Mass as an Emergent Property of Spacetime
Authors/Creators
Description
Mass has historically been considered an intrinsic property of matter. However, modern theories suggest that it may emerge from more fundamental principles, such as quantum gravity and the thermodynamics of spacetime. Lucy's formula introduces a relationship that links mass to the fundamental parameters: energy, temperature and gravitational entropy thanks to the dielectric constant of the vacuum.
Abstract (Italian)
La massa è stata storicamente considerata una proprietà intrinseca della materia. Tuttavia, le teorie moderne suggeriscono che potrebbe emergere da principi più fondamentali, come la gravità quantistica e la termodinamica dello spaziotempo. La formula di Lucy introduce una relazione che collega la massa ai parametri fondamentali: energia, temperatura ed entropia gravitazionale grazie alla costante dielettrica del vuoto.
Abstract (German)
Masse galt historisch als intrinsische Eigenschaft der Materie. Moderne Theorien legen jedoch nahe, dass sie auf fundamentaleren Prinzipien wie der Quantengravitation und der Thermodynamik der Raumzeit beruhen könnte. Lucys Formel führt eine Beziehung ein, die Masse mit den fundamentalen Parametern Energie, Temperatur und Gravitationsentropie verknüpft – dank der Dielektrizitätskonstante des Vakuums.
Abstract (Spanish)
Históricamente, la masa se ha considerado una propiedad intrínseca de la materia. Sin embargo, las teorías modernas sugieren que podría surgir de principios más fundamentales, como la gravedad cuántica y la termodinámica del espacio-tiempo. La fórmula de Lucy introduce una relación que vincula la masa con los parámetros fundamentales: energía, temperatura y entropía gravitacional, gracias a la constante dieléctrica del vacío.
Abstract (French)
La masse a toujours été considérée comme une propriété intrinsèque de la matière. Cependant, les théories modernes suggèrent qu'elle pourrait découler de principes plus fondamentaux, tels que la gravité quantique et la thermodynamique de l'espace-temps. La formule de Lucy introduit une relation reliant la masse aux paramètres fondamentaux : l'énergie, la température et l'entropie gravitationnelle grâce à la constante diélectrique du vide.
Files
CURCI_2025_LUCY_FORMULA.pdf
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Additional details
Additional titles
- Translated title (Italian)
- La massa come proprietà emergente dello spaziotempo
- Translated title (German)
- Masse als emergente Eigenschaft der Raumzeit
- Translated title (Spanish)
- La masa como propiedad emergente del espacio-tiempo
- Translated title (French)
- La masse comme propriété émergente de l'espace-temps
Dates
- Available
-
2025-03-16The Lucy Formula: Mass as an Emergent Property of Spacetime
References
- The datasets used in this study have been obtained from publicly available sources and/or theoretical calculations based on established physical principles. Any external data referenced in this work remain the intellectual property of their respective authors, and their use here is strictly for scientific and educational purposes. While every effort has been made to ensure the accuracy and reliability of the data used in this study, no guarantees can be made regarding their absolute correctness. Users of this research are encouraged to verify the original sources when applicable. If any proprietary or restricted-access datasets were inadvertently included, please contact the author to address any necessary revisions.
- I welcome feedback from researchers, physicists, and scholars interested in exploring the implications of the Lucy Formula. Constructive discussions and critical insights are essential to refining this model and assessing its viability within the broader framework of theoretical physics. Furthermore, I am open to collaborations with scientists who wish to contribute to the development, validation, and potential publication of this work in peer-reviewed journals. Any researchers interested in supporting or expanding on this idea are encouraged to reach out. For discussions, inquiries, or potential collaborations, please feel free to contact me.