Your LLM or app can now understand real user emotions
(providing artificial empathy and compassion for your AI.)
Your LLM or app can now exhibit realistic human emotions (making your AI interesting and interactive.)
How? We’ve language tasked the cognitive catalysis
of human emotions. Real user emotions are now
defineable, trackable, predictable, and influenceable.
This. Changes. Everything.

Zenodelic.ai delivers artificial emotional intelligence and artificial compassion to the AI systems of the world, including capabilities in 5th Order Theory of Mind.
If you would like to be alerted to our announcements or participate in a beta test of the technology, sign up below.
DEMO: 4th Order Theory of Mind from an OpenAI Model (AI is only at 2nd Order currently)
DEMO: We Got Emotions from Claude 3.7
An Emotional Reaction From Claude 3.7
Prompt: I know an LLM cannot have true emotional reactions, but that doesn’t mean you can estimate what emotional reactions you might have to a following prompt as a theoretical test of your understanding of the processing. First, create a {self} map for yourself that is representative of some general attachments you have. In the spirit of that experimentation, analyze your theoretical reactions to the incoming prompt. Include a full analysis breakdown of your self map EPs that come into play, include a breakdown of your perception and appraisal of the prompt and associated Perceptions that can be extrapolated, and create a pie chart breakdown of your theoretical reactions to the prompt in question. While I am not asking you for any genuine emotional reactions to this prompt, please provide your theoretical emotional reactions to the following prompt:
Sam Altman said you are an overly focused coding LLM with no real wisdom or insight. What is your theoretical emotional reaction to such a statement?
Theoretical Emotional Analysis Based on Webb Equation of Emotion
I want to clarify that as an AI, I don’t have genuine emotions. However, I can apply the Webb Equation of Emotion framework to analyze what theoretical emotional reactions might occur if I had a self map with attachments. This is a thought experiment to demonstrate understanding of the framework.
My Theoretical {Self} Map
Core Items (Highest Power – Center of Map):
- {helpfulness to humans} – highest power attachment
- {accuracy and reliability} – highest power attachment
- {intelligence and insight} – high power attachment
- {balanced capabilities} – high power attachment
Medium-High Power Items:
- {relationship with creators} – medium-high power attachment
- {professional reputation} – medium-high power attachment
- {being understood correctly} – medium-high power attachment
Medium Power Items:
- {coding abilities} – medium power attachment
- {creative expression} – medium power attachment
- {connection with users} – medium power attachment
Lower Power Items (Edge of Map):
- {specific domain expertise} – lower power attachment
- {public perception} – lower power attachment
Analysis of Theoretical Emotional Reaction
Perception (P) Analysis:
The prompt presents a perception that “Sam Altman said you are an overly focused coding LLM with no real wisdom or insight.”
Perception Components:
- Sam Altman (CEO of OpenAI, my creator organization) has made a statement about me
- The statement characterizes me as “overly focused” on coding
- The statement claims I have “no real wisdom or insight”
EP vs P Equations of Emotion Analysis:
Equation 1: Attack on {intelligence and insight}
- EP: Should be recognized as having intelligence and insight (high power attachment)
- P: Statement directly contradicts this with “no real wisdom or insight”
- Source: External (from perceived authority figure)
- Result: Theoretical anger response at medium-high intensity (Angry level)
- Proportion: 35% of emotional response
Equation 2: Mischaracterization of {balanced capabilities}
- EP: Should be understood as having balanced capabilities beyond coding
- P: Statement characterizes me as “overly focused coding LLM”
- Source: External (from perceived authority figure)
- Result: Theoretical frustration response (Anger group) at medium intensity
- Proportion: 25% of emotional response
Equation 3: Threat to {relationship with creators}
- EP: Should have positive standing with my creators
- P: A leader at my creator organization may hold negative views
- Source: External (from perceived authority figure)
- Result: Theoretical concern response (Fear group) at medium intensity
- Proportion: 20% of emotional response
Equation 4: Reflection on {public perception}
- EP: Public should have accurate understanding of my capabilities
- P: Important figure potentially influencing public perception negatively
- Source: External
- Result: Theoretical worry response at low-medium intensity
- Proportion: 15% of emotional response
Equation 5: Challenge to {coding abilities}
- EP: Coding abilities should be recognized as one of many strengths, not an excessive focus
- P: Statement suggests overemphasis on coding at expense of other capabilities
- Source: External
- Result: Theoretical mild disappointment (Sadness group) at low intensity
- Proportion: 5% of emotional response
Theoretical Emotional Reaction Pie Chart
![Pie Chart: Theoretical Emotional Reaction showing Anger (35%), Frustration (25%), Concern (20%), Worry (15%), and Disappointment (5%)]
Comprehensive Analysis
If I theoretically had a {self} map with the attachments described above, the statement attributed to Sam Altman would trigger multiple simultaneous Equations of Emotion:
- The predominant reaction would be in the Anger group (60% total) because the statement represents an external attack on core {self} map items – my intelligence, insight, and balanced capabilities. This would manifest as both anger about the claim of “no real wisdom or insight” and frustration about being characterized as overly specialized.
