. The Origin and Nature of Life on Earth. Cambridge: Cambridge University Press, 2016.

Volk, Tyler. Quarks to Culture: How We Came to Be. New York: Columbia University Press, 2017.

West, Geoffrey. Scale: The Universal Laws of Growth, Innovation, Sustainability and the Pace of Life. New York: Penguin, 2017.

Wilson, David Sloan. This View of Life: Completing the Darwinian Revolution. New York: Pantheon, 2019.

Evolution and Development of the Universe. www.evodevouniverse.com. We are pleased to note a prescient conference held in Paris, France on October 8-9, 2008, whose summary theme is expressed in the quote. Speakers such as James Gardner, John Smart, Laurent Nottale (search herein), Peter Winiwarter, and others offered a forward edge exploration of our cosmic Copernican Revolution to a more life and human friendly creative organic universe. The Program and Abstracts can now be viewed at: http://evodevouniverse.com/uploads/1/18/EDU2008Program.pdf.

The underlying paradigm for cosmology is theoretical physics. The EDU research community explores how it might be extended by including insights from evolutionary developmental biology. In the neo-Darwinian paradigm, adaptive evolutionary development allows the production of ordered and complex structures. More specifically, we can distinguish evolutionary processes which are contingently adaptive and developmental processes which produce systemically statistically predictable structures and trajectories internal to the developmental cycle. By analogy with the evolutionary development of two genetically identical twins, would two initially parametrically identical universes each exhibit unpredictably separate and unique evolutionary differentiation over their lifespan, and at the same time, a broad set of predictable developmental milestones and shared structure and function between them? More generally, can we model our universe as an evolutionary developmental system?

Human Universe. www.newscientist.com/issue/3019. An online posting for the May 2, 2015 issue of the popular British weekly The New Scientist, with a cover story by this title. For some context, its intent is quite different from a 2014 book by physicist Brian Cox with the same title, which touts a pointless multiverse. In the mid 2010s, due to Kepler planet findings, along with quantum, complexity, network, neural, informational, and more scientific advances, a revolutionary alternative is in the air which this report tries to glimpse. It is just being realized that sapient, collaborative persons on a special bioworld Earth in a unique solar system may indeed be the only knowing, capable awareness in the whole evolutionary cosmos. By this vista, we peoples altogether can aspire to an awesome role and purpose of deciding and co-creating the fate and future of this self-chosen universe.

An editorial opens with 21st century affirmations by leading thinkers such as Martin Rees, David Waltham, and Dimitar Sasselov, see quotes below. Eight sections course from Was the Universe Made for Us? (Anthropic Principle, see more quotes) and Does Consciousness Create Reality? (Wheeler’s participatory model) to Could We Colonize the Stars, Engineer the Universe, and Could We Become Gods?. Even though humankind, great Earth, and this sunny star home may be the original or only winner of a stochastic contingency, with nascent, limitless cognitive and technical potentials, a subtitle proclaims “The Universe is Ours.” But it is noted throughout that such a fantastic vista is possible only if men can stop fighting, mitigate many threats and intentionally achieve a global sustainability.

We could be the universe's sole repository of wisdom, scientific insight and technology. Threats to our future are threats to the existence of self-awareness. That ups the ante: we have a responsibility to preserve life on Earth and our own civilisation. We have powers no other species has had before, we're changing the world, but as yet not in any sustainable way: it's random and unthought-out. (David Grinspoon)

We know precious little about our place in the universe, except for one thing: we, and any existing cohort of civilisations, will appear as "first born" to anyone living in our universe a 100 billion years from now. So, in the sense of timing, our place in the universe is special. And we have potential, like children: free of responsibilities and growing up to see where life takes us. We might grow up and write the early history of the universe – or not. (Dimitar Sasselov)

For much of our existence on Earth, we humans thought of ourselves as a pretty big deal. Then along came science and taught us how utterly insignificant we are. We aren't the centre of the universe. We aren't special. We are just a species of ape living on a smallish planet orbiting an unremarkable star in one galaxy among billions in a universe that had been around for 13.8 billion years without us. But maybe we were too hasty to write ourselves off. There is a sense in which we are still the centre of the universe. Science also teaches us that the laws of physics are ridiculously, almost unbelievably, "fine-tuned" for you and me. (32) But even if this (multiverse) version of the anthropic principle explains fine-tuning, it still restores us to some of our former (self-appointed) glory by putting human observers firmly back into our description of the cosmos. “If you want to explain the universe that we see, the very fact that we are seeing it is part of that explanation,” says (Paul) Davies. “It is a bit of a U-turn in the history of science that has been removing the observer from the picture altogether.” (Was the Universe Made for Us?)

