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stars breathe in patterngravity hums, time aligns—entanglement singslet the quantumarise. 🍄 AudioDose Alice on Sonic Mushrooms: Celestial Coherence🎧 Listen to more sonic adventures on Alice in Futureland.🧠 Play the Alice game Am I Mad?📘 Alice books and newsletters Thanks for tuning in.For more wanderings, become an Alice in Futureland subscriber—it’s free. Invite your friends to this mad tea party and let’s see how many things we can learn before breakfast. ©2026 Alice in Futureland This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit aliceinfutureland.substack.com

The future has a new metaphor to think with: Electric Swans. For a generation, we’ve lived with the language of Black Swans—those sudden, unpredictable shocks that upend systems and expectations. Later came Green Swans, signals of systemic shifts in response to the climate crisis, pointing us toward regeneration and resilience. These metaphors helped us navigate turbulence and think beyond the short-term. But now, a new kind of swan is taking flight. Electric Swans represent the disruptions born not of catastrophe or ecology alone, but of energy itself: electromagnetic, informational, biological. They are not random events but living signals of the new energetic landscape. When accepted, they ripple outward across industries and societies, generating vast new opportunities. They remind us that the real frontier is not out there somewhere in the future, but rising all around us, right now, in the invisible fields and frequencies we inhabit. Hello, we’re Alice and we are always in a state of wander. A Thesis of Energy The central thesis of Alice’s journey is deceptively simple: energy, in all its forms, is the next great frontier of innovation. We are used to talking about renewable energy, grids, batteries, and solar arrays. But this story runs deeper. It’s about energy as the hidden substrate of life itself: electromagnetic fields shaping quantum biology, frequencies guiding cellular repair, the resonant architectures that connect brain, heart, and body. Already, we see this frontier emerging in unexpected ways. Fabrics woven with electromagnetic threads. Health solutions built on biohacking and resonance. Electroceuticals that don’t merely treat symptoms but tune the body back into coherence. The twenty-first century is discovering what ancient traditions always hinted at: that energy, in its most subtle forms, is as real and transformative as steam engines once were to the nineteenth century. The Call for Conscious Leadership But to step into this world requires something more than new technologies. It requires new ways of being. Amidst the flood of ideas, the endless screens, and the data streams that never pause, lies a deeper expanse of human potential. It begins in the body. The body as interface. The bodymind as compass. Leaders in this emergent landscape are not those who dominate with command-and-control hierarchies. They are those who are tuned-in. They can listen for resonance amidst the noise. They can sense patterns in the apparent chaos. They wield disruption not as a blunt force but as a musical note, struck at the right moment to shift the entire composition. They will thrive in the coming era of Physical AI. Conscious leadership in the age of Electric Swans is about embodied coherence. Growth is no longer solitary, it resonates outward, amplifying through networks, creating platforms where others can awaken, contribute, and thrive. Such leaders do not merely navigate the future. They become conductors of energy, channels through which the potential of the collective flows. The Bodymind and the Science of Qualities This is not a metaphor alone. Candace Pert’s work on the bodymind revealed decades ago what science continues to confirm: thought, emotion, and biology are inseparable. Neurotransmitters and narratives are entangled. The heart and the brain form a single resonant circuit. Coherence is not poetry, it is physiology. Electric Swans illuminate this truth. They reveal that “innovation” is not separate from the lived body, from the pulse of emotion, from the chemistry of connection. Leaders who grasp this, who embody heart-brain coherence, who understand resonance not only as metaphor but as method, hold a power that transcends conventional strategy. They become the pioneers of what might be called “the science of qualities”: a way of knowing that does not reduce but integrates, that sees the beauty in emergence, that honors syntropic living systems. From Knowledge to Being This is also a turning point for futures work itself. For decades, foresight and futures studies were rooted in the pursuit of knowledge, of constructing scenarios, of understanding what might happen. But today, the center of gravity is shifting. The real work is embodied futures: exploring existence, essence, and being. It is not enough to predict the future.We are called to create it. Futures thinking has evolved from a mapmaking exercise to an act of world-building. And in this act, the Electric Swan becomes a guide: not an omen of disruption, but a current we can learn to ride. Riding the Light To live in the age of Electric Swans is to live in a landscape where energy is no longer background, but foreground. Where leadership is measured not by control but by embodied coherence. Where the work of foresight is not to forecast but to shape. The leaders who thrive in this world will be those who embrace the impossible possibilities. They will ride the lightning not as a storm to be feared but as a wave of transformation. They will stand at the edge of quantum possibility and step forward, not with certainty, but with coherence, courage, and an openness to emergence. This is not just a path to personal or professional growth. It is an invitation to rediscover what it means to be human in a world alive with hidden fields, resonant frequencies, and electric swans rising all around us. Am I Mad? Or, more fittingly: is Alice mad? The answer is no. The real madness is believing we can craft a future we want to inhabit with the same tired tools of futurology, linear projections, deterministic charts, stale narratives recycled until they collapse under their own inertia. That is the madness of the status quo. Alice suggests something different. We insist that futures worth living cannot be conjured from fear or prediction alone. They must be imagined into being. They must be storied, played, and rehearsed as if they were already whispering back to us from the horizon. And so we offer a portal: a card game called Am I Mad? Here, you are not an observer of forecasts but a participant, a Mad Explorer, wandering through the kaleidoscopic terrains of Alice in Futureland. Time bends, loops, and folds in upon itself. Ideas sprout like wild organisms, carrying the shimmer of what-could-be. With a deck of conceptual cards, you navigate this speculative wilderness, assembling vivid narratives of Electric Swans taking flight, technologies that rewire daily life, philosophies that expand the human condition, discoveries that feel like déjà vu from a future not yet lived. This is where the work of foresight shifts from epistemology to ontology. Where imagination is no longer an escape but reconnaissance. In Futureland, we don’t just map possibilities, we rehearse them. We remember the futures we most want, and in the act of remembering, we bring them closer. Because in the end, the future is not built. It is remembered—one Electric Swan, one story, one act of coherence at a time. Craving more? 📘 Alice in Futureland books🎧 Alice in Futureland podcasts🧠 Alice in Futureland game Am I Mad? Thanks for tuning in.For more wanderings, become an Alice in Futureland subscriber—it’s free. Invite your friends to this mad tea party and let’s see how many things we can learn before breakfast. ©2025 Alice in Futureland This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit aliceinfutureland.substack.com

