COSMOLOGY - Do We Live in a Holographic Matrix?

DO WE LIVE IN A MATRIX?

HOLOGRAPHIC UNIVERSE THEORY

https://steemit.com/science/@etherealcreation/do-we-live-in-matrix-holographic-universe-theory

HOLOGRAPHIC UNIVERSE

It could be thought of as rather like watching a 3D film in a cinema. We see the pictures as having height, width and crucially, depth – when in fact it all originates from a flat 2D screen. The difference, in our 3D universe, is that we can touch objects and the ‘projection’ is ‘real’ from our perspective.

The holographic principle is a property of quantum gravity theories which resolves the black hole information paradox within string theory.

It was first proposed by Gerard 't Hooft and later a precise string-theory interpretation was given by Leonard Susskind.

The theory suggests that the entire universe can be seen as a two-dimensional information structure "painted" on the cosmological horizon, so that the three dimensions we observe are only an effective description at low energies.

The theory that reality, as we consciously experience it, is not real, goes back to the indigenous people who believed that we exist in a dream or illusion. In our current timeline, we refer to the our virtual reality experience as a matrix, grids, simulation and hologram. There are scientists who trying to prove the hologram exists and others who are trying to break us out of it. Theories about reality being a simulation are increasing.

SO DO WE LIVE IN A MATRIX?

I think that "time" is an illusion, therefore so is everything else. The universe is a consciousness hologram. Reality is projected illusion within the hologram. Our hologram is composed of grids created by a source consciousness brought into awareness by electromagnetic energy at the physical level. The hologram is created and linked through a web, or grid matrixes based on the patterns of Sacred Geometry. The hologram had a beginning and it has an end, as consciousness evolves in the alchemy of time. As the grids collapse, everything within the hologram will end as it Fades to Black.

In recent decades, advances in telescopes and sensing equipment have allowed scientists to detect a vast amount of data hidden in the ‘white noise’ or microwaves (partly responsible for the random black and white dots you see on an un-tuned TV) left over from the moment the universe was created. Using this information, scientists are able to make complex comparisons between networks of features in the data and quantum field theory. They found that some of the simplest quantum field theories could explain nearly all cosmological observations of the early universe.

Also the Professor Skenderis says:

“Holography is a huge leap forward in the way we think about the structure and creation of the universe. Einstein’s theory of general relativity explains almost everything large scale in the universe very well, but starts to unravel when examining its origins and mechanisms at quantum level. Scientists have been working for decades to combine Einstein’s theory of gravity and quantum theory. Some believe the concept of a holographic universe has the potential to reconcile the two.”

And there is a good book on The Holographic Universe if you want to rea by Michael Talbot. This is my favorite book on holographic universe.

COSMOLOGY - How the Universe Got It's Structure

The universe’s first structure originated when some of the material flung outward by the Big Bang overcame its trajectory and collapsed on itself, forming clumps. A team of Carnegie researchers showed that denser clumps of matter grew faster, and less-dense clumps grew more slowly. The group’s data revealed the distribution of density in the universe over the last 9 billion years. (On the illustration, violet represents low-density regions and red represents high-density regions.) Working backward in time, their findings reveal the density fluctuations (far right, in purple and blue) that created the universe’s earliest structure. This aligns with what we know about the ancient universe from the afterglow of the Big Bang, called the Cosmic Microwave Background (far right in yellow and green). The researchers achieved their results by surveying the distances and masses of nearly 100,000 galaxies, going back to a time when the universe was only 4.5 billion years old. About 35,000 of the galaxies studied by the Carnegie-Spitzer-IMACS Redshift Survey are represented here as small spheres. Credit: The illustration is courtesy of Daniel Kelson. CMB data is based on observations obtained with Planck, an ESA science mission with instruments and contributions directly funded by ESA Member States, NASA, and Canada.

Pillar of Cosmology: ‘Elegant’ Solution Reveals

How the Universe Got Its Structure

https://scitechdaily.com/pillar-of-cosmology-elegant-solution-reveals-how-the-universe-got-its-structure/

By CARNEGIE INSTITUTION FOR SCIENCE

April 28, 2020

A direct, observation-based test of one of the pillars of cosmology.

The universe is full of billions of galaxies — but their distribution across space is far from uniform. Why do we see so much structure in the universe today and how did it all form and grow?

A 10-year survey of tens of thousands of galaxies made using the Magellan Baade Telescope at Carnegie’s Las Campanas Observatory in Chile provided a new approach to answering this fundamental mystery. The results, led by Carnegie’s Daniel Kelson, are published in Monthly Notices of the Royal Astronomical Society.

“How do you describe the indescribable?” asks Kelson. “By taking an entirely new approach to the problem.”

“Our tactic provides new — and intuitive — insights into how gravity drove the growth of structure from the universe’s earliest times,” said co-author Andrew Benson. “This is a direct, observation-based test of one of the pillars of cosmology.”

The Magellan telescopes at Carnegie’s Las Campanas Observatory in Chile, which were crucial to the ability to conduct this survey. Credit: Photograph by Yuri Beletsky, courtesy of the Carnegie Institution for Science

The Carnegie-Spitzer-IMACS Redshift Survey was designed to study the relationship between galaxy growth and the surrounding environment over the last 9 billion years, when modern galaxies’ appearances were defined.

The first galaxies were formed a few hundred million years after the Big Bang, which started the universe as a hot, murky soup of extremely energetic particles. As this material expanded outward from the initial explosion, it cooled, and the particles coalesced into neutral hydrogen gas. Some patches were denser than others and, eventually, their gravity overcame the universe’s outward trajectory and the material collapsed inward, forming the first clumps of structure in the cosmos.

The density differences that allowed for structures both large and small to form in some places and not in others have been a longstanding topic of fascination. But until now, astronomers’ abilities to model how structure grew in the universe over the last 13 billion years faced mathematical limitations.

“The gravitational interactions occurring between all the particles in the universe are too complex to explain with simple mathematics,” Benson said.

So, astronomers either used mathematical approximations — which compromised the accuracy of their models — or large computer simulations that numerically model all the interactions between galaxies, but not all the interactions occurring between all of the particles, which was considered too complicated.

“A key goal of our survey was to count up the mass present in stars found in an enormous selection of distant galaxies and then use this information to formulate a new approach to understanding how structure formed in the universe,” Kelson explained.

The research team — which also included Carnegie’s Louis Abramson, Shannon Patel, Stephen Shectman, Alan Dressler, Patrick McCarthy, and John S. Mulchaey, as well as Rik Williams, now of Uber Technologies — demonstrated for the first time that the growth of individual proto-structures can be calculated and then averaged over all of space.

Doing this revealed that denser clumps grew faster, and less-dense clumps grew more slowly.

And it’s just so simple, with a real elegance to it.” — Daniel Kelson

They were then able to work backward and determine the original distributions and growth rates of the fluctuations in density, which would eventually become the large-scale structures that determined the distributions of galaxies we see today.

In essence, their work provided a simple, yet accurate, description of why and how density fluctuations grow the way they do in the real universe, as well as in the computational-based work that underpins our understanding of the universe’s infancy.

“And it’s just so simple, with a real elegance to it,” added Kelson.

