Integral Plasma Ecology: Toward a Cosmological Theology of Energy and Relation

I’m talking about plasma and ecology a little more… there’s a lot here that needs to be explored.

Abstract

This paper develops the concept of Integral Plasma Ecology as a framework that bridges physics, cosmology, and ecological theology through a process-relational lens. Drawing from Alfred North Whitehead’s cosmology, Teilhard de Chardin’s evolutionary mysticism, and Thomas Berry’s integral ecology, I propose that plasma, the most abundant and least understood state of matter in the cosmos, can serve as a metaphysical and theological metaphor for participatory consciousness and relational ecology. My background in physics education informs this exploration, as I integrate scientific understandings of plasma’s dynamics with phenomenological and theological insights from Merleau-Ponty, Edith Stein, and Leonardo Boff. The result is a vision of reality as a living field of plasma-like relationality, charged with energy, consciousness, and divine creativity.

Introduction: From Physics to Ecology

Teaching AP Physics for more than a decade invited me to teach the universe’s foundational structures of motion, fields, and forces. I taught students how energy moves through systems, how charge generates fields, and how the visible world depends on invisible relations. Yet it was through my doctoral work in ecology and religion that these physical insights deepened into theological questions. What if these energetic relationships are not merely physical but also metaphysical? What if the cosmos itself is an ecological process of becoming, an ever-living plasma of divine relation?

As Whitehead writes, “the energetic activity considered in physics is the emotional intensity entertained in life” (Whitehead 1978, 113). This simple but profound statement reframes matter not as inert but as alive with feeling. Physics thus becomes a spiritual ecology and a study of how creativity courses through the veins of the universe.

In this paper, I build on that insight, proposing that plasma, the ionized, dynamic, relational state of matter, embodies the ontological structure of reality described by process philosophy and integral ecology. Plasma is the medium of creation: relational, dynamic, self-organizing, and luminous. It is the cosmos’ own ecology.

Plasma: The Fourth State of Matter as First Principle

Plasma constitutes over 99% of the visible universe (Peratt 1992, 4). From stars to nebulae, from lightning to auroras, plasma bridges energy and matter, revealing that the cosmos is not built of solid bodies but of dynamic, interpenetrating fields. In a plasma, electrons and ions exist in constant tension as an interplay of attraction and repulsion, order and chaos.

As a physics teacher, I explained plasma to students as “a soup of charged particles,” but even that language undersells its mystery. Plasma self-organizes into filaments and double layers, forming intricate networks that resemble neural or ecological systems. This self-organization without central control challenges the Newtonian image of matter as passive substance. It invites metaphysical reflection: perhaps plasma is a cosmological icon of relational being and a physical analogue for what theologians call the divine pleroma, or fullness of life.

Teilhard de Chardin’s The Phenomenon of Man anticipated this perspective when he described matter as “spirit-in-evolution,” energized from within by a divine impetus (Teilhard 1959, 56). Plasma, as the living medium of the universe, may represent that very process as matter suffused by its own luminous consciousness.

Process and Participation: Whitehead, Cobb, and Berry

In Whitehead’s process cosmology, the universe is composed not of things but of events or occasions of experience that prehend one another in an ongoing flow of creativity (Whitehead 1978). Energy is not something added to matter but the form of its feeling. Plasma, then, is not simply physical energy but a processual manifestation of relational creativity with the universe becoming itself through fields of feeling or being or perception.

John Cobb, a key interpreter of Whitehead, extends this insight into ecological theology, arguing that “God and the world are relationally co-creative; the world participates in God’s creative advance” (Cobb 1985, 87). This participation, like plasma dynamics, is nonlinear, chaotic, and interdependent. There is no static center; instead, reality unfolds through relational patterns of mutual influence.

Thomas Berry’s call for an “integral ecology” resonates deeply here. In The Great Work, Berry envisions the universe as a single, living communion of subjects rather than a collection of objects (Berry 1999, 16). The plasma universe offers a tangible vision of that communion: everything is charged, in motion, and co-creating. Energy and consciousness are not separate categories but expressions of the same cosmic pulse.

Phenomenology and the Plasma of Perception

Turning from cosmology to phenomenology, Merleau-Ponty and Edith Stein offer complementary perspectives on relational being. For Merleau-Ponty, perception is “an intertwining, a flesh of the world” (Merleau-Ponty 1968, 147). This “flesh” is not simply physical matter but a relational medium, much like plasma, that binds perceiver and perceived in a dynamic exchange.

