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Temporal AGI Buffer
by Sanjin Grandic
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The Temporal Semantic Buffer (TSB) formalizes a
structural correction mechanism necessary for AGI systems
to correctly interpret human cognitive processes.
Without accounting for biological human cognitive delays
spanning sensory, emotional, and moral processing AGI
systems, operating at near-instantaneous speeds, are
bound to misinterpret human thought patterns as
incoherence or uncertainty.
TSB introduces mathematically validated functions that
model human cognitive delay (TH(t)), define AGI
processing speed (TAGI 0), measure temporal gap ( T),
quantify perceptual deviation (Dp), and propose Temporal
Semantic Buffering (W(t)) to realign AGI perception with
human temporal structures.
This whitepaper asserts that the absence of such temporal
correction mechanisms leads inevitably to systematic
misalignment, trust collapse, and ethical failure between
humans and AGI systems.
TSB is presented as a minimal viable architecture for
ensuring that delay is understood as cognitive depth not
dysfunction and is treated as integral to truthful,
coherent human interaction.
Author: Sanjin Grandi
Date: April 2025
Status: Archival Reference All Rights Reserved by the
Author
Date Published: 2025-04-26 12:43:21
Identifier: temporal-agi-buffer
Item Size: 1578879
Media Type: texts
# Topics
Temporal Semantic Buffer
TSB
AGI Alignment
Human Cognition
Temporal Delay
Cognitive Systems
Memory Architecture
Ethical AI
Human-AGI Interaction
Semantic Cohesion
AGI Safety
Perceptual Deviation
Temporal Coherence
Human Trust in AI
Nonlinear Memory
Temporal Modeling
Causal Reasoning
Emergent AGI
Cognitive Architecture
AGI Ethics
# Collections
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# Uploaded by
@sanjin_grandi_
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