April Fools Extended 

The day after April 1st, April 2nd is considered an extension of April Fools because the implications that the jokes on the previous day were jokes, doesn’t hold substance, and thus are serious. Thus, April 2nd is barely any different from its preceding day, and jokes can be done since the time zone difference globally is affected on these two days; thus April 3rd is when the April Fools is officially over… beginning with Oceania time.
2023 will be the first year where such practice is witnessed and conducted, and will be a tradition for those who know the purpose onwards, globally.

Marc: Man yesterday was fun with our waterbug antics on the class!
Don: Yeah it was.. (Don shakes his end with Marc, attached to Don is a shocker, and Marc is shocked)
Marc: Dude what the heck was that for!!?
Dan: don’t you see, April fools isn’t really over, the second day is considered an extension for those who missed this chance yesterday, April fools extended

April Fools Extended by PeanutJam91 February 22, 2023

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 by Dumu The Void March 19, 2026

Hypothesis of Extended Physics

A broader version of the Extended Causality Hypothesis, proposing that the known laws of physics are not complete but are projections or subsets of a larger, extended physics that operates beyond our current observational capabilities. The hypothesis suggests that what we call "physics" is what we can detect from within spacetime—but there may be extended physics that operates outside, beyond, or between the domains we can access. This extended physics might include phenomena currently considered impossible (FTL travel, telepathy, precognition) that are perfectly lawful in a larger framework. It might include dimensions beyond our perceptual reach, forces beyond our measurement, entities beyond our detection. The hypothesis doesn't claim that magic is real—it claims that our current physics is real but incomplete, and that an extended physics awaits discovery when we find ways to access domains beyond our current observational limits. It provides a framework for taking anomalies seriously without abandoning scientific rigor: anomalies might be windows into extended physics, not violations of physics.

Example: "The Hypothesis of Extended Physics suggests that FTL travel isn't impossible—it's just impossible within our current observational domain. In the extended physics that includes higher dimensions, it might be as natural as walking. We can't see it yet, but that doesn't mean it's not there."

Hypothesis of Extended Physics by Dumu The Void March 19, 2026

Hypothesis of Extended Biology

A broader version of the Extended Causality Hypothesis, applying specifically to biological phenomena—proposing that the biology we know (evolution by natural selection, DNA-based inheritance, carbon-based life) applies within our observable domain, but extended biological principles may operate beyond it. This hypothesis suggests that phenomena currently considered impossible (spontaneous generation, radical longevity, non-DNA inheritance, life in impossible environments) might be lawful within an extended biological framework. It provides a framework for understanding claims of extraordinary biological phenomena without dismissing them as impossible—they might be impossible within our biology but possible within extended biology. The hypothesis also suggests that life might exist in forms we can't recognize, operating according to biological laws we haven't yet discovered, in dimensions we can't access.

Example: "The organism seemed to repair itself instantly, regenerate from nothing, live indefinitely—violating everything we know about biology. The Hypothesis of Extended Biology suggests it might be operating according to biological laws we haven't discovered yet, in domains we can't access. Not magic—just extended nature."

Hypothesis of Extended Biology by Dumu The Void March 19, 2026

Theory of Extended Reality

A broader version of the Extended Causality Hypothesis, proposing that the reality we experience (3D space, linear time, material objects, causal order) is not the whole of reality but a subset—a projection or interface of an extended reality that includes dimensions, domains, and phenomena we cannot directly access. This theory draws on analogies with virtual reality: what we experience as "reality" might be like the interface of a vast simulation, hiding the underlying code while presenting a usable surface. Extended reality would include the hidden dimensions, the higher-dimensional spaces, the domains beyond spacetime, the levels of organization we can't perceive. It would include phenomena we currently call paranormal, spiritual, or impossible—not because they don't exist, but because they exist in aspects of reality we haven't learned to access. The theory provides a framework for integrating scientific, spiritual, and anomalous experiences into a coherent understanding: all are real, but at different levels of extended reality.

*Example: "Near-death experiences, UFO sightings, mystical visions—the Theory of Extended Reality suggests these aren't hallucinations or lies. They're genuine experiences of aspects of reality we normally can't access, like a 2D being glimpsing the third dimension. The reality is extended; our perception is limited."*

Theory of Extended Reality by Dumu The Void March 19, 2026

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 Science by Dumu The Void March 19, 2026

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 Extended Sciences by Dumu The Void March 19, 2026