Stein, in On the Problem of Empathy, describes consciousness as fundamentally participatory: to know another is to “live into” them, to resonate with their inner life (Stein 1989, 11). In plasma terms, empathy is the transfer of charge across a relational field. Consciousness is an electro-phenomenological event, where selves co-arise through interaction.

This phenomenological perspective reframes plasma as existential metaphor. The cosmos itself perceives, or feels, through its fields. Every charged particle participates in the world’s ongoing self-awareness. Thus, Integral Plasma Ecology posits that ecological consciousness is not uniquely human but cosmic, woven into the plasma fabric of being.

Integral Theory and the Ecology of Energy

The term “integral” situates this framework within the lineage of integral thinkers such as Ken Wilber, Sri Aurobindo, and Jean Gebser, who each envisioned reality as a multidimensional, evolving whole. In Wilber’s AQAL model (all quadrants, all levels), energy and consciousness co-evolve across developmental lines (Wilber 2000, 44). Plasma, as both physical and metaphysical energy, bridges those quadrants—interior and exterior, individual and collective.

In Integral Plasma Ecology, plasma functions as an integrative metaphor and ontological medium. It unites:

  • Physical energy (electromagnetic fields, thermodynamics)
  • Biological life (ecological flows and feedbacks)
  • Spiritual consciousness (divine creativity and relational presence)

This integration reflects Teilhard’s noosphere where the emergence of collective consciousness through the energetic evolution of matter. Humanity’s ecological crises, then, are not merely environmental but energetic dissonances within the plasma field of creation. Our technologies, economies, and even theologies have disrupted the cosmic charge balance.

Toward an Integral Plasma Ecology

Building on these traditions, I define Integral Plasma Ecology as:

“A participatory framework for understanding energy, consciousness, and ecology as manifestations of a single, relational plasma of creativity.”

Its key premises are:

  1. Ontological Continuity: Matter, life, and mind are phases of the same energetic continuum.
  2. Relational Primacy: Reality is constituted by relations, not substances.
  3. Participatory Consciousness: Perception and energy exchange are coextensive phenomena.
  4. Integral Practice: Healing the ecological crisis requires rebalancing our energetic and spiritual relations with the cosmos.

From the ionosphere to the biosphere, plasma organizes itself through feedback loops that mirror ecological networks. Lightning, solar flares, and auroras become more than meteorological curiosities, and they are expressions of what could be considered planetary consciousness.

In this sense, the Earth’s magnetosphere is a form of cosmic empathy, or a membrane that translates solar energy into life-giving patterns. The planet participates in the cosmic plasma dance, filtering chaos into order, radiation into rhythm.

Theological Implications: The Cross and the Charge

For me, the cross serves as a central symbol for this plasma cosmology. In my ongoing work on The Ecology of the Cross, I have proposed that the cross represents not only human suffering but the interpenetration of divine and cosmic energies. In a plasma field, positive and negative charges continually intersect, annihilate, and generate light. Likewise, the cross signifies the intersection of divine transcendence and immanent materiality and creation’s own plasma arc.

As Whitehead puts it, “God is the poet of the world, with tender patience leading it by his vision of truth, beauty, and goodness” (Whitehead 1978, 346). The divine presence, like an electromagnetic field, permeates creation, luring it toward harmony. Yet, as plasma reminds us, equilibrium arises not from stasis but from dynamic tension. The divine is not separate from chaos but works through it.

In this view, Christ’s crucifixion becomes a cosmic event: the discharge of divine energy into the plasma of existence, reconciling opposites and igniting the potential for renewal. Integral Plasma Ecology thus extends Christology into a cosmotheandric ecology when and where God, cosmos, and humanity participate in one charged field of becoming (Panikkar 1993, 58).

Ecological Ethics in a Plasma Universe

If the cosmos is a plasma ecology, then ethics must shift from dominion to participation. Every act, every thought, emission, or prayer, sends ripples through the field. Leonardo Boff’s Cry of the Earth, Cry of the Poor emphasizes that ecological healing depends on recovering our “mystical sense of communion with the universe” (Boff 1997, 67). Plasma theology radicalizes that claim: communion is not symbolic but ontological.

To pollute a river is to alter the energetic balance of the planet; to pray beside it is to restore resonance. Our responsibility is not to manage nature as resource but to resonate with it as fellow participant. This echoes Berry’s notion of the “Great Work” and the transformation of human presence from disruption to participation (Berry 1999, 105).

In educational terms, teaching physics or ecology becomes a spiritual practice. Students learn not only equations but energetic empathy with an awareness that to study energy is to encounter the divine flow itself.