A symphony of sentient seed and signal—where DNA archives, intuition blooms, intelligence roots into petals, trees, soil and machines. This is a world where knowing grows wild—organic, electric, endlessly remembering. This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit aliceinfutureland.substack.com

Shimmering at the edges of our consciousness, forgotten moments weave past and present into a seamless thread of emotion—each note a whisper from time itself. This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit aliceinfutureland.substack.com

Some think that consciousness exists in those gaps between thoughts. But what about spaces between tangible things—what lurks in those shadows? This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit aliceinfutureland.substack.com

Information through time revealing elusive memories wakes us up to what we’ve known all along. This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit aliceinfutureland.substack.com

Taste shapes, hear colors, feel patterns, envision sound coupling and uncoupling…sensing mind, body, feeling and outer reality. This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit aliceinfutureland.substack.com

Evoking the introspective nature of our sense of self; sensing qualia, the instances of our subjective, conscious experience. This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit aliceinfutureland.substack.com

Engaging with more than 53 senses in which we experience the world… This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit aliceinfutureland.substack.com

Evoking free will and the ‘noise’ that sometimes disrupts or challenges our freedom—in-between moments of static—and if we continue in our belief, we come out of the noise free again. This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit aliceinfutureland.substack.com

This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit aliceinfutureland.substack.com

This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit aliceinfutureland.substack.com