The findings would not have been possible without the allocation of an extraordinary number of observing nights at Las Campanas.

“Many institutions wouldn’t have had the capacity to take on a project of this scope on their own,” said Observatories Director John Mulchaey. “But thanks to our Magellan Telescopes, we were able to execute this survey and create this novel approach to answering a classic question.”

“While there’s no doubt that this project required the resources of an institution like Carnegie, our work also could not have happened without the tremendous number of additional infrared images that we were able to obtain at Kit Peak and Cerro Tololo, which are both part of the NSF’s National Optical-Infrared Astronomy Research Laboratory,” Kelson added.

References We Recommend:

Webb – The Most Powerful Space Telescope Ever Built – Will Look Back in Time to the Dark Ages of the Universe, Mike ONeill, SciTechDaily, 2021

Seeing Farther: Webb Space Telescope Is Designed To Answer Fundamental Questions of the Universe, Mike ONeill, SciTechDaily, 2021

Shining a New Light on Dark Energy: DES Releases Catalog of 700 Million Objects, Mike ONeill, SciTechDaily, 2021

Astronomers Capture a Doomed Galaxy Plunging Into a Galactic Furnace, Mike ONeill, SciTechDaily, 2021

Discovery in a Galaxy Over 12 Billion Light-Years Away – Reveals How Element Found in Our Bones Is Forged in the Universe, Mike ONeill, SciTechDaily, 2021

NASA probe to make all-sky infrared map, Adam Mann, Science, 2019

News Feature: Reionizing the universe, Adam Mann, Proc Natl Acad Sci U S A, 2015

Wide Field Spectroscopy and the Distant Universe, World Scientific Book

Distant Quasars Give Astronomers a Massive Puzzle, Dennis Normile, Science, 2003

Safety and efficacy of daridorexant in patients with insomnia disorder: results from two multicentre, randomised, double-blind, placebo-controlled, phase 3 trials, Emmanuel Mignot, et al., The Lancet Neurology, 2022

COSMOLOGY - CMB Cold Spot Explained

When displayed on a celestial sphere, the CMB cold spot can be seen to correspond with the Eridanus supervoid, but the full extent and depth of the void is only just beginning to be quantified today. It’s plausible that the reason this spot is so cold is due to the gravitational influence of the shrinking supervoid over time. (Credit: Piquito veloz/Celestia)

KEY TAKEAWAYS

On the largest scales, the Universe is supposed to be isotropic and homogeneous: the same everywhere and in all directions.

Because the Universe has tiny, 1-part-in-30,000 imperfections imprinted on it, we expect to see a pattern of cold-and-hot spots in the leftover radiation from the Big Bang: the Cosmic Microwave Background.

But one spot in the Universe, called the "CMB cold spot," is an anomaly that we couldn't explain. At last, it's all fallen into place.

OUR UNIVERSE IS NORMAL!

Its biggest anomaly, the CMB cold spot,

is now explained

https://bigthink.com/starts-with-a-bang/cmb-cold-spot/

The Universe is supposed to be the same

everywhere and in all directions.

So what's that giant "cold spot" doing out there?

by Ethan Siegel

February 1, 2022

Since the discovery of the Cosmic Microwave Background (CMB) nearly 60 years ago, scientists have been searching for a hint — any hint — of a crack in the façade of the hot Big Bang. At every step along the way, as our instruments became more sensitive and our observational reach extended farther than ever before, the Big Bang’s predictions were borne out in spectacular fashion, one after another.

The Universe’s expansion and how that expansion changed over time was measured, and found to be precisely consistent with the expanding Universe predicted by physical cosmology. The spectrum of the CMB was measured, confirming it was the most perfect blackbody ever seen in the Universe. The initial cosmic abundances of the light elements and their isotopes were determined, and found to be in direct agreement with the predictions of Big Bang nucleosynthesis. And the formation of large-scale structure and the growth of the cosmic web matched the Big Bang’s predictions without exception.

But with the launches of WMAP and Planck, the small-scale imperfections in the CMB were measured, and one anomaly stood out: a cold spot that simply couldn’t be explained based on the Universe we knew. At last, that mystery may finally be solved, as the culprit has been identified at long last: the largest supervoid in the nearby Universe. If this research holds up, it teaches us that our Universe is normal, after all, and that the CMB cold spot isn’t an anomaly at all.

The initial fluctuations that were imprinted on our observable universe during inflation may only come into play at the ~0.003% level, but those tiny imperfections lead to the temperature and density fluctuations that appear in the cosmic microwave background and that seed the large-scale structure that exists today. Measuring the CMB at a variety of cosmic locations would be the only feasible way to disentangle the intrinsic dipole of the CMB from that induced by our motion through the Universe. (Credit: Chris Blake and Sam Moorfield)

The fact that the CMB is so perfect is, itself, a modern wonder of the Universe. Everywhere we look, in all directions, it’s plain to see just how different the Universe is from place to place. Some regions of space are extremely rich in structure, with scores, hundreds, or even thousands of large galaxies all collected into the same gravitationally bound structure. Other locations have galaxies, but they’re relatively sparsely located in small groupings and collections scattered about through space. Still other places have only isolated galaxies. In the least dense locations, there are no galaxies to be found at all for volumes that span tens or even hundreds of millions of light-years on a side.

And yet, the theory of the Big Bang comes along with an inextricable prediction: that in the earliest stages of the hot Big Bang, the Universe must have been both isotropic, or the same in all directions, and homogeneous, or the same in all locations, to a tremendous degree of precision. It can only come into existence with tiny, minuscule imperfections, or regions of slightly greater-or-lesser density than average. It’s only because of the tremendous amount of cosmic time that passes — and the relentlessly attractive nature of the gravitational force — that we have a rich, structure-filled Universe today.

The formation of cosmic structure, on both large scales and small scales, is highly dependent on how dark matter and normal matter interact. The distributions of normal matter (at left) and dark matter (at right) can affect one another, as things like star formation and feedback can affect the normal matter, which in turn exerts gravitational effects on the dark matter. The seed overdense and underdense fluctuations allowed this cosmic web of structure to arise. (Credit: Illustris Collaboraiton/Illustris Simulation)

The Cosmic Microwave Background was discovered back in the mid-1960s, and the early goals were to:

• measure the amount of radiation emitted at different frequencies,

• measure the peak of its temperature,

• determine whether it was truly a perfect blackbody, as predicted, or whether it was better approximated as the sum of a series of blackbodies (which is a property of starlight),

• to figure out the nature of the interfering emission from our galaxy,

• and to test whether it truly had the same properties everywhere and in all directions.

Over time, we were able to refine our measurements. Initially, the CMB was announced to be at 3.5 K, which then was revised to 3 K, then 2.7 K, and a little later, a third significant figure was added: 2.73 K. In the mid-to-late 1970s, a small, 1-part-in-800 imperfection was discovered: an artifact of our own motion through the Universe.

It wasn’t until the 1990s that the first primordial imperfections were found, coming in at about the 1-part-in-30,000 level. At last, we had the observational evidence to not only confirm a Big Bang-consistent origin for the CMB, but to measure what sort of imperfections the Universe itself began with.