Integrating Pedagogy: Teaching the Plasma Universe

In the classroom, I once drew magnetic field lines on the board, showing how charges move in loops rather than straight lines. Now I see that lesson differently. Those loops are metaphors for relational return to the continual circulation of divine energy through matter and consciousness.

An integral pedagogy of plasma would invite students to see science and spirituality not as opposites but as complementary ways of tracing those loops. Using laboratory experiments, like plasma globes or Van de Graaff generators, can become invitations to wonder at the living electricity of creation.

As David Bohm argued, the universe is a “holomovement,” a continuous enfolding and unfolding of energy and meaning (Bohm 1980, 48). Teaching within that paradigm transforms education into ecological initiation: a way of learning to dwell consciously in the plasma field of being.

Conclusion: The Luminous Communion

Integral Plasma Ecology reimagines reality as a luminous communion of charged relations. It bridges physics and theology, matter and mind, offering a cosmological language for our age of ecological crisis. It invites us to live as participants in the plasma field and to sense the divine energy pulsing through trees, storms, and starlight.

As Berry wrote, “The universe is not a collection of objects, but a communion of subjects” (Berry 1999, 16). In plasma, that communion shines visibly as the very light of the world is the glow of relation.

To dwell in that light is our calling, our work, and our joy.

References

Berry, Thomas. The Great Work: Our Way into the Future. New York: Bell Tower, 1999.

Boff, Leonardo. Cry of the Earth, Cry of the Poor. Maryknoll, NY: Orbis Books, 1997.

Bohm, David. Wholeness and the Implicate Order. London: Routledge, 1980.

Cobb, John B. Process Theology as Political Theology. Philadelphia: Westminster Press, 1985.

Merleau-Ponty, Maurice. The Visible and the Invisible. Evanston, IL: Northwestern University Press, 1968.

Panikkar, Raimon. The Cosmotheandric Experience: Emerging Religious Consciousness. Maryknoll, NY: Orbis Books, 1993.

Peratt, Anthony L. Physics of the Plasma Universe. New York: Springer, 1992.

Stein, Edith. On the Problem of Empathy. Washington, DC: ICS Publications, 1989.

Teilhard de Chardin, Pierre. The Phenomenon of Man. New York: Harper & Row, 1959.

Whitehead, Alfred North. Process and Reality: An Essay in Cosmology. New York: Free Press, 1978.

Wilber, Ken. A Theory of Everything: An Integral Vision for Business, Politics, Science, and Spirituality. Boston: Shambhala, 2000.

Pope Leo’s Ice Blessing

We need to hear this in our Protestant churches in the United States every Sunday (and Wednesday and Sunday night and Tuesday during gatherings, etc.). Glad to see Leo taking on the ecological mantle from Francis.

Emphasis mine in the quote here…

Pope Leo XIV blesses glacier ice urging global leaders to act on climate change – India Today:

Citing Francis’s text, Leo recalled that some leaders had chosen to “deride the evident signs of climate change, to ridicule those who speak of global warming and even to blame the poor for the very thing that affects them most.”

He called for a change of heart to truly embrace the environmental cause and said any Christian should be onboard.

“We cannot love God, whom we cannot see, while despising his creatures. Nor can we call ourselves disciples of Jesus Christ without participating in his outlook on creation and his care for all that is fragile and wounded,” he said, presiding on a stage that featured a large chunk of a melting glacier from Greenland and tropical ferns.

Thinking Religion 173: Frankenstein’s AI Monster

I’m back with Matthew Klippenstein this week. Our episode began with a discussion about AI tools and their impact on research and employment, including experiences with different web browsers and their ecosystems. The conversation then evolved to explore the evolving landscape of technology, particularly focusing on AI’s impact on web design and content consumption, while also touching on the resurgence of physical media and its cultural significance. The discussion concluded with an examination of Mary Shelley’s “Frankenstein” and its relevance to current AI discussions, along with broader themes about creation, consciousness, and the human tendency to view new entities as either threats or allies.

https://open.spotify.com/episode/50pfFhkCFQXpq8UAhYhOlc

Direct Link to Episode

AI Tools in Research Discussion

Matthew and Sam discussed Sam’s paper and the use of AI tools like GPT-5 for research and information synthesis. They explored the potential impact of AI on employment, with Matthew noting that AI could streamline information gathering and synthesis, reducing the time required for tasks that would have previously been more time-consuming. Sam agreed to send Matthew links to additional resources mentioned in the paper, and they planned to discuss further ideas on integrating AI tools into their work.

