26-28 February 2025
Facultad de Ciencias
America/Lima timezone

Evolution of State Density during Cosmic Inflation in the Framework of Open Quantum Systems

Not scheduled
20m
Auditorio (Facultad de Ciencias)

Auditorio

Facultad de Ciencias

Universidad Nacional de Ingeniería Puerta 5 – Av. Tupac Amaru N° 210 Rimac.
Póster

Speaker

Johor David Peñalba Quispitupa (National University of Engineering)

Description

The evolution of the scalar fluctuations via the Wigner formalism shows that the Wigner function is "squeezed". This result leads us to interpret the inflationary dynamics within the framework of open quantum systems, using the Lindblad master equation to model the interaction of quantum perturbations with their environment. This approach provides a deep understanding of the transition from quantum coherence to classicality, with significant implications for cosmology and quantum physics in future applications.

Breve historial académico Graduated in Physics from the National University of Engineering.

Primary author

Johor David Peñalba Quispitupa (National University of Engineering)

Co-author

Dr Jose Tomas Galvez Ghersi (University of Engineering and Technology)

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