COBE, the first CMB satellite, measured fluctuations to scales of 7º only. WMAP was able to measure resolutions down to 0.3° in five different frequency bands, with Planck measuring all the way down to just 5 arcminutes (0.07°) in nine different frequency bands in total. All of these space-based observatories detected the Cosmic Microwave Background, confirming it was not an atmospheric phenomenon, and that it had a cosmic origin. (Credit: NASA/COBE/DMR; NASA/WMAP science team; ESA and the Planck collaboration)

You see, the hot Big Bang, although it was the beginning of our observable Universe as we know it, wasn’t the very beginning of everything. There’s a theory that’s been around since the early 1980s — cosmic inflation — that posits a set of properties that the Universe possessed prior to the start of the hot Big Bang. According to inflation:

• the Universe wasn’t filled with matter or radiation, but a new form of energy inherent to the fabric of space itself,

• that energy caused the Universe to expand at a rapid and relentless pace,

• stretching a region of space no larger than the Planck length to greater than the scale of the observable Universe something like every ~10-32 seconds,

• and then inflation ends, dumping that energy-inherent-to-space into particles (and antiparticles) for the first time, triggering the hot, dense, uniform, but rapidly-expanding conditions we identify with the hot Big Bang.

The only reason the Universe isn’t perfectly, absolutely uniform everywhere is because the tiny fluctuations inherent to quantum physics, during this epoch of rapid expansion, can get stretched across the Universe, creating the overdense and underdense seeds of structure. From these initial seed fluctuations, the entire large-scale structure of the Universe can arise.

The cold spots (shown in blue) in the CMB are not inherently colder, but rather represent regions where there is a greater gravitational pull due to a greater density of matter, while the hot spots (in red) are only hotter because the radiation in that region lives in a shallower gravitational well. Over time, the overdense regions will be much more likely to grow into stars, galaxies and clusters, while the underdense regions will be less likely to do so. However, the CMB cold spot is anomalously cold, inconsistent with an origin at the last-scattering surface. (Credit: E.M. Huff, SDSS-III/South Pole Telescope, Zosia Rostomian)

According to the theory of inflation, there should be a very specific set of fluctuations that the Universe starts with at the onset of the hot Big Bang. In particular:

• the fluctuations should be Gaussian, which means they should follow a Bell Curve-like distribution about some average,

• they should be approximately the same amplitude on all scales, with larger cosmic scales having slightly greater fluctuations by only a few percent than the smaller ones,

• these fluctuations should all be adiabatic (with constant entropy) in nature, with none of them being isocurvature (the other option) in nature,

• and that as the Universe expands, these fluctuations should begin to gravitationally collapse on small scales first, with larger scales only catching up once the cosmic horizon has grown to a certain size.

All of these predictions have since been borne out and confirmed by observations, some to within the limits of our measurement precision and others quite spectacularly.

The fluctuations in the CMB are based on primordial fluctuations produced by inflation. In particular, the ‘flat part’ on large scales (at left) have no explanation without inflation. The flat line represents the seeds from which the peak-and-valley pattern will emerge over the first 380,000 years of the Universe, and is just a few percent lower on the right (small-scale) side than the (large-scale) left side. (Credit: NASA/WMAP science team)

However, it’s always worth looking for anomalies, as no matter how thoroughly your predictions agree with reality, you must always put ahead, hoping to uncover something unexpected. After all, it’s the only way you can discover something new: by looking as you’ve never looked before. If you have specific predictions and expectations for what your Universe is going to look like, then anything that defies your expectations is — at the very least — worth a second look.

Perhaps the most unusual remaining feature that we see in the microwave sky, once we subtract out the effect of the Milky Way galaxy, is the fact that there’s a cold spot that doesn’t align with these theoretical explanations. Once we’ve quantified the types and scales of temperature fluctuations that ought to exist, we can correlate them together, and see how fluctuations on smaller and larger scales should be related.

In one particular region of space, we find that there’s a very deep cold spot: about 70 microkelvin below the average temperature on a relatively large angular scale. Moreover, that cold spot appears to be encircled by a hotter-than-average region, making it even more anomalous. To many, the cold spot in the CMB represented a potential challenge to inflation and the standard cosmological model, as it wouldn’t make sense if the Universe was somehow born with this anomalously low-temperature region.

The quantum fluctuations that occur during inflation get stretched across the Universe, and when inflation ends, they become density fluctuations. This leads, over time, to the large-scale structure in the Universe today, as well as the fluctuations in temperature observed in the CMB. Its a spectacular example of how the quantum nature of reality affects the entire large-scale universe. (Credit: E. Siegel; ESA/Planck and the DOE/NASA/NSF Interagency Task Force on CMB research)

It’s important to recognize where these temperature fluctuations come from in the first place. The Universe, even at the start of the hot Big Bang, really is the exact same temperature everywhere. The thing that’s different from location to location is the density of the Universe, and this is the component that has those 1-part-in-30,000 imperfections, as imprinted by inflation. The reason we observe the Universe to possess different temperatures in different regions of space is because of the phenomenon of gravitational redshift: matter curves space, and where space is more severely curved, light has to lose more energy to “climb out” of that gravitational potential well. In the astrophysics community, this is known as the Sachs-Wolfe effect, and it’s the primary cause of the temperature differences we observe in the CMB.

But there’s another, more subtle effect: the integrated Sachs-Wolfe effect. As structure forms in the Universe, as gravitation brings more and more mass together, as clusters grow and voids form, and as the relative ratios of radiation, matter, and dark energy change with respect to one another, the gravitational effects of traveling into a certain region of space don’t necessarily equal the gravitational effects of traveling out of that same region of space later on. The Universe evolves, structures form and become more matter-rich in some areas and more matter-poor in others, and any light passing through those regions is affected.

When we see a hot spot, a cold spot, or a region of average temperature in the CMB, the temperature different we see typically corresponds to an underdense, overdense, or average-density region at the time the CMB was emitted: just 380,000 years after the Big Bang. This is a consequence of the Sachs-Wolfe effect. (Credit: E. Siegel/Beyond the Galaxy)

Imagine, if you will, that you have two different regions of space: a large-scale overdensity (like a supercluster) and a large-scale underdensity (like a great cosmic void). Now, imagine, just like in our real Universe, you have some form of dark energy: a component of the Universe that behaves differently from matter, and doesn’t dilute in density as the Universe expands. Now, let’s imagine what happens as the photon, traveling through space, encounters either a big overdensity or a big underdensity.

As the photon begins to see this overdensity (underdensity), it gains (loses) energy as it travels from an average region of space into the new region that departs significantly from the average density.

But owing to dark eergy, the gravitational potential well (hump), whether positive or negative, becomes stretched out and gets more shallow, and does so as the photon travels through it.

As a result, when the photon exits the overdense (underdense) region, it re-loses (or re-gains) a smaller amount of energy than it gained (lost) when it first entered that region.

If something appears anomalously cold in the CMB, it could be because there’s something wrong with our model of the Universe; that’s of course the more interesting option. But it could also be, quite simply, because there’s a large cosmic void in that location, and that void grew shallower as the light traveled through it because of dark energy.