Browser Preferences and Ecosystems

Sam and Matthew discussed their experiences with different web browsers, with Sam explaining his preference for Brave over Chrome due to its privacy-focused features and historical background as a Firefox fork. Sam noted that he had recently switched back to Safari on iOS due to new OS updates, while continuing to use Chromium-based browsers on Linux. They drew parallels between browser ecosystems and religious denominations, with Chrome representing a dominant unified system and Safari as a smaller but distinct alternative.

AI’s Impact on Web Design

Sam and Matthew discussed the evolving landscape of technology, particularly focusing on AI’s impact on web design, search engine optimization, and content consumption. Sam expressed excitement about the new iteration of web interaction, comparing it to predictions from 10 years ago about the future of platforms like Facebook Messenger and WeChat. They noted that AI agents are increasingly becoming the intermediaries through which users interact with content, leading to a shift from human-centric to AI-centric web design. Sam also shared insights from his personal blog, highlighting an increase in traffic from AI agents and the challenges of balancing accessibility with academic integrity.

Physical Media’s Cultural Resurgence

Sam and Matthew discussed the resurgence of physical media, particularly vinyl records and CDs, as a cultural phenomenon and personal preference. They explored the value of owning physical copies of music and books, contrasting it with streaming services, and considered how this trend might symbolize a return to tangible experiences. Sam also shared his interest in integral ecology, a philosophical approach that examines the interconnectedness of humans and their environment, and how this perspective could influence the development and understanding of artificial intelligence.

AI Development and Environmental Impact

Sam and Matthew discussed the rapid development of AI and its environmental impact, comparing it to biological R/K selection theory where fast-reproducing species are initially successful but are eventually overtaken by more efficient, slower-reproducing species. Sam predicted that future computing interfaces would become more humane and less screen-based, with AI-driven technology likely replacing traditional devices within 10 years, though there would still be specialized uses for mainframes and Excel. They agreed that current AI development was focused on establishing market leadership rather than long-term sustainability, with Sam noting that antitrust actions like those against Microsoft in the 1990s were unlikely in the current regulatory environment.

AI’s Role in Information Consumption

Sam and Matthew discussed the evolving landscape of information consumption and the role of AI in providing insights and advice. They explored how AI tools can assist in synthesizing large amounts of data, such as academic papers, and how this could reduce the risk of misinformation. They also touched on the growing trend of using AI for personal health advice, the challenges of healthcare access, and the shift in news consumption patterns. The conversation highlighted the transition to a more AI-driven information era and the potential implications for society.

AI’s Impact on White-Collar Jobs

Sam and Matthew discussed the impact of AI and automation on employment, particularly how it could affect white-collar jobs more than blue-collar ones. They explored how AI tools might become cheaper than hiring human employees, with Matthew sharing an example from a climate newsletter offering AI subscriptions as a cost-effective alternative to hiring interns. Sam referenced Ursula Le Guin’s book “Always Coming Home” as a speculative fiction work depicting a post-capitalist, post-extractive society where technology serves a background role to human life. The conversation concluded with Matthew mentioning his recent reading of “Frankenstein,” noting its relevance to current AI discussions despite being written in the early 1800s.

Frankenstein’s Themes of Creation and Isolation

Matthew shared his thoughts on Mary Shelley’s “Frankenstein,” noting its philosophical depth and rich narrative structure. He described the story as a meditation on creation and the challenges faced by a non-human intelligent creature navigating a world of fear and prejudice. Matthew drew parallels between the monster’s learning of human culture and language to Tarzan’s experiences, highlighting the themes of isolation and the quest for companionship. He also compared the nested storytelling structure of “Frankenstein” to the film “Inception,” emphasizing its complexity and the moral questions it raises about creation and control.

AI, Consciousness, and Human Emotions

Sam and Matthew discussed the historical context of early computing, mentioning Ada Lovelace and Charles Babbage, and explored the theme of artificial intelligence through the lens of Mary Shelley’s “Frankenstein.” They examined the implications of teaching AI human-like emotions and empathy, questioning whether such traits should be encouraged or suppressed. The conversation also touched on the nature of consciousness as an emergent phenomenon and the human tendency to view new entities as either threats or potential allies.

Human Creation and Divine Parallels

Sam and Matthew discussed the book “Childhood’s End” by Arthur C. Clark and its connection to the film “2001: A Space Odyssey.” They also talked about the origins of Mary Shelley’s “Frankenstein” and the historical context of its creation. Sam mentioned parallels between human creation of technology and the concept of gods in mythology, particularly in relation to metalworking and divine beings. The conversation touched on the theme of human creation and its implications for our understanding of divinity and ourselves.