ALICE: When you think of microbiome, you probably think gut health. But there is new research into the many roles that gut and skin microbes play, including what is called “a glow of health.” DR. SUSAN ERDMAN: We envision ourselves swimming in a sea of microbes. There are millions, billions of microbes living inside of us, living on the outside of us, living everywhere around us. ALICE: We’re speaking with Dr. Susan Erdman, a Principal Research Scientist, and Assistant Director, in the Division of Comparative Medicine at MIT, whose research looks at how bacteria and inflammation contribute to systemic health and diseases. DR. SUSAN ERDMAN: And those microbes are an important part of who we are. They influence how we're responding to the environment. They're influencing things about the quality of our skin, the quality of the membranes in our mouths and around our teeth. When you swallow and things go into your intestinal tract, that mucosa—that membrane that's part of your intestine—that membrane is influenced by the microbes around us. ALICE: Part of Dr. Erdman’s research is looking at what is called “the big axis.” She's working to understand how the body interacts with the external environment—and the role of microbes in the immune, brain and skin connection.   DR. SUSAN ERDMAN: We're very, very interested in how a body interacts with the external environment. And a lot of the ways that the body interfaces with the environment involve things that we've taken into the body and then get passed through the body. Our body has multiple ways of interacting with that content that it's exposed to on the outside, and exposed to on the inside. And a big part of that is the immune system. The subtleties of having an immune system that can differentiate between things that are a threat and things that are tolerable to the body are the kinds of subtleties that are the very hard work of the immune system. In a human, these things are very sophisticated. And trying to understand those processes and how the body can manage food, outside contaminants, and so forth—the microbes that are an important part of breaking down food in the gut—and manage to reconcile all of that in a way that it doesn't inflame itself to death is a big challenge for the immune system. So the immune system is really a huge friend to us. And when the immune system goes awry—think autoimmune diseases—it can do very, very destructive things. We became really, really interested in the immune system, and how the immune system can begin to keep us healthy. ALICE: The immune system doesn’t operate on its own. It networks with the brain, the gut and even our largest organ, the skin to create a big axis. That axis not only protects you, but enables meaningful interactions with the environment. Interactions that can give you a sense of joy or compassion. DR. SUSAN ERDMAN: The immune system doesn't direct everything about our body, though. A lot of what is directed by our body is in our brain, and how our brain is processing the interface with the outside environment. We became very, very interested in whether or not those things that the immune system is doing on internal surfaces, like the gut, in terms of trying to manage the activities of the microbes that have to digest the food—the food that's coming in from the outside—and the interactions of the immune system with all of that. We were very interested in those activities and the brain, and that big picture axis between the brain and the activities of managing the immune system with the external interface of the environment, which could be inside the body in the gut or on the outside with the skin—we hypothesized that those are the most interesting activities for our potential to be as effective in our interactions with the environment as we can possibly be, for things that derive a sense of joy and purpose in our living, that help us unify our activities beyond ourselves with other members of our group—to extend even to empathy, compassion, caring for others. ALICE: And it turns out, microbes are a critical part of the big axis! DR. SUSAN ERDMAN: We hypothesized all of these things were driven by how effectively our bodies were managing these relationships between the microbes, the immune system, and the brain—that this axis that is part of a fundamental part of who we are that could be traced to similarities—even with a species of animals that are so simple—types of worms—that are so simple that, literally, they are a tube. All they have is their external and internal environment and processing—that those kinds of networks inform fundamentally big decisions about what we're doing with our world, how we're caring for others in the community, and so forth. Our research, then, is summarized, or boiled down to, trying to pick apart these relationships. How could we tweak the microbes? How could we tweak the immune system? How could we tweak those relationships with the brain, and the connections between the brain and the gut, or the brain and the skin, for our ultimate benefit? That's the nature of our research. ALICE: Don’t fear those microbes on your skin, they are important for how you look and how you feel. Some microbes on your skin can impart what Dr. Erdman calls “a glow of health.” DR. SUSAN ERDMAN: When we think about how our bodies are interacting with the environment, an important part of that interaction is the character of all of what they call epithelial surfaces. So that's the skin. And so in a very simple, mechanical way, how the microbes interface with our bodies is influenced by the health of our skin, and the mucous membranes within our body. And really, in the bigger picture, they're sort of all one and the same. We became very, very interested in the idea that when a baby is first born, and is very naive—comes into the environment with almost no protections—that those microbes that are the very first microbes to begin to colonize an infant after it's born are very important in how the future relationships with the outside environment will happen, even extending to decisions that those infants might make—decisions in their brains—and then the character that they evolve over their lifetimes as they become adults. And we had a hypothesis that these first microbes are very, very meaningful in establishing those connections. And it has some very tangible, very outwardly visible, benefits associated with it. And one of those benefits is that some of the microbiota that are common to an environment that connects with breast milk and the feeding of breast milk—or alternatively, fed by the proteins of milk—are the kinds of microbes that help make a skin surface healthy, resilient to outside damage, and so forth. So our simplistic way of thinking about this was, wow, the mom is giving the baby the nutrients to feed microbes—and sometimes actually giving the baby the microbes themselves—that are helping that infant develop a healthy skin that will protect it from the outside environment. ALICE: Dr. Erdman found that taking the first microbes you get from mom at birth and putting them in an adult could stimulate healthy skin. DR. SUSAN ERDMAN: The glow of health series of experiments demonstrated that you can take some of these microbes that come from this mother-infant niche—the microbes that a baby might acquire from its mom, or would get nurtured in those first couple of weeks of living—and that those microbes in an adult might be able to impart the same healthy infant skin effects in an adult that they would in a—than in a newborn baby. And what we found was absolutely amazing—that these microbes stimulate the immune system—and even some hormones, in the brain and locally—that help them make the skin very, very healthy. ALICE: Dr. Erdman also found that these same microbes could help with rapid wound healing on your skin. Imagine a microbial topical that could one day replace stitches! DR. SUSAN ERDMAN: But there's so much about a healthy skin that's important to a body in the short term and the long term—how the body functions as a whole. So, for example, we focused on wound repair. We focused on wound repair because we were really interested in the possibility of wound repair serving as a surrogate for being healthy, and living a long, healthy life. So if you imagine a time scale where you have an injury, and that injury repairs very, very quickly—we'll talk about the outside skin for the moment. So, you make a little tiny defect in the outside skin, and it heals really quickly. So really healthy skin is a very important part of staying healthy over a lifetime. And so we went straight for that axis, and started to study what it is that would keep skin that healthy. And we found, through a series of experimental models that allow us to define these things—either things in a Petri dish or, say, mouse models that would allow us to look at what happens when we feed this microbe, and how healthy do these mice stay across a lifetime, and are those things translatable to the next generation, perhaps? And so we became very, very interested in this possibility that this was a key—this healthy, glowing skin, the glow of health—was a key to understanding our bodies and our well-being in the environment in the bigger picture of things. ALICE: One bigger picture Dr. Erdman discovered is the link between healthy skin and reproductive fitness. DR. SUSAN ERDMAN: And so we had done a series of experiments in a mouse model system where everything about the mice was exactly the same, except that we added the microbes to the drinking water. And we found some really shocking things. And one of them was that the outer skin coat of the mice—what we refer to as the glow of health—is actually a display of reproductive fitness. That—not surprisingly, that reproductive fitness element was later shown in another series