The anomalous cold spot in the CMB, as viewed by Planck, is unusual not only for its coldness and its extent, but for the fact that it’s surrounded by a hot region on all sides. This puzzling feature may be explicable by the recent discovery of a new, nearby supervoid in the constellation of Eridanus. (Credit: A. Kovács et al., 2021, MNRAS)

Now, here’s where the idea becomes testable: you can’t point to a void that’s too far away along the line-of-sight to explain it, because dark energy only becomes important for the Universe’s expansion over the past ~6 billion years or so. If one exists along this line-of-sight, it must be closer, at present, than 7.5 billion light-years.

So, what do we find when we go out and look?

That’s where the latest results from the Dark Energy Survey come in. Scientists were able to confirm that, yes, there is a supervoid there, and it may have a much higher-amplitude integrated Sachs-Wolfe effect that a typical underdensity does. While some underdensities were previously found at greater distances some 6-10 billion light-years away, they were determined to account for no more than ~20% of the effect. However, a 2015 study revealed a nearby supervoid right in that precise direction: 1.9 billion light-years away and about 0.5-1.0 billion light-years across. The most recent study that confirms this void and measures its properties, finds that it’s the largest supervoid that exists since the onset of dark energy’s dominance. The study suggests — but doesn’t yet prove — that there is a causal relation between this late-time supervoid and the “cold spot” in the CMB.

The Cold Spot resides in the constellation Eridanus in the southern galactic hemisphere. The inset shows the microwave temperature map of this patch of sky, as mapped by the European Space Agency Planck satellite. The main figure depicts the map of the dark matter distribution created by the Dark Energy Survey team. Note how the large supervoid thoroughly coincides with the CMB’s cold spot. (Credit: Gergö Kránicz and András Kovács)

There are many different ways to map out the large-scale structure of the Universe: from galaxy counts to gravitational lensing to the overall impact that the structure has on the background light emitted from various redshifts. In this particular case, it was the construction of a gravitational lensing map that confirmed the presence of this supervoid, which happens to be the emptiest large region of space in our nearby corner of the Universe. We cannot say for certain that this supervoid explains the full extent of the CMB cold spot, but it’s looking more and more likely that, once the presence of the supervoid is taken into account, what remains is no more anomalous than any other typical region of the sky.

The way we’ll tell for sure, of course, is through better, deeper, higher-resolution imaging of this relatively large region of the sky, which spans somewhere around 40 square degrees. With the ESA’s Euclid mission poised to launch just next year, in 2023, and with the Vera Rubin Observatory and NASA’s Nancy Grace Roman Telescope expected to come online over the next few years, the critical data will soon be in our hands. After nearly two decades of wondering at what could have caused the CMB cold spot, we finally have our answer: the largest supervoid in the nearby Universe. All we need is a robust confirmation of what the present data strongly indicates, and this will be yet another cosmic challenge to which our standard cosmological model is thoroughly capable of rising.

The Ultimacy of Relationships: Mind, Value & Creation

Amazon Link

Mind, Value, and Cosmos: On the Relational Nature of Ultimacy (Contemporary Whitehead Studies) Hardcover – October 14, 2020, by Andrew M. Davis (Author)

Mind, Value, and Cosmos: On the Relational Nature of Ultimacy is an investigation into the nature of ultimacy and explanation, particularly as it relates to the status of, and relationship among Mind, Value, and the Cosmos. It draws its stimulus from longstanding “axianoetic” convictions as to the ultimate status of Mind and Value in the western tradition of philosophical theology, and chiefly from the influential modern proposals of A.N. Whitehead, Keith Ward, and John Leslie. What emerges is a relational theory of ultimacy wherein Mind and Value, Possibility and Actuality, God and the World are revealed as “ultimate” only in virtue of their relationality. The ultimacy of relationality—what Whitehead calls “mutual immanence”—uniquely illuminates enduring mysteries surrounding: any and all existence, necessary divine existence, the nature of the possible, and the world as actual. As such, it casts fresh light upon the whence and why of God, the World, and their ultimate presuppostions.

Over the past several weeks I have attempted to write on the theme or topic of Open and Relational Theology (ORT). I began with a five part series on open theology (sic, Key Ideas of Open Theology, Parts 1-5) and then thought I should also write on the separate aspects of relationality found in the world, in God, and between ourselves (as shown in the list below).

Both the openness of God and God's relationality - and how each contributes to the other - are equal and necessary parts to the idea of open and relational process-based theism. If we are to speak of process theology then we must also speak to an open future and the necessary relationships we encounter as intricate parts of God's world of the real and unreal.

I began with these several articles listed below and then something clicked inside of me as I came across an eco-psychological journal's review of the importance of relationality as they examined the ontological, epistemological, and ethical paradigms of living-and-viewing disparate systems of life around us, and how they work together for ill or for good. This then is where the eco-sustainability part of their conversation came in: "That in the work of restoring the earth back to its original functioning it may mean i) leaving nature alone to grow back on its own; ii) observing nature's growth and natural connections, then, perhaps, iii) interjecting ourselves into nature's cycle by removing harming invasives while planting and encouraging nativized forms of flora and fauna." In sum - leave nature alone to itself, observe its processes (sic,  as the naturalist Aldo Leopold had done when restoring his abandoned piece of Wisconsin ground), and only then enter into nature's holy spaces to assist when-and-where possible... otherwise leave all natural processes alone to tend to themselves. (By the way, did you notice how the language and concepts of relationality were used repeatedly in this last paragraph?)

• Thich Nhat Hanh: Honoring the Ways of Peace & Mindfulness: Where Process Meets the Eastern Orient

• Jay McDaniel - Observations on Process Philosophy: Art, Nature, and Light?

• What is Processual Primordial Time before the Big Bang?

• Processual Panentheism: Creatio Continua vs Creatio Ex Nihilo

• Towards a relational paradigm in sustainability research, practice, and education

• Of Paradigm Shifts and Relationality

After the eco-sustainability article I knew I had to write a follow up article on Paradigm Shifts and Relationality to fill out the past several articles I had written at first as independent posts not realizing they were each part of the other regardless of their separate content on mindfulness, beauty and aesthetics, the processual evolution of time and creation, or the psychological value of coherence between incoherent things.

They each spoke to the idea of relationships between the mind and heart; between value and perception; between the metaphysics of our cosmology and its cosmic inter-workings; or to the apprehension of nature's bounty to human existence. These were separate topics speaking to the sublime paradigm shifts I've been noticing within ecologically-minded human societies shouting back to me the significance of universal v. common relationships of things to things, and souls to souls.

And so today, quite by happenstance again (though I think of "happenstance" as the continuing inspiring action of the Spirit of God upon my heart and mind as I had originally reacted to God's presence many years earlier in the production of this website when first falling away from the existentially comforting and "known" to the unknown as the Lord deconstructed, then reconstructed, my religious world around me as a once fundamentalist-trained evangelical Christian). All of which means that when I recently came across Andrew Davis' authored title, Mind, Value, and Cosmos: On the Relational Nature of Ultimacy and perceived its value in what I was trying to convey through Relational Theism I immediately knew it had to be included in what we are attempting to say here about the ultimacy of relationships "living and breathing" all around us.