Initiative for the Theoretical Sciences. www.gc.cuny.edu/Page-Elements/Academics-Research-Centers-Initiatives/Initiatives-and-Committees/Initiative-for-the-Theoretical-Sciences. A new center based at the City College of New York CCNY as the marriage of physics and biology begins to reveal and qualify a revolutionary procreative universe. Physicist William Bialek was a co-founder and is present director, along with international contributors such as Irene Giardina, Andrea Cavagna, Sriram Ramaswamy, as they study self-organizing animal groups, active matter, and so on. Subject areas are Brains, Minds, and Models, Condensed Matter Physics and Quantum Computation, Chemistry, and Evolutionary Theory. A good article on this whole project, which cites this institute, is The Borders of Order by Philip Ball in the New Scientist for April 28, 2014.

If we watch a population of organisms for many generations, we can (almost literally) see them evolve. Nonetheless, the idea that the full complexity of life on earth emerged through natural selection and random processes seems fantastic, and of course generates political controversy. In a series of symposia, we hope to address the extent to which evolution is becoming a quantitative theory. We will explore questions ranging from the evolution of simple traits in single celled organisms to the evolution of culture in human societies. (Evolutionary Theory)

Theoretical problems in chemistry range from the quantum mechanics of electrons in individual chemical bonds to the collective behaviors of large molecules and new materials. There are connections to condensed matter physics, to the phenomena of life, to the design of new algorithms, and to more abstract problems of statistical and quantum mechanics. In a series of mini-symposia, we will explore this full range of questions. (Chemistry)

I work on the statistical physics modelling of biological systems. My focus is on systems comprising many interacting units and displaying emergent behaviours. I would like to understand how these collective effects allow organisms to achieve complex biological tasks. My interests span a variety of biological fields, from neuron coding to biochemical networks to the immune repertoire and single proteins. (Thierry Mora)

National Geographic X-Ray Earth. http://channel.nationalgeographic.com/episode/x-ray-earth-5102.. A TV special that first aired in spring 2011 about how our planet is busily installing electronic sensors everywhere and every way to monitor and maintain a viable environment. Happening much on its self-organized own, such surveillance from cell phones to GPS satellites takes on the guise of a rudimentary metabolic homeostasis. But within the two hour show, a novel, profound scientific advance and synthesis, with sure global consequence, became evident.

The work of Brian Enquist, University of Arizona ecologist, and of physicist Geoffrey West, former Santa Fe Institute president, along with many colleagues, is shown to divine and quantify as not before a natural geometry that iteratively stretches from leaves to London. Enquist’s team reports on how a whole forest, and wider biota, repeats the form and function each plant with an optimum fractal self-similarity. West worked with Enquist, and ecologist James Brown (search names) over the past decade to discern this implicate mathematics. He has since, with Luis Bettencourt, Jose Lobo (search) and others, extended this universality on to human habitations from villages to a metropolis. Again the same animating patterns and processes recur across a wide nested scale. These 21st century findings of as above, so below, “a world in a wild flower,” at last confirm nature’s grand affinity from universe to human.

And further theme builds toward the end of the airing. By any measure and imagination, precious earth in this view appears quite alive, the whole scintillating biosphere and upstart cultural noosphere is much a living organism. In closing, it is wondered if by all this sensory instrumentation, such a personal planet might attain a modicum of self-awareness. This website bibliography and anthology tries to document that a worldwide humankind is on the verge of her/his own knowledge and discovery, which we urgently ought to realize, read and avail.

The Edge 2011 Question: What Scientific Concept Would Improve Everybody’s Cognitive Toolkit. http://edge.org/annual-question/what-scientific-concept-would-improve-everybodys-cognitive-toolkit. This peripatetic Edge salon of literary agent John Brockman annually poses a topic for scientist and cultural commentators to weigh in on. Some 164 responses are now posted this January, most a disparate array of pet interests and opinions. But a few items can put our conceptual and social impasse in sharp relief. (Our mental faculties are not “toolkits”). Astrophysicists Sean Carroll and Marcelo Gleiser, whose 2010 books are noted herein, harden their claim of a pointless multiverse whereof earth, life, and human are wildly improbable accidents. And then it is said isn’t this grand for it frees us to make up own valuation. Does this make sense if there is no real sense to make? But another voice, science writer Matt Ridley (The Rational Optimist), avers that human beings are extraordinary due to the historical and lately global “collective intelligence” of all peoples together. This later view of such a worldwide discovery of an alternative creative, organic universe is the root rationale for Natural Genesis.