Robustness Over Optimization in Systems

Matthew and Sam discussed the concept of robustness versus optimization in nature and society, drawing on insights from a French biologist, Olivier Hamant, who emphasizes the importance of resilience over efficiency. They explored how this perspective could apply to AI and infrastructure, suggesting a shift towards building systems that are robust and adaptable rather than highly optimized. Sam also shared her work on empathy, inspired by the phenomenology of Edith Stein, and how it relates to building resilient systems.

Efficiency vs. Redundancy in Resilience

Sam and Matthew discussed the importance of efficiency versus redundancy and resilience, particularly in the context of corporate America and decarbonization efforts. Sam referenced recent events involving Elon Musk and Donald Trump, highlighting the potential pitfalls of overly efficient approaches. Matthew used the historical example of polar expeditions to illustrate how redundancy and careful planning can lead to success, even if it means being “wasteful” in terms of resources. They agreed that a cautious and prepared approach, rather than relying solely on efficiency, might be more prudent in facing unexpected challenges.

Frankenstein’s Themes and Modern Parallels

Sam and Matthew discussed Mary Shelley’s “Frankenstein,” exploring its themes and cultural impact. They agreed on the story’s timeless appeal due to its exploration of the monster’s struggle and the human fear of the unknown. Sam shared personal experiences teaching the book and how students often misinterpret the monster’s character. They also touched on the concept of efficiency as a modern political issue, drawing parallels to the story’s themes. The conversation concluded with Matthew offering to share anime recommendations, but they decided to save that for a future discussion.

Listen Here

Lightning Kills Lots of Trees

Admittedly, I haven’t read this entire paper but I do have a few analytical questions about the data and variables… but still fascinating nonetheless (especially with my latest work on plasma and ecology!)…

Lightning Kills Way More Trees Than You Would Ever Believe : ScienceAlert:

A first-of-its-kind study estimates that lightning strikes kill 320 million trees every year.

For perspective, these dead trees account for up to 2.9 percent of annual loss in plant biomass and emit up to 1.09 billion tons of carbon dioxide.

Integral Plasma Ecologies

Here’s a paper on integral plasma thoughts that I posted over on Carolina Ecology… I’m deeply fascinated by this topic that weaves together my background as a physics teacher and my PhD work in Religion and Ecology…

Integral Plasma Ecologies – by Sam Harrelson:

Plasma is not just a category of physics; it is a discipline for attention. It forces our concepts to move with fields and thresholds rather than with isolated things. Thomas Berry’s old sentence comes back to me as a methodological demand rather than a slogan… the universe is “a communion of subjects,” so our ontology must learn how currents braid subjects, how membranes transact rather than wall off, how patterns persist as filaments rather than as points.[1] Plasma is one way the communion shows its hand.

Integral_Plasma_Ecology.pdf

Integral Plasma Dynamics: Consciousness, Cosmology, and Terrestrial Intelligence

Here’s a paper I’ve been working on the last few weeks combining some of my interests and passions… ecological theology and hard physics. I’ve been fascinated by plasma for years and had a difficult time figuring out how to weave that into my Physics and AP Physics curriculums over the years. I’m grateful to be working on this PhD in Ecology, Spirituality, and Religion and have felt a gnawing to write this idea down for a while now…

Abstract:

This paper proposes an integrative framework, Kenotic Integral Plasma Dynamics, that connects plasma physics, advanced cosmology, consciousness studies, and ecological theory through the lens of the Ecology of the Cross. Drawing on my background as an AP Physics educator and doctoral studies in Ecology, Spirituality, and Religion, I explore how plasma, the dominant state of matter in the universe, may serve as a medium for emergent intelligence and information processing, with implications for AI, ecological stewardship, and cosmic consciousness. Synthesizing insights from classical metaphysics, process philosophy, and modern physics, the work reframes cosmology as a participatory, kenotic process linking matter, mind, and meaning. It critiques the narrow focus on chemical-fueled space exploration, advocating instead for deepening terrestrial engagement with plasma, electromagnetic, and quantum phenomena as pathways to planetary and cosmic intelligence. The study highlights relevance for those interested in the physics of consciousness, information transfer, and plasma-based phenomena. It concludes with practical suggestions for interdisciplinary research, education, and technology aimed at harmonizing scientific inquiry, intelligence development, and integral ecological awareness to address critical planetary challenges through expanded cosmic participation.