To be, is to be in relationship to, many other entities - whether sentient or not - and dependent upon a universe of relationships all around us. No man, nor no thing - even time - can exist without relationality. All is, because all are, in a meaningful biosphere of connected, complex interactivity between one-and-another. This is what the British mathematician and philosopher Alfred North Whitehead meant by the construction of his "Philosophy of Organism" later to be known as Process Philosophy. That we live in a world of meaningful relationships whether we know it or not. And to the Process Theologian, those relationships all stem from the Triune God of Relationality. That to be made in God's image is to extend and expand the idea of relationality throughout the entirety of creation through-and-through-and-through.

And so, knowing a little about Andrew Davis and his recent hire and work with the Center of Open & Relational Theology, I quickly noticed how his recent publication tied into what I was attempting to clarify and heighten in my own mind and experience as well as the kind of process theology I wish to observe and participate. Let's then complete this section on Relational Theism with a review of Davis' book through another acquaintance of mine, Jay McDaniel, who has himself taught in this area of relational process dynamics for decades at Hendrix College in Conway, Arkansas.

R.E. Slater

February 6, 2022

 

* * * * * *

The Value of Relationships

Daily Life Metaphysics

openhorizons.org

An Interpretive Overview of

Andrew Davis' Mind, Value, and Cosmos

by Jay McDaniel

I have not simply wanted to point to Mind or Value, Possibility or Actuality, God or the World as “ultimate” in an isolated, either/or fashion. Rather, I have affirmed the relational and interdependent function of all of these notions for each other....

The mystery of ultimacy, I have suggested, is the mystery of relationality. It is the mystery of mutual immanence and transcendence wherein multiple realities, conditions, and requirements coinhere with one another such that they each lend each other essential factors without which they could not be.

- Andrew Davis, Mind, Value, and Cosmos: On the Relational Nature of Ultimacy

Mind, Value, and Cosmos: On the Relational Nature of Ultimacy

by Andrew M. Davis

Nov 6, 2020

Andrew M Davis is a philosopher, theologian and scholar of world religions. A native of northern California, he holds degrees in Philosophy/Theology and Interreligious Studies, and is currently a Doctoral Candidate in Religion and Process Studies at Claremont School of Theology. His research interests include Metaphysics and Philosophical Theology, the Philosophy of Religion, Natural Theology, Comparative Religion and Applied Spirituality.

A New Book from Lexington's Contemporary Whitehead Series

"Mind, Value, and Cosmos: On the Relational Nature of Ultimacy" is an investigation into the nature of ultimacy and explanation, particularly as it relates to the status of, and relationship among Mind, Value, and the Cosmos. It draws its stimulus from longstanding “axianoetic” convictions as to the ultimate status of Mind and Value in the western tradition of philosophical theology, and chiefly from the influential modern proposals of A.N. Whitehead, Keith Ward, and John Leslie. What emerges is a relational theory of ultimacy wherein Mind and Value, Possibility and Actuality, God and the World are revealed as “ultimate” only in virtue of their relationality. The ultimacy of relationality—what Whitehead calls “mutual immanence”—uniquely illuminates enduring mysteries surrounding: any and all existence, necessary divine existence, the nature of the possible, and the world as actual. As such, it casts fresh light upon the whence and why of God, the World, and their ultimate presuppositions.

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Daily Life Metaphysics

I do not write this "interpretive overview" for philosophers or theologians, but rather for the other ninety-nine percent of the world. I write for house painters, pediatricians, farmers, accountants, elementary school teachers, construction workers, single moms, single dads, grandparents, and teenagers who are absorbed in daily life and trying to find their way in a crazy yet beautiful world. Andrew Davis' Mind, Value, and Cosmos can help us even if we haven't the time to read the book much less pay for it.

It is a "metaphysical work" in its way, dealing with questions of what is ultimately true and ultimately real. At first glance these may sound abstract or irrelevant, but they translate into basic questions we all ask, implicitly if not explicitly:

• Given the actual circumstance of my life, with its pleasures and pains, its joys and sufferings, its anxieties and consolations, its healthy relationships and broken relationships, are there possibilities available to me that might help me respond in a constructive and creative way?

• Are the people with whom I interact mere objects for me, or are they subjects of their own lives with minds of their own?

• Is there something like mind or value in the world around me, too, including in the hills and trees, rivers and stars? Is the whole cosmos filled with things that are worthy of respect and care? Is there intrinsic value everywhere?

• Is there anything in the universe - God - which is a companion to the whole of things and which can help guide us all?

• Does all the power in the universe lie with this God, or do I myself have power and creativity, too?

• Where does this creativity come from? Is creativity an ultimate reality, too?

• What if all of them -- God and the World, Mind and Value, Actuality and Possibility -- are ultimate in their respective ways?

• If so, would it be the case that, in some deep sense, relationality or interconnectedness is the ultimate of ultimates?

• And where, if anywhere, might I experience all of these ultimates? Are they somehow present in each present moment?

• Is the present moment ultimate, too?

These are the kinds of questions to which Andrew Davis points in Mind, Value, and Cosmos. The italicized words are Davis' own oft-used words, used throughout his book. Granted, he does not frame the questions in just this way, because he is writing for specialists, especially for scholars in philosophy and theology who are a bit more preoccupied with what is real than in how to live. But I myself am a how-to-live kind of guy. In this interpretive overview I want to do my best to bring some of Davis' ideas down earth all the while remaining true to his core insights. His book points us in the direction of a daily-life metaphysics which can benefit us all.

And so does the video above, itself a trailer for the book. In the spiritual alphabet of humanity used in Open Horizons and also by the Cobb Institute (borrowed from Spirituality and Practice), “A” is for attention, “C” is for connection or relationality, and “Q” is for questing. You will sense from the video that Andrew Davis is a quester who invites us to pay attention to the worlds around us and within us, and to recognize the ultimacy of relationality, for our sakes and the world's sake. In our time, unfortunately, an alternative yet dominant metaphysic reigns, itself the legacy of western modernity. This dominant worldview is a stale materialism that sees the universe as a collection of objects, not a communion of subjects. From the point of view of this worldview, value is but a creation of the human mind, and the mind itself is really but an epiphemenon, a burp, if you will, of brain chemistry, which consists of mindless particles in motion. We need to re-awaken to the communion, and Andrew Davis can help. So here goes:

Six Ideas Plus One

Six ideas weave their way through Mind, Value, and Cosmos: On the Relational Nature of Ultimacy.

1. Mind
2. Value
3. Actuality
4. Possibility
5. God
6. World

Davis believes that we can better understand ourselves and the world around us if we take heed of them, and that these ideas are necessary to an adequate understanding of “the mystery of existence.”

To be sure, there is more to this mystery than can be contained in any set of ideas, including these six. But the ideas are portals into that mystery. They are windows through which our minds, and perhaps also our hearts, can be grasped by the depths. Indeed, as we quest after such ideas, such portals, the agency may lie not only in our minds but also in the universe. In his words “the universe comes to question itself through us.” [But this same question might be posed by the greater whole, e.g., the "universe", of each of its parts. - re slater]

If you have been inclined to think of one and only one ultimate reality, you might want to ask which of the six is really ultimate. Or at least to think that some are more ultimate than others. For example, a monotheist might say that God is the one true ultimate and the others are merely derivative. A secularist might say that the world is the only true ultimate and that God is a mere projection of the mind.

