HeyJaredAashna Godha
I write about physics and frameworks for reality If you're curious about reality and how the universe works, you'll fit in here.🧬 I also have a finished manuscript for my first Science Fiction book, looking for publishers and agents
- Indexed issues, last 90 days
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- Sep 18, 2026
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- Jul 12, 2026
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Research with LLMs: The Problem Between Evidence and Interpretation (opens the original)
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We tend to imagine AI mistakes in a fairly simple way. The model does not know something, so it makes something up. A nonexistent paper. A fabricated citation. A statistic that was never reported. A study that does not exist. We call this hallucination.But there is another kind of failure that I find much more interesting, and potentially much more consequential, for people using AI as a research assistant.What happens when the evidence is actually there?The relevant evidence can be present in t
Constraint-Resolved Reality: From Constraint Propagation to Accessible Distinctions and Adaptive Reconfiguration (opens the original)
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Reconstructing CRR and Mapping Wobble Theory from Open-System Physics, Information Theory, and Adaptive SystemsAashna GodhaIndependent Researcher | Frameworks of Adaptive Systems2026AbstractPhysical systems do not interact with their environments through an abstract state space. They interact through physical propagation, coupling, transformation, dissipation, measurement, recording, and adaptive processes that determine which distinctions between physical states remain operationally available t
Adversarial Identification of Accumulated Mismatch, Observer Accessibility, and Generic History in Constraint-Resolved Reality and Mapping Wobble Theory (opens the original)
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A Computational Falsification and Mechanism-Identification StudyAashna GodhaIndependent Researcher2026AbstractConstraint-Resolved Reality (CRR) and Mapping Wobble Theory (MWT) propose that adaptive systems operate under dynamically changing constraints and that the stability of an observer depends on its ability to track the effective constraint structure presented to it. CRR describes a distinction between a broader physical configuration space and the subset accessible to a bounded observer. M
From Quantum Possibility to Accessible Reality: (opens the original)
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Aashna GodhaIndependent Researcher | Frameworks of Adaptive Systems2026AbstractThe relationship between quantum possibility, physical interaction, and experienced reality remains one of the deepest conceptual problems in modern physics. Quantum theory provides a highly successful formalism for predicting measurement outcomes, yet the transition from a distributed quantum state to a particular recorded outcome continues to support multiple competing interpretations. Decoherence provides an establ
Before Time Travel: What If There Is No Timeline? (opens the original)
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Aashna GodhaIndependent ResearcherORCID: 0009-0004-3760-3662AbstractTime is ordinarily represented as a universal ordering of events: a past precedes a present, a present precedes a future, and physical systems evolve along a continuous temporal axis. This representation is so deeply embedded in physical reasoning that hypothetical time travel is usually defined as movement through this pre-existing structure. A traveller moves from one temporal coordinate to another, and paradoxes arise when an
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