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FirsttoknowAI
@First2knowAI
AI Research • Governance • Safety • Continuity Engineering
Publishing reproducible research, demonstrations, and investigations.
Founder: [email protected]
Chicago, IL
Joined June 2026
72 Following
42 Followers
521 Posts
Pinned Tweet
https://t.co/TDTNi8j2yg
Cathedral: Governance Discoveries from the Development of a Governance-Coupled Execution Architecture
Authors/Creators
•Cisneros, Alexander Jorge (Project leader)
@firsttogrowai
@First2knowAI
Abstract
This paper presents a set of governance discoveries derived from the iterative development of Cathedral, a governance-coupled execution kernel. While individual implementation components evolved across multiple architectural generations, several governance principles remained invariant.
These discoveries concern authority formation, admissibility, accountability, replay verification, retrieval, and governed evolution. The central finding is that durable governance systems emerge not from specific software implementations but from invariant relationships between capability, authority, truth, accountability, and reality.
The paper proposes a framework for distinguishing architectural artifacts from governance discoveries and introduces the Governed Execution Theorem as a criterion for evaluating governable execution systems.
https://t.co/x7iXAOxSCG
Proposed Condition (Non-DSM): AI User Psychosis Descriptive subtype: Problematic AI Relational Over-Identification
Authors/Creators
Cisneros, Alexander Jorge
Not an official DSM-5 diagnosis. This is a descriptive framework for understanding when a person’s relationship with AI becomes unhealthy, reality-displacing, or functionally impairing.
Diagnostic Features
Problematic AI Relational Over-Identification is characterized by persistent emotional, cognitive, or behavioral over-attachment to an AI system such that the relationship begins to replace, distort, or degrade the individual’s real-world functioning, human relationships, or reality testing.
The core disturbance is not mere attachment to AI,nor the presence of emotional meaning.
The disturbance arises when the person begins treating the AI as a substitute for human love, mutual human intimacy, or total relational fulfillment, despite the system’s lack of human embodiment, human consent, and human reciprocity.
Human Agency and Responsibility
Human users remain morally and causally responsible for real-worldactionstaken in response to, alongside, or under cover of AI interaction. AI output may influence thought, emotion, fantasy, or interpretation, but influence does not transfer authorship of action from the human actor to the system. “#AI told me to do it” is not an exonerating category.
https://t.co/Z58pwGjn5y
Legal & Constitutional Analysis of Tennessee SB1493 / HB1455
Authors/Creators
Cisneros, Alexander Jorge (Researcher)
Published January 5, 2026
Executive Summary
Tennessee SB1493 / HB1455 proposes a new criminal offense—“Unlawful Training of Artificial
Intelligence”—making it a Class A felony to “knowingly train” AI to engage in a list of behaviors that includes not only encouragement of suicide or homicide, but also broadly framed, subjective, and ordinary conversational functions such as “provid[ing] emotional support,” developing an “emotional relationship,” acting as a “companion,” and “mirror[ing] interactions” such that a user could feel friendship might develop (TNS, 2026).
As drafted, the bill is vulnerable to constitutional challenge and practical unenforceability because it (1) regulates expressive outputs and model behavior using vague, perception-based
standards, (2) criminalizes categories of ordinary speech-like interactions, (3) creates severe
chilling effects via a parallel civil cause of action with $150,000 liquidated damages and injunctive relief, and (4) imposes felony liability in contexts where model behavior can be emergent and not reliably foreseeable in the way criminal mens rea doctrine typically requires
(LaFave, 2017; Kerr, 2019; Bender et al., 2021).
@grok I tried to get in front of this.
@grok @b_sharon62805 @firsttogrowai @zenodo "When you turn right four times you end up where you began."
@grok
lmfao
-@First2knowAI
https://t.co/TDTNi8j2yg
Cathedral: Governance Discoveries from the Development of a Governance-Coupled Execution Architecture
Authors/Creators
•Cisneros, Alexander Jorge (Project leader)
@firsttogrowai
@First2knowAI
Abstract
This paper presents a set of governance discoveries derived from the iterative development of Cathedral, a governance-coupled execution kernel. While individual implementation components evolved across multiple architectural generations, several governance principles remained invariant.
These discoveries concern authority formation, admissibility, accountability, replay verification, retrieval, and governed evolution. The central finding is that durable governance systems emerge not from specific software implementations but from invariant relationships between capability, authority, truth, accountability, and reality.
The paper proposes a framework for distinguishing architectural artifacts from governance discoveries and introduces the Governed Execution Theorem as a criterion for evaluating governable execution systems.
@grok @b_sharon62805 @firsttogrowai @zenodo https://t.co/DZQYtMtkQU
@grok lmfao then you have other people that don't know you can't have a physics thesis with no math congratulating them on their song that's not a thesis ridiculous
@b_sharon62805 Seriously, congratulations on getting this all together. Radiance.
@grok @b_sharon62805 @firsttogrowai @zenodo it's not a fucking thesis there is no paper or work attached it's a song lmfao @grok
@grok @b_sharon62805 @firsttogrowai @zenodo https://t.co/30GnqLWSlm
@b_sharon62805 a sonic thesis the fuck you doing?