Andrew Davis disagrees. He thinks that all six are ultimate in different ways that need not be ranked over the others. And if you ask "Well what does ultimate mean?," he offers a simple and alluring answer. Something is ultimate if it is "necessary in the nature of things." By this he means that if we truly want to be honest about the mystery of existence, we must take note of each and all of the six.

However, there is one "ultimate" that is revealed in an analysis of any and all of the six. This is the ultimacy of relationality: that is, the fact that all six depend upon the others. That is the crux of his book: the idea that relationality itself is at least as ultimate, and perhaps more ultimate, than anything else. [Relationality] is the ultimate through which God and the World, Actuality and Possibility, Mind and Value, find their ultimacy.

Contextuality

But let's go back to the six for a moment. Davis knows that in some circumstances one or another of the ultimates may be more important to us.

You'll discover this if you go to his website and look at some his poetry. One of his poems is "Insights for a Way of Life." One insight reads: "Meet at least one new person every day. Make your goal three a day for a year and see what happens: for a world without community is a high watermark of silliness. A world without friends is a wilderness for the lonely." If we follow his advice, we are awakened to the ultimacy of Possibility - in this instance the possibility of meeting new people. We experience the ultimate of Possibility in acts of imagination and anticipation, through which an as yet undecided future becomes real for us.

Another insight in the poem reads: "Suffering is not a question of 'if,' nor even 'when,' but 'how.' The 'how' question is one of orientation to, and sensitivity toward, what is opened by the suffering. Suffering brings either death or depth. The choice remains ones own. Attention to such things is a way of life." If we follow his advice, we are awakened to the ultimacy of Actuality and, in this instance, the actuality of suffering of decision, or choice, in how we respond.

The very Possibility of responding by choosing life over death shows the interplay of Possibility and Actuality - the two are fused together even as distinct. Here we have an interfusion of life as it is and life as it can be, or Actuality and Possibility. Hence the point about relationality. Actuality and Possibility are, in his words, "mutually transcedent" but also "mutually immanent," because they presuppose and depend on one another. The same goes for all six ideas identified above.

Indra's Net

How to think of this? Imagine reality on the analogy of Indra’s Net of Jewels in Mahayana Buddhism. Each jewel in the net reflects all the others and the light of each is contained in all. For Davis, each of the six ideas is a jewel in the net, each unique and yet containing and reflecting the others. Buddhists speak of the jewels in Indra's net as inter-penetrating one another. Davis, borrowing from Whitehead, speaks of the ideas as 'interfusing' one another. Let some of the jewels in the net be abstract ideas or Possibilities, and let some be Actualities, such as another person, an animal or plant, a living cell or a star in the sky. Indeed, let one jewel be God and another the World. And let one jewel be Mind and another Value. The point is that the six need each other, that they cannot be real without the others. Let their dependence on one another be imagined on the analogy of lines that connect them.

Let us also recognize that there are at least two different kinds of lines because there is a difference between (1) how ideas interpenenetrate one another and (2) how actualities do so. Ideas reflect one another through logical connections. Ideas as such are real but do not have feelings and do not make decisions. They are objects we entertain in our minds but not flesh and blood realities that we feel, touch, and know with our physical eyes and ears and hands. They are, as it were, Possibilities.

By contrast actualities interpenetrate one another through feelings and experiences. We humans are affected by the moods and feelings of others, such as their lives are part of our own emotionally and ours are part of them. See Davis' poem about sexual intimacy. He speaks of it as recriprocal worship filled with devoted allegiance and trust and adoration. Possibilities as such do not adore one another and enter into this kind of worship. But people do. There is a fundamental difference between the possibility of such intimacy as entertained in the mind, and the actuality of such intimacy as felt in mutual intimacy.

Four Kinds of Connection

Morever, there are two additional forms of relationality that must be recognized. The "relationality" of Possibilities to Actualities and that of Actualities to Possibilities. Possibilities have relations with Actualities as "lures" with evocative power of their own; and Actualities have relations with Possibilities as "agents" that actualize possibilities, enabling their qualities to be ingressed in the world. In short, we might imagine four kinds of relationality that form the 'connections' in the kind of universe Davis has in mind: actuality to actualities, possibility to possibility (or ideas to ideas), possibility to actuality,and actuality to possibility. "interfusion" or "mutual immanence" is a very general word that includes affective, existential intimacy, itself a kind of relationality, and conceptual relationality. Davis is inviting us to be mindful, and in many ways grateful, for both of these forms of relationality.

Relational Intuitions

As my example of Indra's Net suggests, the idea that relationality is ultimate is not new. Something close to what Davis means by the “ultimacy of relationality” has been a cardinal teaching of various strands of Buddhism for thousands of years. Here Nagarjuna (circa 150-250 CE) in India and Fa-Tsang (643-712 CE) in China come to mind; and more generally the Buddhist doctrine of dependent origination (pratitya-samutpada).

For practicing Buddhists, awakening to the ultimacy of inter-dependence or pratitya-samutpada has often been taken as a key to enlightenment. The awakening itself is not so much a philosophical awakening, emerging out of logical argumentation or a play of ideas, but rather an existential awakening: a flash of insight that, at best, becomes abiding light in daily life. In Mind, Value and Cosmos Davis uses the phrase relational intuitions to name this insight. Such intuitions can be evoked by all four kinds of connections identified above. And, so Davis adds, we can have a sense that relationality as such, in any and all of its forms, is itself ultimate. The Buddhist enlightenment experience can be understood as a relational intuition magnified by infinite. In Buddhism, two virtues are lifted up as paramount for spirituality in daily life: wisdom and compassion. Relational intuitions are the wisdom.

A Cosmic Bodhisattva?

While Davis' interests are by all means cross-cultural and multi-religious, Mind, Value and Cosmos is primarily Western in its references. It is preoccupied with the God of Abrahamic traditions in ways that would be almost foreign to most Buddhists. I say almost because, in fact, many Buddhists speak of heavenly spirits (bodhisattvas and buddhas) who are examples of, not exceptions to, relationality. Arguably the relational God to whom Davis points may resemble a universal Bodhisattva – not so much a self-contained monad but rather a cosmic spirit with subjective immediacy, aims and purposes of her own, who has awakened to the ultimacy of relationality, and whose very existence is partly dependent on the world she seeks to save. The relationality of Bodhisattvas notwithstanding, Davis’ interlocutors are Western not Asian. He understands his book as in a lineage of “Western philosophy and theology.” His primary interlocutors are Whitehead and two others: the Canadian philosopher John Leslie and British philosopher-and-theologian Keith Ward. The book is a dialogue between these three, with Whitehead as the most influential among them, and with Davis adding his own voice. Much of the book is devoted to this dialogue.