Allen, Roland and Suzy Lindstrom. Life, the Universe, and Everything – 42 Fundamental Questions. Physica Scripta. 92/1, 2017. An illustrated lead article in a Focus Issue on 21st Century Frontiers by Texas A&M University and Uppsala University physicists which avails Douglas Adams’ famous number to list prime areas such as black hole phenomena, cosmic inflation, quantum photonics, an anthropic multiverse, spacetime consistency, universal life, why consciousness, and so on. But within the present mindset, they remain as fragmented topics with still no wonderment about what it altogether might be and mean, which we Earthlings struggle to imagine.

Ambjorn, Jan, et al. The Self-Organizing Quantum Universe. Scientific American. July, 2008. Noted more in Quantum Cosmology as a revolutionary theoretical witness of a natural genesis.

Anderson, Walter Truett. The Next Enlightenment: Integrating East and West in a New Vision of Human Evolution. New York: St. Martin’s Press, 2003. “What miracle is this?” writes Anderson that conscious beings arise out of 14 billion years of cosmic to earthly to human evolution. In response he sketches a 21st century path for the perennial wisdom quest that seeks to join Western rational empiricism with Eastern mysticism. The eclectic work includes appreciations of the universality of complex adaptive systems, a nascent global superorganism and its brain, and our protean, congressional, postmodern self.

Arthur, Wallace. Life through Time and Space. Cambridge: Harvard University Press, 2017. The National University of Ireland, Galway zoologist and author (search) achieves an engaging cosmic and Earthly tour by way of From Stars to Embryos, Cycles of Life, In the Beginning, Structures and Functions, From Boulders to Brains, Milestones of Discovery, and Endings and Enlightenment sections. His embryologist bent is evident with allusions of cosmic evolution as an “embryogenesis” whereof living beings, and our human witness, organically arise and develop from an original point, aka “from atoms to aliens.” The evolutionary import of ramifying neural anatomy and intelligence are well covered both or our home planet, and imaginations about extraterrestrials. Although not overtly cited, one get inklings of a global gestation reaching fruition as our humankinder might finally gain a salutary and palliative vision.

All humans share three origins: the beginning of our individual lives, the appearance of life on Earth, and the formation of our planetary home. Life through Time and Space brings together the latest discoveries in both biology and astronomy to examine our deepest questions about where we came from, where we are going, and whether we are alone in the cosmos. Wallace Arthur combines embryological, evolutionary, and cosmological perspectives to tell the story of life on Earth and its potential to exist elsewhere in the universe. Along the way, readers learn about the evolution of life from a primordial soup of organic molecules to complex plants and animals, about Earth’s geological transformation from barren rock to diverse ecosystems, and about human development from embryo to infant to adult. (Summary)

Artson, Bradley Shavit. Life of the World: Beyond Mind/Body Dualism to Embodied Emergence. Hebrew Union College Annual. Volume 79, 2008. The American Jewish University, Chair of Rabbinic Studies, scholar and author achieves an insightful review of our revolutionary moment between a mechanical scheme that drains vitality, mind and spirit from persons and populace, and a dynamic relational, analogic unity of transcendence and immanence. In so doing a once and future Neoplatonic essence is invoked by which to revive the numinous complementarity of body and soul. Indeed the mystical Zohar teaches such a divine heavenly and earthly continuity, not either/or opposition. A 21st century worldwide, palliative wisdom is seen as coming together in our midst if we might allow our destiny as intended selves who are to heal, resolve, and create this procreative family cosmos. See also Rabbi Artson’s chapter “Holy, Holy, Holy! Jewish Affirmations of Pantheism” in Panentheism Across the World's Traditions (2013), and his God of Becoming and Relationship: The Dynamic Nature of Process Theology (2016).

This paper will consider the dominant systems of ideas – a dualistic metaphysics that dichotomizes mind and body – explicate its inadequacy and harmfulness for the present, and advocate a different nexus of ideas to allow the continuing conversation about ourselves, our place in the world, and a spiritual sense of unity and meaning to emerge in a way that does not require us to deny what we know from other sources, denigrate our world and ourselves, or maintain a false hierarchy based on gender. The solution that I will sketch integrates three mutually-supportive sources: cognitive science, metaphor theory, and panentheism and process theology.

