The researchers, who published their studies conclusions in the physical review letters of the scientific magazine. The characteristics of the heterogeneous material are similar to those formed in supernatural tools or in the integration of neutron stars. The small dense nuclear material consists of Protons, neutrons and light nuclei, such as hydrogen and helium analoguesRefer to the team.
In a detailed statement that “”Knowing the state’s equation for nuclear materials in light of the harsh conditions of the temperature, density and part of the protons It is necessary to explain neutral stars, super explosions, or the integration of neutral stars. However, it is not always possible to re -create these conditions in the laboratory.
Tiago Custódio, a doctoral student in FCTUC, has resorted to a The approach that was allowed to describe their abundance without assuming the intensity of the system. In this approach, the researcher used the theoretical model developed by the Constança Providência and Helena Pais, researchers at the CFISUC physics center.
“We analyze thirteen speeds of speed, which represent molecules deviating to the hot source at different times,” explains Konstana Proventina, a FCTUC teacher.In each box, the temperature and intensity were determined by a full Baysi analysisProfessor Constanta, Professor Constanta, explains that the student who was developed by the student, in cooperation with Tuhin Malik, CFISUC researcher.
The planning number of collision by selecting the speed boxes corresponding to the molecules that deviate from the hot source in different moments
Credits
Data – TITLE = Investigation at the University of Kewibra – Helps researchers in Kevibra detect the secrets of the neutral stars integration – Sapo Tek.
The analysis was based on “”Microscopic thermal model, based on the theory of the relative field of nuclear materialsConsider the effects of the environment, necessary for an accurate description of the material.
According to Custódio, “The results revealed excellent correspondence with experimental data through two distinct nuclear models.”. “Statistical groups showed a cooling curve of almost a fixed density, which is interpreted as a freezing density on which the molecules fall on nuclear reaction,” the researcher says.
Accordingly With the teamPrevious analyzes have always assumed ideal gas or perfect gas for free and light nuclei to estimate the system density, making the density associated with each brown directly for this initial hypothesis.
but, “The results obtained allow us to build a realistic equation for the state, which includes an accurate description of a low -density nuclear nuclear nucleus.”.
These state equations a A basic contribution to more realistic simulations for the melting of neutral stars, which makes new developments in the study of nuclear astronomical physicsThe team focuses.