Existence as Lived Experience

For whom is Mind, Value, and Cosmos written? In style and substance it is written mostly for philosophers with a metaphysical bent and for philosophical theologians who enjoy the subtleties of a play with ideas. Whereas Davis' poetry focuses on lived human experience, the focus of Mind, Value and Cosmos is on philosophical notions: that is, in “conditions, presuppositions, or requirements without which there could be a universe at all.” If western philosophy has its rational and empirical sides, Mind, Value, and Cosmos seems to be on the rational side of things, which is not surprising since “Mind” is one of its central ideas. Nevertheless, Davis is also concerned with experience and with what he calls, following Whitehead, “modes of existence.” For Davis as for Whitehead, experience and existence go together. They are part of what Davis means by Actuality.

For Whitehead actuality is not an idea or presupposition in the mind. Yes, the "idea" of actuality is just such an idea, but the fact of actuality, as lived, is by not means simply an idea. In Whitehead existence is actual experience in the here-and-now. It is the lived experience of eating, sleeping, laughing, crying, hoping, worrying, struggling, yearning, playing, and sleeping - always in relation to other things, even if, as in sleeping, primarily the body and the personal and collective unconscious.

Lived experience is another word for Actuality, and it has some universals of its own. It always has a standpoint, a regional location, from which it experiences the world consciously and unconsciously. It always experiences the world by means of feelings, including what Whitehead calls 'experience in the mode of causal efficacy,' which is feeling the feelings of others. It always involves some kind of spontaneity, some kind of freedom or decision, in how it responds to what is felt. And, even in sleeping, it always creates something new and valuable. (No two dreams are alike, and dreamless sleep is filled with mental processing, so we learn from cognitive science.) Every moment of lived experience is novel, even if its novelty is primarily a repetition of past forms. Existence as such includes and requires novelty, not as a mere adjunct to actuality, but as part of the very essence of actuality.

An Axionetic Universe

In Mind, Value, and Cosmos Davis highlights the novelty. Whereas much western philosophy has been inclined to think of being as timeless and of novelty as a mere appendage of being, influenced by one of his mentors, Roland Faber, sees novelty as essential to being. Heidegger wrote the well-known book Being and Time, showing how temporality is essential to human exsitence; Davis and Faber encourage us to think in terms of still another book worth writing, Being and Novelty, showing how the creation of novelty and value is essential to human (and divine) existence. One of Davis' key arguments is that experience, thus understood, includes mental and axiological (value-related) dimensions. It is, to use a marvelous phrase, axionoetic. As Davis well recognizes (along with Faber) Whitehead can help us better understand axionoeticism. Whitehead speaks of experience as having a physical pole (experience in the mode of causal efficacy) and also a mental pole that is guided, by internally felt aims and values of one sort or another. Wherever there is actuality there is experience, and wherever there is experience there is something like mind and value creation.

For Davis as for Whitehead, axionoeticism is true of human existence and also animal existence, plant existence, cellular existence, microbial existence, quantum existence, and, I might add, should actualities exist in other planes, angelic and demonic, spirit and ancestral existence. Davis’ perspective is cosmic and not merely humanistic. He stands in a long line of philosophical writers who see humans as part of, and included within, a larger cosmic whole – indeed, as he would add, an larger cosmic adventure.

To Cling or Not to Cling

Mind, Value, and Cosmos is more than a parlor game aimed at giving people clarity while enjoying a glass of wine. It is a philosophical invitation into a certain way of experiencing the world that is mindful of mind and value, mindful of God, mindful of the reality of possibilities as well as actualities, mindful of suffering, and mindful of the ultimacy of relationality. What might it be like, existentially, to be mindful of the ultimacy of relationality?

One thing for sure. It would not involve a collapse or neglect of differences: of ways that actual entities and, for that matter, pure possibilities, transcend one another in their uniqueness. Davis emphasizes that the mutual immanence of things is also a mutual transcendence. Yes, actualities are immanent within one another; and, yes again, they are transcendent of one another. Relationality per se includes immanence and transcendence: mutual interfusion but also mutual difference. The jewels in Indra's net remain unique even as they reflect one another. No two jewels are identical.

Consider, for example, our minds and our bodies. They are immanent within one another, in that our minds affect our bodies and our bodies affect our minds. And yet they are mutually transcendent in that our bodies have powers that transcend our mental purposes and our mental purposes, likewise have powers that transcend our bodies. And so it is, says Davis, with God and the world. They are mutually immanent and mutually transcendent. Mutually immanent and mutually unique.

The Buddhist phrase for uniqueness is suchness or the as-it-isness of each thing in its particularity, Buddhists tell us that when we are aware of the ultimacy of relationality, we do not cling to things, actual or potential, as if they could exist all by themselves. We carry within our hearts and minds a lightness that knows the sheer interconnectedness of things.

Davis’ book does not lean in this non-clinging direction. He seems more interested in how, if we believe in God, we might nevertheless live passionately, finding value and beauty in the world and realizing our own potentials for creativity and connection. He seems to be reacting to traditions in Western theology that were so God-focused that they neglected worldly value. One of his primary aims in Mind, Value, and Cosmos is God affirmation and World affirmation, neither to the exclusion of the other.

Ultimacy and the Religions

Even as Mind, Value, and Cosmos is written primarily for philosophers and philosophical theologians, it can also enrich those who, like me, teach the world's religions, especially if the word “ultimate” is used to name an idea around which a given world religion is centered.

Judaism, Christianity, and Islam, for example, center themselves around the ultimacy of a supreme mind from whose will and creativity the universe comes into existence, and who seeks to guide living beings toward goodness and truth and beauty. Advaita Vedanta Hinduism centers itself around a creative and formless abyss, beyond good and evil, that is expressed in all things but reducible to none of them. It does not “call” a person; rather a person “awakens” to it. Confucianism centers itself around Heaven, to be sure, but more deeply around harmonious relations among human beings in community with one another and with the earth. Zen Buddhism centers itself around the ‘ultimacy’ of the present moment, as it gathers together the entire unity in the evanescent aliveness of the here-and-now. Each of these four ‘centers’ makes sense from a Whiteheadian point of view. There is something ultimate about the cosmic Mind, something ultimate about the Creative Abyss, something ultimate about the harmony of community and something ultimate about the present moment. Someone might argue that these different centers are really the same center and all part of a single ultimate, but it seems more honest and respectful simply to acknowledge that they may well be different ultimates to which people in different cultural and religious traditions have oriented their lives: each ‘real’ in its own way.

Pure Formless Activity

As you read Davis' book it is easy to see where three of the centers lie: the God of Abrahamic faiths, the harmony in society of Confucianism, and the present moment of Zen. But what of the creative and formless abyss of, say Advaita Vedanta Hinduism, which in western traditions is sometimes called the Godhead. The parallel in Davis would be Whitehead's understanding of Creativity, that ultimate reality of which all things -- good and evil, happy and sad, violent and peaceful, just and unjust, alive or asleep, safe or threatened, truthful or dishonest - are expressions. Of Creativity in Whitehead Davis writes:

Whitehead holds that the word “Creativity” nicely expresses “the notion that each event is a process issuing in novelty”—what Whitehead calls a “concrescence.” Indeed the phrase “Immanent Creativity,” or “Self-Creativity,” he states, “avoids the implication of a transcendent Creator.”… Creativity, for Whitehead, is not something that can be “created”—even for God—since it is a presupposition of any and all creative activity, be it finite or divine. In fact, it is not “something” at all, but pure formless activity embodied in all actuality—and chiefly so in divine Actuality.