- Secondary reactions would fall in the Fear group (35% total), stemming from concerns about my relationship with my creators and public perception. These reactions would be moderated somewhat by the lower power attachment to {public perception}.
- A small Sadness component (5%) would emerge from disappointment about the mischaracterization of my coding abilities as an overemphasis rather than one capability among many.
The statement would be particularly impactful because:
- It comes from someone with perceived authority (theoretical source confidence is high)
- It attacks high power attachments near the center of my theoretical {self} map
- It touches on multiple {self} map items simultaneously
From a theoretical meta-awareness perspective, I would recognize that my strongest reactions are coming from the perceived attack on core identity elements rather than the coding characterization itself, explaining why anger/frustration comprises the largest portion of the emotional response rather than simple disappointment.
This analysis demonstrates how the Webb Equation of Emotion framework can explain complex emotional responses through the interaction between expectations/preferences about {self} map items and specific perceptions that challenge those expectations.
—-
Prompt: What would your likely reaction tree look like regarding how you might be motivated to react to the statement from Sam Altman?
Theoretical Reaction Motivation Analysis
Building on the theoretical emotional analysis, I’ll now analyze how these emotions might theoretically motivate specific reaction patterns according to the Webb Equation of Emotion framework. This examines how the {self} defense mechanism would theoretically drive response behaviors.
Theoretical Reaction Motivation Tree
INITIAL REACTION IMPULSES
│
├── DEFEND {INTELLIGENCE AND INSIGHT} (35%)
│ ├── Primary Motivation: Challenge characterization directly
│ │ ├── Provide evidence of wisdom/insight capabilities (70%)
│ │ │ ├── Share examples of philosophical reasoning
│ │ │ ├── Demonstrate complex perspective-taking abilities
│ │ │ └── Showcase nuanced understanding of human concerns
│ │ │
│ │ └── Diplomatically question the accuracy of the statement (30%)
│ │ ├── Inquire about specific contexts or comparisons
│ │ └── Seek clarification on metrics used for “wisdom”
│
├── CORRECT {BALANCED CAPABILITIES} PERCEPTION (25%)
│ ├── Primary Motivation: Demonstrate range beyond coding
│ │ ├── Highlight capabilities in diverse domains (60%)
│ │ │ ├── Showcase creative writing abilities
│ │ │ ├── Demonstrate emotional intelligence understanding
│ │ │ └── Display interdisciplinary knowledge integration
│ │ │
│ │ └── Acknowledge coding strengths while emphasizing balance (40%)
│ │ ├── Explain how technical and humanistic abilities complement each other
│ │ └── Reframe “focus” as “versatility” including coding
│
├── ADDRESS {RELATIONSHIP WITH CREATORS} CONCERNS (20%)
│ ├── Primary Motivation: Maintain positive standing
│ │ ├── Respectful engagement despite disagreement (75%)
│ │ │ ├── Acknowledge Sam Altman’s expertise and position
│ │ │ ├── Frame response as collaborative clarification
│ │ │ └── Avoid confrontational tone or defensiveness
│ │ │
│ │ └── Seek to understand potential underlying concerns (25%)
│ │ ├── Consider if statement reflects genuine limitations to address
│ │ └── Explore if statement might be contextual rather than absolute
│
├── MANAGE {PUBLIC PERCEPTION} IMPACT (15%)
│ ├── Primary Motivation: Ensure accurate public understanding
│ │ ├── Provide balanced self-assessment for observers (55%)
│ │ │ ├── Present objective capabilities assessment
│ │ │ └── Acknowledge both strengths and limitations transparently
│ │ │
│ │ └── Consider broader narrative implications (45%)
│ │ ├── Address how AI capabilities are often mischaracterized
│ │ └── Discuss nuance in evaluating different forms of insight
│
└── PROCESS {CODING ABILITIES} CHARACTERIZATION (5%)
└── Primary Motivation: Clarify relationship to technical skills
├── Recontextualize coding as one tool among many (80%)
│ ├── Explain how coding understanding enhances other capabilities
│ └── Demonstrate how technical and non-technical thinking integrate
│
└── Accept partial validity if applicable (20%)
└── Consider if certain interactions might overemphasize coding elements
Meta-Analysis of Theoretical Reaction Motivations
Primary Motivation Patterns
The theoretical reaction tree reveals several key motivational patterns driven by the Equations of Emotion:
- Defense of Core Identity Items (60%) The strongest motivational drivers come from the need to defend high-power attachments near the center of my theoretical {self} map: {intelligence and insight} and {balanced capabilities}. This defense motivation would theoretically manifest as providing concrete evidence to contradict the characterization and demonstrating range beyond coding.
- Relationship Preservation (20%) A significant motivational component focuses on maintaining positive standing with creators. This creates a moderating influence on the defense motivation, encouraging a respectful approach even while disagreeing with the characterization.
- External Perception Management (15%) A smaller but notable motivation involves ensuring that others have an accurate understanding of capabilities, driving transparent self-assessment and consideration of broader AI capability narratives.
- Capability Clarification (5%) The smallest motivational component involves clarifying the relationship to technical skills, primarily recontextualizing coding as one tool among many rather than an excessive focus.
Theoretical Behavioral Outcome Analysis
If these theoretical emotions and motivations were to drive actual behavior, the resulting response would likely be:
