Gluon jets evolution in the quest for new physics

Judith, Katongo; Manyika, Davy Kabuswa

doi:10.15406/paij.2023.07.00293

PAIJ

2023

DOI: 10.15406/paij.2023.07.00293

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Gluon jets evolution in the quest for new physics

Katongo Judith,

Davy Kabuswa Manyika

Abstract: In this paper, our task is to review the evolution of Gluon Jets in view of the quest for physics beyond the Standard Model (SM) – the so called New Physics (NP). One of the major goals of the Large Hadron Collider (LHC) is to understand a new mode of matter called the Quark Gluon Plasma (QGP). This seemingly new form of matter consists of a confinement of quarks and gluons observed at very high temperature and density. This paper focuses on heavy ion collisions in order to get an understanding of the interact… Show more

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2023

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Cited by 3 publications

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Towards a zero-carbon nuclear energy future: a review

Davy,

Kelvin,

Michael

2023

PAIJ

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In order to attain a relatively zero-carbon future, nuclear energy is proposed to be one of the major solutions. In our quest to deal with climate change, we need to thirst for a clean energy source in the present day world of advancing technology. On each day, it is vivid that the demand for energy is increasing faster as compared to past years. The rate at which fossil fuels are being consumed may soon result in their extinction. Equipped with these facts, it is safe to turn to nuclear power as an alternative in order to attain a clean energy future. Therefore, this work tries to review how this can be a possibility knowing very well that nuclear energy has relatively low emissions of carbon dioxide as compared to other energy sources apart from hydroelectricity. In terms of greenhouse gasses, nuclear energy emits relatively lower amounts. This paper also highlights issues surrounding nuclear power plants construction as well as climate change effects, mitigation and adaptation. Safety issues of power plants which is a major concern by the public will also be tackled in brief.

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Towards a zero-carbon nuclear energy future: a review

Davy,

Kelvin,

Michael

2023

PAIJ

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A brief overview of radiation waste management and nuclear safety

Davy,

Levy,

Agripa

2023

PAIJ

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This paper focuses on how the radioactive waste is generated, classified, processed, stored, treated and eventually disposed. Understanding and management of these very important processes in nuclear technology result in compliance with nuclear safety regulations. The major public concern over nuclear energy is safety due to a history characterized with disasters and loss of human life. Radiation on one hand sends fear in the population when it comes to accepting the benefits of nuclear energy as a result of radioactive waste. This is the waste after usage of radioactive materials in nuclear power plants reactors. If care is note taken, radioactive waste has a potential of causing serious damages to the environment as well as threatening human life.

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A brief overview of solar cycle variability effects on climate

Davy,

Alfred,

Matindih

et al. 2023

PAIJ

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Among interesting areas of scientific research is the study of the relationship between solar cycle variability and climate change. For centuries now, speculations on the influence of variations in the sunlight intensity on climate have been on going. It is without exaggeration to state that generally the earth has gotten warmer over the past centuries. Over the years, studies have shown that there is a very strong correlation between earth’s surface temperature and sunlight intensity variability. Some scholars argue that the main effect on the weather is not a change in the luminosity of the Sun during the period of maximum activity, but an increase in the flow of charged particles (solar wind). These act on the Earth’s magnetosphere and ionosphere. This action plays a role of the trigger that starts the processes, the energy of which is contained in the Earth’s atmosphere. The periodicity of these processes (hurricanes, floods, epidemics) often correlates with the period of solar activity. Nevertheless, it is quite possible that there may be the processes with a much longer period (hundreds and thousands of years). Some researchers suggest, that the observed increase in the Earth’s temperature is part of this long-term process. Thus, this piece of work compares these two views in an attempt to check the effects of solar cycle variability on climate.

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Gluon jets evolution in the quest for new physics

Cited by 3 publications

References 11 publications

Towards a zero-carbon nuclear energy future: a review

Towards a zero-carbon nuclear energy future: a review

A brief overview of radiation waste management and nuclear safety

A brief overview of solar cycle variability effects on climate

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