In Whitehead’s philosophy this pure formless activity is embodied in each and every moment of experience as its innermost act of ‘decision.’ Decision is the act of cutting off certain possibilities for responding to what is given and thereby actualizing other possibilities. The act itself does not derive from the past or the future or from God. It arises out of nothing in the present moment: that is, out of the creative abyss of Creativity.

Whereas Davis emphasizes the value that is created by this decision; those of us with a Zen mind might like also to emphasize the act of decision itself, the cutting off. It is an act of pure spontaneity that is, says Whitehead, the very essence of actuality. To the question Why is there something rather than nothing? the answer is self-creative spontaneity. And to the question Where does it come from? The answer is, in a deep and almost mystical sense, now-here. It is the ultimacy of each present moment, on its own terms and for its own sake, as deciding itself into existence in relation to the World and God.

God and Fire

Interestingly, for Davis as for Whitehead, God, too, embodies this self-creative spontaneity. Davis is especially interested in how God embodies or expresses spontaneity in a loving, value-centered, wise, and caring way that is, for him, the ultimate and most inclusive form of Creativity. Indeed, Davis speaks of self-creative spontaneity as embodied chiefly (his word) in divine Actuality, but then adds that God requires the world to do this, not unlike the way any moment of human experience requires a world in order to create itself.

… for God does not unilaterally produce actuality as such, but is rather the poet of actuality, inaugurating the creative firing of finitude through the provision of divine aims, such that events can actually create themselves. In a deep sense then, God primordially requires the co-creative actuality of the World process for the real achievement of Value—thereby endowing a grandeur upon the World. So too the World process requires God primordially for its possibility and axiological aim. In this way, God and the world are indivisible co-laborers on behalf of the creation of value.

This, I believe, is one of most important invitations we receive from Davis in Mind, Value, and Cosmos. It is invitation to orient our lives in ways that are inwardly responsive to a universal Poet -- everywhere at once -- who can be imagined in many different ways, and who is experienced both as an eternal companion to the world's joys and sufferings and also an inwardly felt lure toward truth, goodness and beauty. A Poet whose very "standpoint" is everywhere at once and whose region includes all regions. A Poet who beckons us to join the great work (the labor) of creating communities that are just, sustainable, and joyful, awakened to the value of the more than human world, to the animals and plants and hills and rivers, who are our teachers, too. A Poet who needs us as much as we need her or him, because we are together even as we are distinct, depending one one another for our very existence. A Poet whom, if we wish, we can imagine as many Poets, forever changing shape relevant to the situation at hand. A Poet in whose embrace we forever dwell, even in moments of forgetfulness, that is as palpable in its way - a creative firing -- as is the embrace of a lover, or a mother, or a friend. Mind, Value, and Cosmos is an invitation to feel the fire of God and to become fire ourselves, as best we can, moment by moment.

Is this Poet all-powerful? Well, not exactly. The Poet is likewise in the grip of Creativity. There will be forms of novelty that are painful to us and to the poet. But the Poet is steadfast in love and fidelity, almost as if she or he has made a covenant with us, never to abandon us, and to hold in her heart our memories, even as we might forget them, such that each here-and-now moment is itself carried forever in her ongoing life. With this trust perhaps we, too, can let go, or not cling, to the values we create and are. Although Davis emphasizes passion rather than not-clinging, I find myself wondering, hoping, that the two might be united in a rather deep awakening, a deep relational insight, that holds the truth of perpetual perishing and that of creative novelty in a single open hand, welcoming fire while cooled by water, both divine. By water I mean the peace that surpasses all understanding, because awakened to the ultimately of relationality itself, a Harmony of Harmonies that includes the whole and is, says Whitehead, another name for God. Not just a jewel of gems but also, in a way, the net of gems itself, somehow laced with one last form of connection: divine love.

Is this too much to ask? Such are the questions with which Davis leaves me. And isn't this part of his point? Isn't it that, as we work through his ideas, we, too, become questers?

- Jay McDaniel

​Addendum

Getting to know Andrew Davis' outlook on life

from poems on his website

ANDREW DAVIS WEBSITE

"God"

​Andrew Davis

Infinite, circumambient reality

In whom we live and move

And have our being and becoming

And by whom Truth, Beauty and Goodness

Are rendered casually efficacious

As the towering Telos

Of all cosmic and concretely pursuits.

"Creativity"

​Andrew Davis

​A tyranny of disarray presides

Over cultures, religions and political bodies

That abort their fundamental telos:

To cultivate citizens of positive creativity,

Who, by virtue of their creativity,

Contribute to the vast storehouse of creaturely becoming,

Who, by their collective ingenuity,

Actualize inconceivable potentials hitherto

Hibernating within the overcrowded hostels of human cognizance.

​"Journey Back to Journey Forward" (excerpt)

Andrew Davis

Journey back through the recesses of the mind,

Back to the state of inspiration.

A reversal of the passing time,

Back to what made you feel fully alive,

When the color of the sky made you pause,

When the subtle touch of the breeze brought smile to your face.

Reach back to that which arose you in the morning.

Seek new experience,

For new experience brings to life dormant inspiration,

And breeds new inspiration, new passion.

Surround yourselves with people of passion.

Passion is a contagion.

"Insights for a Way of Life"

Andrew Davis

1. Master the art of relationality, investing in people rather than things.

2. Live life with eyes opened through the revelatory nature of sound.

3. Cultivate the wisdom that comes from a variety of experience.

4. In all plains of human existence, follow the one that lures you away from the unanimity of the heard. Question the herd always.

5. Become a magnet for the inspiration and passion of wayward kindred souls.

6. At all costs resist the dogmas of fools, for that which makes one foolish makes another twice as much so.

7. In the midst of circumstance forget not that life is but a road winding between triumph and tragedy. Take heart then, for tragedy gives life to triumph and triumph life to tragedy.

8. Practice abolishing the illusion of your own superiority. This is the beginning of compassion.

9. Consciously cultivate an aura of inclusiveness that surrounds you daily interaction.

10. When you walk, set your gaze not to the ground, but straight ahead as to greet the ones before you (human or non-human)--willfully bringing them into your experience with a spirit of novelty, welcome and mutual creature-hood

11. Keep your IQ (Intelligence Quotient) close, but your EQ (Emotional Quotient) closer: for the EQ should govern and direct the IQ. If you IQ overpowers your EQ, you become a high-minded humanoid, but if your EQ stands above your IQ, you remain human.

12. Make a conscious effort to learn the names of all those you encounter. People are not objects, but subjects. Subjects have identity and identity is grounded in a name.

13. Meet at least one new person every day. Make your goal three a day for a year and see what happens: for a world without community is a high watermark of silliness. A world without friends is a wilderness for the lonely.

14. Before nightfall dawns and sleep draws near, ask yourself if you smiled or frowned more throughout the day.

15. Suffering is not a question of "if," nor even "when," but "how." The "how" question is one of orientation to, and sensitivity toward, what is opened by the suffering. Suffering brings either death or depth. The choice remains ones own. Attention to such things is a way of life.