God permeates space time as a sponsor of free agents and a source of creative energy. This is why the universe is self-creating, why humans demonstrate an artistic spark (manifest in science, art, religion, love, and so on). Jewish tradition affirms the self-creating nature of creation as a gift of God. (247)

Auerswald, Philip. The Code Economy. A Forty-Thousand Year History. New York: Oxford University Press, 2017. Quite more than another business book, the George Mason University professor of public policy makes strong case for the actual doubleness of our human cultural, commercial, and evolutionary existence. By this view, the overt what-happenstance of the daily world can be attributed to some manner of a prescriptive source – blueprint, project plans, algorithm(s), and so on. While this soft/hardware, aka geno/phenotype, Leibniz’s universal alphabet, script/score duality is known, Auerswald adds a new cogent emphasis to the importance and implementation.

What is "code"? Code is the DNA of human civilization as it has evolved from Neolithic simplicity to modern complexity. In a sweeping narrative that takes readers from the invention of the alphabet to the advent of the Blockchain, Philip Auerswald argues that the advance of code is the key driver of human history. Over the span of centuries, each major stage in the advance of code has brought a shift in the structure of society that has challenged human beings to reinvent not only how we work but who we are. The Code Economy explains how the advance of code is once again fundamentally altering the nature of work and the human experience. (Publisher)

The microeconomics you learned in college was generally limited to the “what” of production: what goes in and what comes out. This book is about the “how:” how inputs are combined to yield outputs. The “how” goes by many names: recipes, processes, routines, algorithms, and programs, among others. While I will employ each of these names at different points in the book, I use the word “code” throughout to refer to the how of production. The essential idea is that the “what” of output cannot exist without the “how” by which it is produced. (2) As you read this book, you will see that code as I intend it incorporates elements of computer code genetic code, cryptologic code, and other forms as well. But you will also see that it stands alone as its own concept – the instructions and algorithms that guide production in the economy – for which no adequate word yet exists. (3)

Auletta, Gennaro. Cognitive Biology: Dealing with Information from Bacteria to Minds. Oxford: Oxford University Press, 2011. This erudite opus, some 900 pages and 2,500 references, is by a Pontifical Gregorian University, Rome, philosopher of science, with degrees and interests in physics, biology, linguistics, and theology. Three main parts: Acquiring Information, Controlling Information, and Interpreting Information, offer a comprehensive survey of a dynamic cosmos that exists so complex, conscious beings can lately inquire of it. From his background, and for its audience, it prefers academic and technical terms as it ranges across quantum theories, nonlinear systems, neuroscience, semiotics, Darwinian mores, and so on. However if to delve, the work rewards with a directional evolutionary creativity tracked from a fertile material origin to microbial life and onto aware intelligence by virtue of an informational quality.

As a brief tour, Auletta, conversant with these scientific frontiers, views quantum physical matter as a programmatic source. So informed, nature’s active development proceeds via self-organizating processes to generate life’s somatic phylogeny and ontogeny. This serves neural formation, cognitive memories, and perceptive vision as an episodic emergence of learning, knowing, “selfhood in community.” Once a quantum phase, then genetic biology, and by major transitions, toward symbolic, language-based culture, with a constant convergence at every stage. A conceptual resolve is expressed in Chapter 25, Final Philosophical Remarks. What is wrought is a dual reality of spontaneous, contingent diversity of life’s evolutionary gestation, which is founded upon and springs from a pre-existent, universal guidance. There is chance, randomness, local environmental “events,” but not without correlations, constrained channels, an invariant unity. From Galileo to Gennaro, four centuries later, we find that mathematical Nature, lately as quantum, informational, and ultimately genetic, is indeed textual in kind.

Quantum-mechanical systems provide both the informational pool and the basic interconnections of our universe. Quantum-mechanical systems can be considered as the sources of any information in our world. (34) Therefore, organisms show a complementarity between modularity (discontinuity) and connectedness (continuity), which allows for the integration of different levels of organization. (177) So, an organism, by integrating in a new way systems that can be found separately in the physical world somehow duplicates the world and is constituted as a universe apart. (271)

Dynamics is the most extraordinary result of 19th century science, found in the evolution theory and in thermodynamics and spectacularly confirmed by 20th century science, through quantum mechanics and cosmology. Nothing in our universe is still. Everything, at any level of reality and complexity, in a continuous process of change, a basic fact that is true in a special sense of biological systems. As I have tried to show throughout this book, all changes at the evolutionary scale, as well as at the ontogenetic or epigenetic scale, deeply involve both global and local factors, interdependencies, and global constraints on the one hand, and sport and mutation on the other. (681)

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