Skip to main content

Hypothesis of Extended Thermodynamics

A broader version of the Extended Causality Hypothesis, applying specifically to thermodynamic laws—proposing that the laws of thermodynamics we know (conservation of energy, increase of entropy, unattainability of absolute zero) apply within our observational domain, but extended thermodynamic principles may operate beyond it. This hypothesis suggests that phenomena that appear to violate thermodynamics (perpetual motion, entropy decrease, energy from nowhere) might be lawful within an extended framework. A system that seems to produce energy might be drawing from thermodynamic dimensions we can't measure; an event that appears to decrease entropy might be exporting it to domains we can't see; what looks like violation might be interaction with extended thermodynamic space. The hypothesis provides a framework for understanding claims of free energy, anomalous cooling, or reverse entropy without dismissing them as impossible—they might be impossible within our thermodynamics but possible within extended thermodynamics.
Example: "The device seemed to produce more energy than it consumed—a clear violation of thermodynamics. But the Hypothesis of Extended Thermodynamics suggests it might be drawing energy from dimensions we can't measure, operating according to laws we haven't yet discovered. The violation is only in our limited frame."
Hypothesis of Extended Thermodynamics mug front
Get the Hypothesis of Extended Thermodynamics mug.
See more merch

Hypothesis of Extended Epistemology

A broader version of the Extended Causality Hypothesis, applying specifically to knowledge itself—proposing that the epistemology we know (how we know what we know, what counts as evidence, how truth is established) applies within our cognitive domain, but extended epistemological principles may operate beyond it. This hypothesis suggests that there may be ways of knowing that we cannot access from within our current epistemic framework—forms of knowledge that don't fit our standards of evidence, truths that can't be established by our methods, understandings that come through channels we don't recognize. It provides a framework for taking seriously claims of non-standard knowledge (intuition, revelation, direct perception) without abandoning epistemic standards—they might be invalid by our epistemology but valid within an extended framework we haven't yet accessed. The hypothesis also explains epistemic disagreement: different epistemic frameworks might be accessing different aspects of reality, and what seems irrational from one perspective might be rational from another.
Example: "The shaman claimed to know things he couldn't possibly know by our standards—no evidence, no method, no verification. The Hypothesis of Extended Epistemology suggests he might be operating according to epistemic principles we haven't discovered yet, accessing knowledge through channels we can't detect. Not irrational—just extended rationality."

Hypothesis of Extended Science

A broader version of the Extended Causality Hypothesis, proposing that the science we know (empirical method, peer review, falsification, reproducibility) is not the whole of science but a subset—the science that works within our observational domain—while an extended science may be possible for domains beyond our current access. This hypothesis suggests that there may be phenomena that cannot be studied by our current methods because they operate outside our observational capabilities, but that extended methods—yet to be developed—might access them. It provides a framework for taking anomalies seriously without abandoning scientific values: anomalies become phenomena that current science can't address but extended science might. The hypothesis also suggests that our current scientific methods might be domain-specific—perfect for studying within spacetime but inadequate for studying the extended domains that contain spacetime. Extended science would require extended methods, extended instruments, extended ways of knowing.
Example: "Paranormal phenomena resist scientific study—they're unrepeatable, unmeasurable, unpredictable. The Hypothesis of Extended Science suggests this isn't because they're unreal but because our science is designed for within-spacetime phenomena. Extended phenomena require extended science."

Hypothesis of Extended Sciences

A broader, plural version of the Extended Causality Hypothesis, proposing that the sciences we know (physics, chemistry, biology, psychology) are not the complete set but rather the sciences that have emerged within our observational domain—while an extended set of sciences awaits discovery for domains beyond our current access. This hypothesis suggests that there may be whole fields of knowledge we haven't even imagined—sciences of higher-dimensional phenomena, of non-material realities, of consciousness as fundamental, of domains where our current categories don't apply. It provides a framework for understanding why some phenomena seem to resist scientific explanation: they belong to sciences we haven't yet developed. The hypothesis also explains why different cultures have different knowledge systems: they may have accessed different extended sciences, developed different methods for different domains. Extended sciences would be to current sciences what three-dimensional geometry is to flatland—not a contradiction but an expansion.
Example: "Indigenous knowledge systems, mystical traditions, paranormal research—the Hypothesis of Extended Sciences suggests these aren't primitive versions of our sciences but different sciences entirely, developed for domains we haven't learned to access. They're not wrong; they're extended."

Hypothesis of the Natural Beyond

A speculative hypothesis proposing that what is often termed “the beyond”—the afterlife, other dimensions, spiritual realms—is not supernatural but part of the natural world, albeit a part that our current science hasn’t yet fully accessed. It argues that the beyond is continuous with nature, not outside it; its apparent otherness stems from our limited instruments, not from a fundamental split. This hypothesis opens the possibility of studying the beyond through natural methods, reframing parapsychology, near‑death experiences, and related fields as branches of natural science.
Example: “She rejected the supernatural/supernatural dichotomy; the Hypothesis of the Natural Beyond suggested that consciousness after death might be as natural as consciousness in life—just a part of nature we haven’t mapped.”

Hypothesis of the Material Beyond

A variant of the Hypothesis of the Natural Beyond, specifically asserting that the beyond is not only natural but material—composed of some form of matter or energy, perhaps higher‑dimensional or dark matter‑like. This hypothesis grounds speculation about the afterlife or other realms in materialist ontology, suggesting that they are physical realities awaiting discovery rather than metaphysical mysteries. It has implications for cosmology, physics, and the study of consciousness.
Example: “His research into dark matter was driven by the Hypothesis of the Material Beyond: maybe what we call ‘spirit’ is just matter we haven’t detected yet.”

Hypothesis of Material Survival

The materialist version of survival, proposing that what persists after death is some physical substrate—perhaps quantum information, a pattern in the fabric of spacetime, or an undiscovered energy form. It holds that survival is not transcendence of matter but transformation of matter into a different state. This hypothesis opens scientific inquiry into phenomena like terminal lucidity, reincarnation cases, and mediums without invoking the supernatural.
Example: “He researched reincarnation cases not as folklore but through the Hypothesis of Material Survival—assuming that if information persists, it must do so in a physical way, and therefore should be measurable.”