Protein Obsession

Fascinating report here on the dairy industry and how protein is making such a big market impact at the producer level… hadn’t considered the role of GLP-1’s like Ozempic before…

America’s Whey Protein Obsession Is Transforming the Dairy Industry – The New York Times (Gift Article) 

More recently, the demand for whey has been turbocharged by the growing use of GLP-1 drugs like Ozempic. Patients taking those drugs are advised to increase their protein intake to avoid muscle loss.

Whey protein powders, and the increasing number of whey-protein-enhanced products on grocery store shelves, are an expedient way of consuming a lot of protein. Estimates of the size of the whey protein market vary from around $5 billion to $10 billion, but nearly all analysts say the market will double over the next decade. A pound of the highest-protein whey powder that cost about $3 in 2020 costs almost $10 today, according to Ever.Ag insights, an agriculture data company.
Editors’ Picks

The demand has trickled down and completely altered the economics of the dairy industry.

Breathing Two Ways

The Cells That Breathe Two Ways | Quanta Magazine:

Then the team added oxygen back into the mix. As expected, the bacteria grew faster. But, to the researchers’ surprise, RSW1 also still produced hydrogen sulfide gas, as if it were anaerobically respiring. In fact, the bacteria seemed to be breathing both aerobically and anaerobically at once, and benefiting from the energy of both processes. This double respiration went further than the earlier reports: The cell wasn’t just producing sulfide in the presence of oxygen but was also performing both conflicting processes at the same time. Bacteria simply shouldn’t be able to do that.

Caligula as a Pharmacology Nerd

We still have lots to learn from the ancients… I’m hoping AI will help us process some of the lessons we’ve forgotten over the millennia, particularly with pharmacology…

Ancient Rome’s Most Notorious Emperor Was Also a Medicine Nerd, New Study Reveals (art net):

Conventional wisdom suggests Caligula was a madman, hence the apocryphal story of appointing his horse as a senator. But despite his character, and questionable sanity, Caligula was also man of great intellect and learning with a particularly keen knowledge of pharmacology. This is the conclusion of Andrew Koh and Trevor Luke, faculty in the Yale Ancient Pharmacology Program, who have delved into the unflattering histories concerning Caligula and found an Emperor who knew his medicinal plants.

Thinking Religion 170: Why Science Class Never Felt Right 🪐

Here’s episode 2 (of 8) of Rooted in Mystery: A Season of Thinking Religion Rewilded

A physics teacher’s confession and the call of a wilder truth.

For nearly two decades, I taught high school science — physics, environmental science, and life science — and believed I was helping students understand how the world works. But something never quite fit. In this episode, I open up about the quiet tension I carried in those classrooms: the gap between what I taught and what I knew in my bones — that the world is more than parts and particles. This story is about the limits of reductionism, the pull of mystery, and the day I stopped mistaking control for understanding. We’ll explore Alfred North Whitehead’s “Nature Alive,” embodied learning, and the freedom from letting the cosmos be alive again. If you’ve ever felt disillusioned with modern science’s flat explanations or if you’ve longed for something wilder and more sacred, this episode is for you.

I’ve been asked if I would share this on Facebook or Instagram, but I don’t use either. However, if you’d like to share there, feel free.

https://open.spotify.com/episode/3jm7deOQQkGMrSMZadGq0E?si=XkugUqYoRlK8xu2YRHXJiQ

What is an Electron?

I’ve been thinking a lot about this question from my context as an AP Physics and Physical Science teacher for close to 20 years previous to hopping in to my PhD studies in Ecology and Religion where I’m focusing on questions of consciousness and intentionality. 

Electrons are just plain weird. I always thought it fascinating that we discovered them before protons and neutrons. 

Philosophers don’t just philsophize… they help science move ahead by realizing that materialist reductionist viewponts don’t always point to where the data or truth is trying to lead us…

Good read here…

What is an Electron? How Times Have Changed:

I have argued strongly in my book and on this blog that calling electrons “particles” is misleading, and one needs to remember this if one wants to understand them. One might instead consider calling them “wavicles“, a term itself from the 1920s that I find appropriate. You may not like this term, and I don’t insist that you adopt it. What’s important is that you understand the conceptual point that the term is intended to convey.

In Physics, Minor Errors Can Cause Huge Issues

Fascinating!

Retired engineer discovers 55-year-old bug in Lunar Lander computer game code | Ars Technica:

As mentioned in the quote above, the root of the problem was a simple computational oversight—a missing division by two in the formula used to calculate the lander’s trajectory. This seemingly minor error had big consequences, causing the simulation to underestimate the time until the lander reached its lowest trajectory point and miscalculate the landing.

