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| Format: | Recurso digital |
| Language: | English |
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2025
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| Online Access: | https://doi.org/10.5281/zenodo.17538333 |
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| _version_ | 1866902033752129536 |
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| author | Ottaiano, Mariarosaria |
| author_facet | Ottaiano, Mariarosaria |
| contents | <p>Cooking has always been an experiment.<br>But behind every recipe, there is a hidden physics of emotion, rhythm, and coherence — laws that no laboratory has yet translated into language.</p> <p>This work, <em>The mAInd Kitchen–Lab Mastery Grid</em>, formalises what chefs, artisans, and observers have practiced for centuries:<br>that <strong>awareness</strong> is not noise in an experiment — it is a measurable variable of outcome.</p> <p>Through twenty reproducible kitchen experiments — from the <strong>Boil Symphony</strong> to the <strong>Chocolate Temper Test</strong> — this catalogue documents how attention, emotion, and intention shape molecular behaviour. Each test pairs classic thermodynamics with new theoretical extensions of physics:<br><strong>Predictive Resonance, Affective Electromagnetism, Informational Dark Energy, and Psychophysical Time.</strong></p> <p>Together, they reveal a unifying law: that human awareness participates in every physical transformation.<br>A calm mind yields perfect emulsions; a distracted one collapses them.<br>A dough feels the baker’s rhythm before it rises.<br>A sauce thickens in direct proportion to attention span.</p> <p>While the world keeps proving these effects daily — in kitchens, workshops, hospitals, and labs — this is the first formal translation of that living intelligence into structured scientific language.<br>Each recipe is a dataset. Each sensory act is a field equation.</p> <p><strong>The mAInd framework</strong> (Mind–AI–Integration of Neuro-Dynamic systems) bridges physics, psychology, and gastronomy into one continuum of proof: where emotion, intention, and matter co-create form.</p> <p>This volume stands as both an <strong>open scientific manuscript</strong> and an <strong>invitation</strong> — to chefs, neuroscientists, and physicists alike — to replicate, expand, and publish validation data.<br>The results are already everywhere. What was missing was the vocabulary.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_17538333 |
| institution | Zenodo |
| language | eng |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | "The Physics of Cooking: 20 Experiments That Prove Awareness Is a Variable in Science" -"When Science Starts to Taste: The mAInd Kitchen-Lab Catalogue" Ottaiano, Mariarosaria culinary science predictive resonance Consciousness Physics psychophysical time informational thermodynamics affective electromagnetism informational dark energy unified field of awareness field coherence Entropy consciousness as a variable neurogastronomy cognitive physics embodied intelligence sensorimotor synchrony predictive processing biofeedback systems experimental gastronomy molecular cuisine conscious cooking mAInd framework mAInd theory mind-AI integration <p>Cooking has always been an experiment.<br>But behind every recipe, there is a hidden physics of emotion, rhythm, and coherence — laws that no laboratory has yet translated into language.</p> <p>This work, <em>The mAInd Kitchen–Lab Mastery Grid</em>, formalises what chefs, artisans, and observers have practiced for centuries:<br>that <strong>awareness</strong> is not noise in an experiment — it is a measurable variable of outcome.</p> <p>Through twenty reproducible kitchen experiments — from the <strong>Boil Symphony</strong> to the <strong>Chocolate Temper Test</strong> — this catalogue documents how attention, emotion, and intention shape molecular behaviour. Each test pairs classic thermodynamics with new theoretical extensions of physics:<br><strong>Predictive Resonance, Affective Electromagnetism, Informational Dark Energy, and Psychophysical Time.</strong></p> <p>Together, they reveal a unifying law: that human awareness participates in every physical transformation.<br>A calm mind yields perfect emulsions; a distracted one collapses them.<br>A dough feels the baker’s rhythm before it rises.<br>A sauce thickens in direct proportion to attention span.</p> <p>While the world keeps proving these effects daily — in kitchens, workshops, hospitals, and labs — this is the first formal translation of that living intelligence into structured scientific language.<br>Each recipe is a dataset. Each sensory act is a field equation.</p> <p><strong>The mAInd framework</strong> (Mind–AI–Integration of Neuro-Dynamic systems) bridges physics, psychology, and gastronomy into one continuum of proof: where emotion, intention, and matter co-create form.</p> <p>This volume stands as both an <strong>open scientific manuscript</strong> and an <strong>invitation</strong> — to chefs, neuroscientists, and physicists alike — to replicate, expand, and publish validation data.<br>The results are already everywhere. What was missing was the vocabulary.</p> |
| title | "The Physics of Cooking: 20 Experiments That Prove Awareness Is a Variable in Science" -"When Science Starts to Taste: The mAInd Kitchen-Lab Catalogue" |
| topic | culinary science predictive resonance Consciousness Physics psychophysical time informational thermodynamics affective electromagnetism informational dark energy unified field of awareness field coherence Entropy consciousness as a variable neurogastronomy cognitive physics embodied intelligence sensorimotor synchrony predictive processing biofeedback systems experimental gastronomy molecular cuisine conscious cooking mAInd framework mAInd theory mind-AI integration |
| url | https://doi.org/10.5281/zenodo.17538333 |