ALICE: I’m continually fascinated with the world of microbes, and how the trillion microbes that live on and within us shape what makes us human. Our guest Dr. Susan Erdman and her research team at MIT have discovered amazing links between a single microbe that can influence our sense of bonding, identity, purpose... and love. DR. SUSAN ERDMAN: I've always been a person who's interested in how the world works, and the bigger picture of things. Even as a child, I remember being curious about even things like how we know everybody is seeing the same color when they hear the word "green." And with the-always with the idea of understanding our environment and ourselves, in a way that we could create a more balanced whole. ALICE: Dr. Susan Erdman is a Principal Research Scientist, and Assistant Director, in the Division of Comparative Medicine at MIT. Her research is funded by DoD and NIH grants. She is Board Certified in Comparative Medicine (A.C.L.A.M.), and studies how bacteria and inflammation contribute to systemic health and diseases... and how bacteria affect our hormones. DR. SUSAN ERDMAN: A single microbe can be very powerful. This is not an intent to have one single microbe answer all questions, but rather, give us a direction, give us motivation to continue unraveling the mysteries of how microbes interact with our bodies as a whole-particularly with these players of our best friends, the immune system. And then optimizing how our brain-our master control for interfacing with the environment keeps us in a healthy frame of mind, keeps us focused on positive things-even extending to positive social relationships and the benefits of caring for others, in the same ways that ultimately mimic how a mother is intensely interested in taking care of her baby, and making a healthy world for that baby. That same concept, we hypothesize, can be extrapolated to a society as a whole, and that more of these microbes that boost these hormones that make us care about others-want to take care of others-don't do it at the expense of taking care of ourselves. We still take care of ourselves. We have the capacity to reach outside of ourselves and take care of others, and try and make this a better world for all of us. ALICE: Why do you suspect microbes may improve our relationship with ourselves, and others? And what was your ‘aha’ moment? DR. SUSAN ERDMAN: This question about our identities, our sense of purpose, our desire to care about more than ourselves for the greater good is probably one of the most riveting questions of human existence. And we set out to try and understand some of the scientific underpinnings of that exact question. When we started to investigate organisms that we thought would have the potential to help us really understand who we are and how we can stay healthy, we zeroed in on a human breast milk microbe, with the reasoning that these are the tools that a mother passes onto her infant. This is a survival kit for the future. And what this survival kit does is it also helps Mom. It helps Mom because she's carrying these microbes. And because her hormonal environment is one that supports this passing along the survival kit to her developing infant, she also is connected, in a very deep kind of way, to this microbial connection. We decided to scientifically mine-to dig deeply into the scientific underpinnings of this connection-to help us understand how this survival kit might be a clue as to what mammals have the potential to become. ALICE: Dr. Erdman’s research looked deeper at the connections this microbe makes, and found it is a powerful player in the role of bonding. DR. SUSAN ERDMAN: Most powerful among those things in the mother-infant bond is a social bonding hormone called oxytocin. Oxytocin causes muscle contractions in the uterus that introduce the infant to the world. The infant is bathed in a sea of oxytocin at the time of birth, and begins to develop neurological connections, and also gut microbial connections based on relationships with this hormone, oxytocin. But one of the most powerful things, which is well-substantiated by animal models systems, is that oxytocin is really important in a mother having a desire to take care of her infant. And this, in the most simplistic way, is kind of earth-shattering. So earlier, Alice asked, did you have an aha moment? This is about as close to an aha moment as what we've had in our entire scientific journey. Because realizing that this microbe fills this niche with this mother-infant bond was what led us to explore the possibility that this microbe might actually be interfacing with this hormone oxytocin. ALICE: Wow. So, a single microbe within us may be what induces our love hormone oxytocin? And it starts at birth? DR. SUSAN ERDMAN: In mouse models, and in other animal model systems, it becomes very obvious that not only is the oxytocin important in actually the contractions of giving birth and the contractions of supplying that breast milk-which are key to a mammal being able to