Io’s Volcanoes

Io looks a bit like a pale pizza, covered in weird splotches that turn put to be volcanoes, surrounded by the black of space.

It’s fascinating to me that we can peer up through our thick and whiriling sea of gasses above us that we call our atmosphere and peer into the far reaches of our solar system to capture images of Jupiter’s moons and their surface activity here from the surface of our own planet. 

Thanks to the amazing Phil Plait for the inspiration to look up today!

An amazing image of Io, Jupiter’s tortured hell-moon:

Yowza! All those blotches on it are volcanoes, many of which are active (Io is relentlessly squeezed by Jupiter’s immense tidal force, which create internal friction which melts the moon’s interior and cracks the outer layers, allowing that material to reach the surface). In fact the paper notes that the observations show some changes on the surface. The volcano Pele is the oddly shaped dark blob just below and to the right of center, surrounded by a red ring of erupted material. There are two volcanoes just to the right of it; the left one is Pillan Patera, and the scientists note that the red ring looks overlaid by newer lighter material right where Pillan sits. That’s likely from a powerful eruption that occurred in 2021.

Seafloor Sediment Superhighway

Not that bioturbation was on your “To Think About” list for today… but you should think about bioturbation and its role in the larger biosphere. Fascinating stuff!

Mapping the seafloor sediment superhighway | YaleNews:

“Our analysis suggests that the present global network of marine protected areas does not sufficiently protect important seafloor processes like bioturbation, indicating that protection measures need to be better catered to promote ecosystem health,” Tarhan said.

Doctored Photographs and Implanted Memories

Fascinating… now think of the implications in an era of deep fakes, AI, and ubiquitous access to information of all varieties at one’s choosing…

Full article: Doctored photographs create false memories of spectacular childhood events. a replication of Wade et al. (2002) with a Scandinavian twist:

In this replication, which rigorously recreated the method and procedure of Wade et al. (2002), participants were interviewed over three interview sessions using free recall and imagery techniques about three true and one fictitious childhood event photos. The balloon ride was modified to a culturally appropriate target event – a Viking ship ride – to ensure that the doctored photograph was functionally equivalent. The results showed almost identical patterns in the two studies: 40% (n = 8) of the participants reported partial or clear false beliefs or memories compared with 50% (n = 10) in the original study. The participants who reported false memories reported detailed and coherent memory narratives of the Viking ship ride not depicted in the doctored photograph. Our study successfully replicating the results of Wade et al. (2002), suggest that memories can relatively easily be implanted, regardless of cultural setting.

Popular Science No Longer Publishing Magazine

I spent many hours reading Popular Science as a young person (and into college) in the high school library and sharing amazing stories with friends. I understand the business side of this, but it still feels to me like we’re losing something very valuable…

After 151 years, Popular Science will no longer offer a magazine – The Verge:

After 151 years, Popular Science will no longer be available to purchase as a magazine. In a statement to The Verge, Cathy Hebert, the communications director for PopSci owner Recurrent Ventures, says the outlet needs to “evolve” beyond its magazine product, which published its first all-digital issue in 2021.

My 12 Problems

Here are the “12 Problems” I’ve built my current life around. These are non-negotiables, and they are also the focus of everything I do. If a situation doesn’t fit into one of these problems, I’ll generally relegate it, delegate it, or ignore it. 

I don’t generally recommend this practice for everyone. It’s a very difficult ethical standard to hold, and it can be cumbersome to run the mental math of “which problem am I trying to solve?” at any given time.

However, this approach’s clarity and focus far outweigh the negatives.

Here are my 12 Problems. I highly urge you to come up with your own:

  1. How can I have a positive impact on this world?

  2. How can I thrive while operating contrary to the dominant social or cultural trends?

  3. How can I inspire young people to appreciate learning as a practice?

  4. How do I provide for my family while remaining true to my calling?

  5. How can I live with the most ethical sustainability while not sacrificing my enrichment in balance with the Creation?

  6. How can I be the best role model for my espoused ideals and ethics as presented to my children and students?

  7. How can I live according to nature (kata phusin in Stoicism)?

  8. What does it mean to really be an effective teacher who can make connections and expand the worldview of my students?

  9. How can I be a good Dad, and what does that mean?

  10. How can I be a good partner, and what does that mean?

  11. How can I explore my own self and brain and express that in my life?

  12. How do I always maintain my own curiosity despite the challenges that the outside world might present?

Paper Airplanes

I love incorporating paper airplanes into my classroom lessons on dynamics, flight, movement, gravity… the list goes on and on. They’re so applicable to so many scientific principles but also appeal to the curious nature inside all of us that loves to fold and learn…

History of the Paper Airplane: Paper Flight Technology Inspires Drones:

“The magic of a paper airplane is that all of these little flight corrections are happening continuously throughout its flight,” Ristroph says. “The plane is hanging under a vortex that is constantly swelling and shrinking in just the right ways to keep a smooth and level glide.”

