Research : Associazione SNT

Research

In search of the beginning. In service of knowledge.

Advanced Studies in Cosmology and Plasma Physics

At SNT Association , our research explores the fundamental dynamics of the universe - from its earliest moments to the frontiers of modern theoretical physics and plasma science. We investigate a wide range of topics, aiming to bridge cosmology, gravitation, and astrophysical plasma processes with cutting-edge theoretical and computational approaches.

Our key research areas include: Quantum Cosmology, Modified Gravity Cosmology, Hubble Tension, Dark Energy - Dark Matter Interactions, Magneto Hydrodinamics, Angolar Momentum Transport in Astrophysics, Turbolence in Tokamack Devices.

Through theoretical modeling, numerical simulations, and interdisciplinary collaborations, we strive to shed light on some of the most profound and open questions in contemporary physics.

Quantum Cosmology

This research explores the canonical quantization of the Planck-scale Universe, with a focus on how high-energy cut-off effects can resolve the initial singularity. The resulting picture replaces the Big Bang with a Big Bounce-a semi-classical state with minimum spatial volume.

Modified Gravity Cosmology

This line of study investigates modified gravity theories, particularly metric f(R)-gravity, as alternatives to General Relativity. Both classical and quantum effects are analyzed to uncover new phenomenology in early- and late-Universe dynamics beyond the Einsteinian framework.

Hubble Tension

This research aims to address the discrepancy in Hubble constant measurements by proposing a new dynamical framework for the late Universe. The focus is on evolving models of dark energy and dark matter, possibly influenced by modified gravity, as alternatives to the standard Λ\LambdaΛCDM model.

Dark Energy - Dark Matter Interactions

This area focuses on building phenomenological models of interaction between dark energy and dark matter, grounded in quantum field theory. The goal is to propose a new physical framework for late-time cosmology and the accelerated expansion of the Universe.

Magneto Hydrodinamics

Magneto-hydrodynamics is studied to understand plasma behavior in cosmology, astrophysics, and laboratory settings. Special emphasis is placed on instabilities where gravitational effects become significant, helping to clarify the emergence of turbulence and related transport phenomena.

Fundaments of Physics

This field addresses foundational questions about the nature of measurement in classical and quantum physics. Key topics include the role of reference frames in observations and the interpretation of causality in systems governed by relativistic quantum laws.