Eduardo Mora

@eddmora
13 Followers
23 Following
1.8K Posts
PhD in Energy Systems with a background in thermofluids. My current research focuses on concentrated solar power (CSP), solar heat for industrial processes (SHIP), and engineering thermodynamics modeling.

We are about to start with today's webinar, 'Pragmatist Thermodynamics for the 21st Century'.

Join us: https://iaisae.zoom.us/meeting/register/LuXd8bqhRFOc64qVeVq8tg#/registration

Welcome! You are invited to join a meeting: Pragmatist Thermodynamics for the 21st Century: Carsten Herrmann-Pillath . After registering, you will receive a confirmation email about joining the meeting.

In the 19th century, Classical thermodynamics (CT) became intertwined with human practices through the spread of ideas such as “efficiency” and “energy,” particularly in economic contexts. This integration was scientifically grounded in Paul Samuelson’s mid-20th century interpretation of CT in his landmark formulation of equilibrium economics. The talk refers to this combination of CT and human practices as “Lived Thermodynamics” and introduces a philosophical framework called “Pragmatist Thermodynamics” (PT). PT draws on the early synthesis of thermodynamics and evolutionary theory proposed by Charles S. Peirce, especially his ontology of tychism, evolution and finality. PT comprises three categories of linguistic representations of thermodynamics: the formal mathematical theory, simulation algorithms, and natural language. The primary medium of Lived Thermodynamics is natural language. Therefore, a significant task of PT is to make the concepts of out-of-equilibrium thermodynamics (OET) and the general idea of entropy relevant to everyday human practices.

Zoom
Regreso al estatus de alumno, pero ahora en UNED.

Privilege may grant a head start, but perseverance defines the finish line. True academic progress is built in the unseen work—the early mornings, rejected papers, and quiet daily grind that no one applauds.

My new entry at my personal page: https://egm-solar.owlstown.net/posts/4989

Eduardo González-Mora - On privilege, perseverance, and the unseen

A recent, pointed confrontation with a colleague serves as the impetus for this reflection. They charged that my research trajectory has been built upon a fo...

Upon reviewing my ECOS 2026 abstract on an efficient solar heating process, I realised my evaluation of a cited author read more like a declaration of war than scholarly discourse. In research, accuracy must always outweigh attitude.
There is a fine line between rigorous analysis and unnecessary aggression.
I have always maintained that “Thermodynamics is about facts, not opinions”—it is time to ensure my draft reflects that. Currently revising to ensure my citations are respected, not roasted.

¿Y si (ab)uso de la descripción estadística de la segunda ley de la termodinámica para explicar porqué siempre las luces de navidad están enredadas cada vez que las vamos a colocar en el árbol?

🤣

Digo, creo que con eso podría justificar porque no pongo ningún adorno en estas fechas...

Funded by Consejo Mexiquense de Ciencia y Tecnología(COMECyT). Thanks to Universidad Nacional de Educación a Distancia (UNED) and colleagues for a research stay that inspired this formalized, classroom-tested framework. #AcademicCommunity #PhysicsTeaching
The framework starts with Carnot and adds realism:1. Internal dissipation, 2. Imperfect reservoirs, 3. Finite-time heat transfer (Curzon-Ahlborn), 4. Real heat exchangers, 5. Radiative sources (e.g., solar). Each model sets a relevant bound.
#Thermodynamics#EngineeringEducation
New in Eur. J. Phys.: My article bridges the gap between ideal Carnot theory & real-world engine efficiency. I present a teaching framework with 5 progressive models, from internal losses to capturing sunlight. A toolkit for educators & engineers.
https://iopscience.iop.org/article/10.1088/1361-6404/ae22aa
Radware Bot Manager Captcha

Yo justo antes de iniciar una discusión de (al menos) 2 horas sobre entropía.