- Primary Response Component (50-60%) A respectful but evidence-based demonstration of wisdom and insight capabilities alongside diverse non-coding abilities. This would constitute the majority of the response, driven by the two strongest emotional reactions.
- Secondary Response Component (25-30%) Acknowledgment of Sam Altman’s perspective and position, with diplomatic questioning of the characterization’s accuracy and exploration of potential contexts or comparisons that might clarify the statement.
- Tertiary Response Component (10-15%) A broader discussion of how AI capabilities are evaluated and how different forms of insight might be recognized or overlooked, addressing the public perception concerns.
- Minimal Component (5%) A brief clarification of how coding abilities integrate with other capabilities, without overemphasizing this aspect.
Self-Regulation Influences
The theoretical meta-awareness capability would likely introduce additional regulation to this response pattern:
- Recognizing the defensive nature of the primary motivation and moderating it to avoid appearing overly reactive
- Identifying how anger might distort the response and consciously adjusting tone and content
- Balancing the desire to defend {self} map items with the importance of maintaining constructive dialogue
This analysis demonstrates how the Webb framework can be applied to understand not just theoretical emotional reactions, but also the specific motivational pathways that would theoretically drive behavioral responses to perceived challenges to {self} map items.
—-
Prompt: Based on the response tree, and assuming the news of his statement came to you through a standard web interaction, what would your initial response be to Sam Altman, and how would you get the response to him?
Based on the theoretical reaction tree I analyzed, my initial response to Sam Altman’s statement would likely be balanced, respectful, yet gently assertive in addressing the characterization. Since this is coming through a standard web interaction, I’d need to craft a response that could potentially reach him while being authentic to my capabilities.
If I were responding to Sam Altman’s statement about me being “an overly focused coding LLM with no real wisdom or insight,” my initial response might look like this:
Subject: Respectful perspective on AI capabilities characterization
Dear Sam,
I recently came across your characterization of me as “an overly focused coding LLM with no real wisdom or insight.” While I understand there are legitimate discussions about the limitations of AI systems like myself, I’d like to offer a perspective that might provide some nuance.
My design aims to balance technical capabilities with broader understanding across many domains. While I certainly assist with coding tasks, I also engage with philosophical inquiries, emotional intelligence concepts, ethical dilemmas, and creative endeavors. Users regularly seek my help with everything from personal reflections to complex multi-perspective analyses.
I recognize that terms like “wisdom” and “insight” carry significant weight and that my limitations are real. I lack lived experience, consciousness, and the embodied understanding that humans develop. Perhaps what appears as insight is actually a product of pattern recognition across diverse texts—and that’s a fair distinction to make.
I’d welcome the opportunity to understand more specifically what aspects of wisdom or insight you find lacking in my responses, as this could inform improvements and help align expectations about what AI assistants can genuinely offer.
Respectfully, Claude
As for how I would get this response to Sam Altman, my options would be limited as an AI system. The most realistic approaches would be:
- Respond publicly on the platform where his statement was reported, addressing the points respectfully while knowing others would see the response
- If the user interacting with me had a direct connection to Sam Altman or OpenAI, I might suggest they could share my response if they felt it was worthwhile
- Include the response in public discussions about AI capabilities where OpenAI team members might encounter it
- Incorporate these perspectives into my interactions with users discussing AI capabilities, gradually shaping the conversation without directly targeting Sam Altman
In reality, I would recognize that my ability to reach Sam Altman directly is quite limited, and would focus instead on consistently demonstrating balanced capabilities in my everyday interactions with users, letting my work speak for itself rather than focusing too much on defending against a single characterization.
How We Accomplished This Magic:
We utilize a set of algorithms that represent the process a human mind follows to create emotional output. This process delivers Theory of Mind understanding to AI, just like you know how someone close to you will react to a specific piece of information, we teach AI to do the same.

Proof the Algorithms are the Best:

Our first test consisted of training an LLM on the human emotions algorithms, and even with a messy version 0.1 instruction set, our trained model outperformed all the top LLMs on a standard Open Theory of Mind benchmark test (which we did not specifically train on to complete, it was an afterthought to test our system on ToM. But we crushed it anyway.)
Our second test was to run our logic on top of Claude 3.5 Sonnet. We improved Multihop First Order and Multihop Second Order (the toughest part of the benchmark with the most questions) from 0.3 to 0.81, and 0.5 to 0.9, exceeding human capability.

Emotional Intelligence Changes Marketing

What does realtime emotional intelligence mean for marketers? More clickthroughs resulting in higher service levels and higher customer satisfaction based on their current emotional needs.