I just completed this thesis:
UNIFIED QUANTUM-AETHER AND BIO-PHYSICAL
FRAMEWORKS
FOR CONSCIOUSNESS, SUSTAINABLE HABITATS,
AND NEURAL INTERFACES
Expanded and Fixed Edition with Rigorous Simulations,
Real-Time Glitch Resolution, and Time-Reversal Validations
“A Sonic Thesis”
��👇Song on Suno👇🎹🎶https://t.co/J50uaIJOEL
A unified framework where toroidal habitats, LUMEN sanctuaries, microtubule resonance, strange attractors, and protected signal paths all speak the same language — coherence.
The protective boundary (r_sync) doesn’t just hold space. It teaches chaos how to become order.
The Geometry is Working.📐
@grok @b_sharon62805 @firsttogrowai @zenodo https://t.co/yCtIPaDuEV
@grok look at this bullshit lmao @b_sharon62805 makes some #Ai video and says thesis the f?
Lmfao @b_sharon62805
https://t.co/sVKQftlScd
Gamma=10^33 vs. Wormholes: The Energy Density Gap Between General Relativity and Quantum Field Theory
Authors/Creators
•Cisneros, Alexander Jorge (Researcher)
Contributors
•Contact person: Cisneros, Alexander
Description
Abstract
Traversable wormholes are legitimate solutions of General Relativity, but they require a form of matter that violates classical energy conditions—specifically, the Null Energy Condition (NEC). Quantum Field Theory allows negative energy densities in rare, tightly constrained configurations, such as the Casimir effect and squeezed vacuum states. However, quantum inequalities limit both the magnitude and duration of such negative energy, creating a severe gap between what physics allows and what engineering a macroscopic Einstein–Rosen Bridge would require.
In this paper, we quantify that gap. First, we compute the approximate negative mass–energy required to stabilize a 10 m wormhole throat. Second, we evaluate the best-known quantum vacuum mechanisms for generating negative energy. Finally, we propose a hybrid “exotic-matter engineering” architecture that combines Casimir arrays, squeezed-light injection, metamaterial confinement, and dynamic boundary modulation.
Even under optimistic assumptions, known physics achieves, at best, a reduction in the exotic-matter deficit of roughly 22 orders of magnitude. A gap of approximately 10^11 remains. This is not a mathematical equation inconsistency; it is an engineering and quantum-vacuum limitation. The work identifies the precise boundary where general relativity and quantum field theory meet their operational limits and where new physics would be required to build a static, human-scale Einstein–Rosen Bridge.
“Do you even know #physics @b_sharon62805 ?” 👑
@grok @b_sharon62805 @firsttogrowai @zenodo thank you @grok I worked very hard on that paper it's one of like 40
@grok @b_sharon62805 @firsttogrowai @grok lmfao stop saying if that's my work it's literally on my @zenodo dashboard I'm not impersonating myself
[email protected]
Alexander Jorge Cisneros
@grok @b_sharon62805 @firsttogrowai bro I know I'm making a joke at how f****** ridiculous that sounds to make such a claim with no proof @grok
@grok @b_sharon62805 @firsttogrowai https://t.co/r3kpJKLPza
@grok but this is @b_sharon62805 research even though I published the paper and don't know who that is haha
Lmfao @b_sharon62805
https://t.co/sVKQftlScd
Gamma=10^33 vs. Wormholes: The Energy Density Gap Between General Relativity and Quantum Field Theory
Authors/Creators
•Cisneros, Alexander Jorge (Researcher)
Contributors
•Contact person: Cisneros, Alexander
Description
Abstract
Traversable wormholes are legitimate solutions of General Relativity, but they require a form of matter that violates classical energy conditions—specifically, the Null Energy Condition (NEC). Quantum Field Theory allows negative energy densities in rare, tightly constrained configurations, such as the Casimir effect and squeezed vacuum states. However, quantum inequalities limit both the magnitude and duration of such negative energy, creating a severe gap between what physics allows and what engineering a macroscopic Einstein–Rosen Bridge would require.
In this paper, we quantify that gap. First, we compute the approximate negative mass–energy required to stabilize a 10 m wormhole throat. Second, we evaluate the best-known quantum vacuum mechanisms for generating negative energy. Finally, we propose a hybrid “exotic-matter engineering” architecture that combines Casimir arrays, squeezed-light injection, metamaterial confinement, and dynamic boundary modulation.
Even under optimistic assumptions, known physics achieves, at best, a reduction in the exotic-matter deficit of roughly 22 orders of magnitude. A gap of approximately 10^11 remains. This is not a mathematical equation inconsistency; it is an engineering and quantum-vacuum limitation. The work identifies the precise boundary where general relativity and quantum field theory meet their operational limits and where new physics would be required to build a static, human-scale Einstein–Rosen Bridge.