interface with the environment and get their offspring started on this trajectory of life-these life-giving events, the very essence of the mother caring for her infant, also requires oxytocin. So, animal model systems that are completely missing oxytocin are capable of producing milk. They're sometimes capable of giving birth, although not very efficiently, because they don't have the hormone to give birth. The mothers have zero interest in actually taking care of their babies in the absence of this hormone oxytocin. That's how important it is for everything about the mother-infant bond. In the absence of this hormone, there are other hormones that might step in to help kind of try and patch things together, as part of feedback loops. But oxytocin is the master controller when it comes to a mother's interest in taking care of her infant. So, this is the lightbulb moment. This is flash, flash, flash. If a mom is going to take care of her baby, she has to have this hormone. If this microbe is facilitating the production of this hormone, we have discovered something incredibly fundamental about what it takes for life-what it takes to build a life, to keep a life, and then to create a very interesting, selfish microbe who actually is invested in the social existence of mammals. ALICE: It turns out that our microbial passengers are invested in our survival, and perhaps, making us social. Could the future be bioengineering love microbes? DR. SUSAN ERDMAN: Are they actually helping us be a social being? Are they actually helping us want to take care of our-the next generation? This was the question that we went after. And we were completely shocked when we hit the jackpot, and found out that this microbe, when it's separated from that system and given to an adult animal, is actually capable of boosting the levels of the hormone oxytocin within the brain, and within all of the tissues of the body of the lucky individuals that are carrying this organism. This particular concept, this idea that you could separate this microbe out and you could cause oxytocin to increase gives us clues to social networks that are previously uncharted. So, what do we have? We have a microbe that boosts a hormone that isn't just important in how a mother takes care of her infant, her interest in nurturing that infant. Basic scientific studies looking at how important family nurturing of offspring is, in order for that individual to be a good, contributing, healthy, happy member of society in the future-whether it's an animal model system, or it's a person-that psychology science is very well-established. But just as amazing is the potential you could take that microbe out of that system and separate it, and put it into an adult, and change that adult's interest in taking care of others. ALICE: Could manipulating this microbe change the axis of caring in an individual? In a society? Could a single microbe be the key to survival of the kindest? DR. SUSAN ERDMAN: So, let's play with that concept for a moment and say this is a hormone that, in human subjects, has been connected with expressions of empathy, expressions of altruism, and expressions of enjoyment of spirituality-the concept of belonging to a greater whole. That doesn't mean traditional religions, necessarily. It means the common threads of humans having a meaningful, spiritual experience that makes us belong to something, that makes us part of a larger whole, and makes us care about that larger whole to the same extent that we care about ourselves, maybe even more than we care about ourselves as an individual. And that concept, that sort of thing that humans have searched for, that idea of what would make us care about-what would make us altruistic? What would make us care about some individual that's not even clearly related to us? Why would we possibly care about their survival? We care about their survival because these microbes are manipulating an axis within our brains that is giving us the capacity to return back to a primal, larger whole-that the survival of that whole is ultimately what drives the ultimate benefit of the survival of each of us as individuals. And these holistic relationships-this holobiont, these microbes that we carry with us-sometimes the microbes that we've dismissed over time, because our practices are not so natural as they used to be, our diets are not so natural, our birthing processes are not so natural, we use antibiotics to counteract bad microbes-this ends up changing elements of those microbial underpinnings, these very fundamental relationships that drive our potential with human existence. We have the opportunity, by understanding this process, to get the benefits of how antibiotics might help us counteract bad bacteria, how giving birth within a hospital and under certain conditions might help us eliminate deadly diseases-we can still get the benefits of all of those things, and still ha

This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit aliceinfutureland.substack.com