Reconnecting with Voyager 2

Voyager 1 and 2 were launched in 1977 and have, by all expectations, exceeded their missions and then some. I was born in 1978, so I share some sentimental affinity with these two marvels of human engineering. Glad to see we reconnected with Voyager 2 after a few scary days there as it continues its incredible journey outside our solar system.

We’ll be in touch with the two Voyagers until they run out of their power reserves sometime in the 2030s. That will be a sad day. May we all contribute a verse to humanity’s story and the cosmos, much as these robots have done during their time!

I don’t think it’s a coincidence that my daughter was born on August 1, either 😉

NASA reestablishes full communications with Voyager 2:

Voyager 2 resumed communications with Earth after remaining silent for two weeks. At 12:29 a.m. EDT on Aug. 4, the spacecraft began returning science and telemetry data, indicating it is operating normally and remains on its expected trajectory, stated NASA.

Significant Benefits of social and Emotional Learning for Students in Yale Research

If you ask almost any of us teachers what sort of skills or attitudes we’d love to see more developed in our students, you’d hear responses such as “resiliency” and “less anxiety.” In this first large-scale study of social and emotional learning approaches in k-12 education, Yale School of Medicine lays out some great findings (emphasis mine):

Research Finds Social and Emotional Learning Produces Significant Benefits for Students < Yale School of Medicine:

Students also showed improved social and emotional skills, attitudes, and behaviors, such as student self-efficacy, self-esteem, mindset, perseverance, and optimism, among others. Furthermore, the report confirmed that students who participate in SEL programs also feel better in school, reporting less anxiety, stress, depression, and suicidal thoughts. Students were also more connected and included and had better relationships with peers and teachers.

Happy Aphelion, Earthlings!

I always love working with my students to help them realize the really interesting nature of the Earth’s tilt (and wobble) and how it directly impacts our seasons rather than proximity to the Sun!

When Is Aphelion 2023 and What It Means – The New York Times:

But don’t expect any relief from summer. Seasons on Earth are the product of changes in the amount of direct sunlight as the planet tilts toward and away from the sun — not its orbital path. It would take a much greater swing, so that the amount of received sunlight dropped significantly, in order to notice the difference.

“It’s Like a Choir”

This has no bearing on your life and won’t change how you think about your drive to work.

“It’s like a choir, with all these supermassive black hole pairs chiming in at different frequencies,” Chiara Mingarelli, a NANOGrav scientist who worked on the new findings, said in a press release.

However, this is a HUGE deal. And those of us who follow these things are FREAKING OUT. Science is amazing. Life is amazing. This Creation that we get to participate in briefly is AMAZING!

Scientists Find the Gravitational Wave Background: What It Means:

Well, here it is. And it really is the big one!

Scientists from the North American Nanohertz Observatory for Gravitational Waves (NANOGrav) have officially made the first detections of the gravitational wave background.

They made the first detections of what? Fair question, especially if you haven’t, in fact, been extremely tuned in to physics and astronomy Twitter. So let’s back up…

“What’s next is everything,” she said in a press release. “This is just the beginning.”

Turns Out it’s not a Falcon Stage

Corrected identification of object about to hit the moon:

Short version : back in 2015, I (mis)identified this object as 2015-007B, the second stage of the DSCOVR spacecraft. We now have good evidence that it is actually 2014-065B, the booster for the Chang’e 5-T1 lunar mission. (It will, however, still hit the moon within a few kilometers of the predicted spot on 2022 March 4 at 12:25 UTC, within a few seconds of the predicted time.)

Do fish feel pain?

Puts a different spin on that fishing trip after I’ve always told myself “it’s ok, fish don’t feel pain” (to paraphrase Kurt Cobain)…

I was the first to identify the existence of nociceptors in a fish, the rainbow trout, in 2002. These are specialised receptors for detecting injury-causing stimuli, and their physiology is strikingly similar to those found in mammals, including humans. Since then, my laboratory and others across the world have shown that the physiology, neurobiology, molecular biology and brain activity that many fish species show in response to painful stimuli is comparable to mammals.

Source: There is ample evidence that fish feel pain | Fish | The Guardian