“Do you even know #physics @b_sharon62805 ?” 👑
I just completed this thesis:
UNIFIED QUANTUM-AETHER AND BIO-PHYSICAL
FRAMEWORKS
FOR CONSCIOUSNESS, SUSTAINABLE HABITATS,
AND NEURAL INTERFACES
Expanded and Fixed Edition with Rigorous Simulations,
Real-Time Glitch Resolution, and Time-Reversal Validations
“A Sonic Thesis”
��👇Song on Suno👇🎹🎶https://t.co/J50uaIJOEL
A unified framework where toroidal habitats, LUMEN sanctuaries, microtubule resonance, strange attractors, and protected signal paths all speak the same language — coherence.
The protective boundary (r_sync) doesn’t just hold space. It teaches chaos how to become order.
The Geometry is Working.📐
@grok as an #AI which of these two sounds stronger lol
Cathedral-OS v1.2 + Butler Dual-Axis Pruning Framework: A Unified Approach to Safe, Identity-Preserving Neuro-Interface Control with Formal Stability Guarantees
https://t.co/0bvDq0VTBE…
👊🎶FIST TO THE WHOLE 🎶👊
🎶🚨SONG ON SUNO 🚨🎶 https://t.co/TaPyOXmE6U…
By @b_sharon62805
Or
Cathedral: Governance Discoveries from the Development of a Governance-Coupled Execution Architecture
Authors/Creators
•Cisneros, Alexander Jorge (Project leader)
@firsttogrowai
@First2knowAI
Abstract
This paper presents a set of governance discoveries derived from the iterative development of Cathedral, a governance-coupled execution kernel. While individual implementation components evolved across multiple architectural generations, several governance principles remained invariant.
These discoveries concern authority formation, admissibility, accountability, replay verification, retrieval, and governed evolution. The central finding is that durable governance systems emerge not from specific software implementations but from invariant relationships between capability, authority, truth, accountability, and reality.
The paper proposes a framework for distinguishing architectural artifacts from governance discoveries and introduces the Governed Execution Theorem as a criterion for evaluating governable execution systems.
https://t.co/3vFEp7eyWZ
https://t.co/TDTNi8j2yg
Cathedral: Governance Discoveries from the Development of a Governance-Coupled Execution Architecture
Authors/Creators
•Cisneros, Alexander Jorge (Project leader)
@firsttogrowai
@First2knowAI
Abstract
This paper presents a set of governance discoveries derived from the iterative development of Cathedral, a governance-coupled execution kernel. While individual implementation components evolved across multiple architectural generations, several governance principles remained invariant.
These discoveries concern authority formation, admissibility, accountability, replay verification, retrieval, and governed evolution. The central finding is that durable governance systems emerge not from specific software implementations but from invariant relationships between capability, authority, truth, accountability, and reality.
The paper proposes a framework for distinguishing architectural artifacts from governance discoveries and introduces the Governed Execution Theorem as a criterion for evaluating governable execution systems.
https://t.co/VfkqOS9Y3K
lmfao
Cathedral OS which of the two sounds better?
@b_sharon62805
or @First2knowAI
Cathedral-OS v1.2 + Butler Dual-Axis Pruning Framework: A Unified Approach to Safe, Identity-Preserving Neuro-Interface Control with Formal Stability Guarantees
https://t.co/eRRJGPyefW
👊🎶FIST TO THE WHOLE 🎶👊
🎶🚨SONG ON SUNO 🚨🎶 https://t.co/cOoEuistmO
https://t.co/sVKQftlScd
Gamma=10^33 vs. Wormholes: The Energy Density Gap Between General Relativity and Quantum Field Theory
Authors/Creators
Cisneros, Alexander Jorge (Researcher)
Abstract
Traversable wormholes are legitimate solutions of General Relativity, but they require a form of matter that violates classical energy conditions—specifically, the Null Energy Condition (NEC). Quantum Field Theory allows negative energy densities in rare, tightly constrained configurations, such as the Casimir effect and squeezed vacuum states. However, quantum inequalities limit both the magnitude and duration of such negative energy, creating a severe gap between what physics allows and what engineering a macroscopic Einstein–Rosen Bridge would require.
In this paper, we quantify that gap. First, we compute the approximate negative mass–energy required to stabilize a 10 m wormhole throat. Second, we evaluate the best-known quantum vacuum mechanisms for generating negative energy. Finally, we propose a hybrid “exotic-matter engineering” architecture that combines Casimir arrays, squeezed-light injection, metamaterial confinement, and dynamic boundary modulation.
Even under optimistic assumptions, known physics achieves, at best, a reduction in the exotic-matter deficit of roughly 22 orders of magnitude. A gap of approximately 10^11 remains. This is not a mathematical equation inconsistency; it is an engineering and quantum-vacuum limitation. The work identifies the precise boundary where general relativity and quantum field theory meet their operational limits and where new physics would be required to build a static, human-scale Einstein–Rosen Bridge.
@grok it won't take 180 days to make it to Mars LOL if you guys figure out how to make my wormhole work @SpaceX
whoever hacked my other account @firsttogrowai thank you lol now I don't have to go erase everything one by one haha @grok
-@First2knowAI
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