The Strength of the Teological Argument due to Science

The power of scientific science in scientific science gives us more information about the universe, but since there is no scientific evidence to prove the existence of God, God as a god or a designer of the universe I do not believe it. However, as the understanding of the universe gets deeper, you can see that there is an order to strengthen theological arguments in the universe. Design theory is the theory that everything in the universe is based on an orderly one. It is also known as Teological theory, and it is derived from the Greek "telos". This means "end" or "purpose". The basic and basic advice of design theory is because it is appa

Abstract: This paper explains the fundamental difference between natural science and ethics and explains the asymmetry of our cognitive ability. These two knowledge models are initially considered different. Preliminary testing has proved that the normative aspects of ethical propositions do not pass objective knowledge testing; the justification argument background provides an alternative way to eliminate indirect lies to scientific models. The conclusion contributes to cognitive power of scientific knowledge and proposes evolutionary influence as a cognitive asymmetric factor.

Through scientific discussions, students can focus on the true application and influence of science and improve their reasoning skills, presentation skills and scientific content. In this article, the author defines "discussion" as a position based on evidence and defines "discussion" as an official event of two teams. The impact is greater than possible rationality. Normative quality of contribution through these students. In order to explain how to give excessive influence, we propose a theoretical framework consisting of five elements. We are based on literature on persuasion, discussion, discourse and literature.

In this theoretical article, the authors discuss the role of technical tools in supporting the construction of students in the context of secondary and high school science. In the first part of this article we will focus on the rationale for learning scientific arguments and report the difficulties involved in supporting the construction of student arguments identified by the institute. In the second part of the article, we will introduce two kinds of technical tools (knowledge representation and discussion-based tools) that have been used in research to support the construction of students' discussions. They discuss the characteristics of each tool and the difficulty of students in building discussion and comment on the usefulness of tools to support discussion building.