Possibility Of Science Research Articles

Topological Co-Indices of Molecular Structure of Porphyrazine Network

Topological co-indices are used to measure the strength of a relationship between molecular substance and its properties. A topological co-index is a mathematical representation of a molecular structure that integrates specific physical features of the basic molecular structure and its mathematical representation. Mathematical chemistry uses molecular graphs, which include edges that represent bonds between molecules and vertices that represent atoms, to integrate graph theory with science. Topological co-indices are a type of topological indices that considers separate vertices configurations that are numerical values of the atomic structures, which are used to describe and analyze the various chemical structures. Chemical graph theory brings up more possibilities for scientists. Topological co-indices are frequently used because through this we can save time by determining the topological indices instead of doing time-consuming tests in a research laboratory. In this article, we computed different topological co-indices for the chemical structure of Porphyrazine Network MCIPz(n).

Application Of Remote Sensing In Environmental Studies: A Theoretical Review

The present research aims to perform a descriptive analysis of remote sensing and its applications in the various fields of human knowledge; although scientific and technological progress has indeed shown to reach an important development in the dynamics of natural and anthropic processes, which allows understanding their effects fully; thus, on that basis, multiple studies are conducted in the fields of spatial sciences, agriculture, geology, edaphology, oceanography, risk and disaster prevention, mining exploration, among others. Thus, this area of knowledge offers great potential for strategic planning, decision-making, and the development of environmental projects considering biodiversity and environmental sustainability. Consequently, remote sensing offers many possibilities for scientists and researchers to broaden their field of action and become familiar with the photo-interpretation of satellite images, which is very necessary for scientific work today. In the methodological part, documentary information, research works, scientific articles and environmental development projects supported the research developed. he research is of non-experimental design, descriptive design; in which a literature review was carried out in terms of remote sensing and its applications in environmental studies. The research results allowed us to obtain information on Remote Sensing in: Agriculture and soil conservation. Remote sensing has enormous potential for its application through concurrent disciplines that serve as a basis for decision making, as in the case of the agricultural sector.

Suggestion to Complete the Canonical Genetic Code: The Proteomic Code and Nucleic Acid Assisted Protein Folding

Background: This research was carried out to provide a summary of a series of bioinformatical observations between 2002 and 2012 concerning the structure of nucleic acids and codons, the interaction between codons and nucleic acids and the general concept of translation. Methods: Public databases and resources, together with assays to determine the free folding energies in various codon residues, were utilized during this study. Results: This study demonstrates that widely-held paradigms within the field of molecular biology should be modified. In particular, it suggests that codons developed in association with the encoded amino acids, and that wobble bases are not randomly chosen in synonymous codons, since these have well-defined roles in determining the structure of nucleic acids and their folding energies. Furthermore, the proteomic code determines that co-locating amino acids are preferentially encoded by complementary codons (at least at the 1st and 3rd codon positions), and structural information transfer between nucleic acids and proteins during translation requires direct contact between “dedicated” amino acids and their codons. In addition, this study highlights the fact that there is a tRNA cycle that allows the possibility of direct codon amino acid contact. Conclusions: These observations provide a more complete understanding of the redundant Genetic Code and the mechanism of protein folding. Furthermore, the proteomic code provides the first real possibility for scientists to design interacting peptides that have high affinity and specificity for target peptides, with the potential to accelerate the growth of affinity assays and the integration of large numbers of affinity tests into chips.

Kepler: A Giant Leap for Exoplanet Studies

NASA's low-cost space telescope opened up a universe of possibilities for scientists who scour space in search of planets—and possibly life.

POI Pulse: A Multi-granular, Semantic Signature–Based Information Observatory for the Interactive Visualization of Big Geosocial Data

The volume, velocity, and variety of data that are now becoming available allow us to study urban environments based on human behaviour with a spatial, temporal, and thematic granularity that was not achievable until now. Such data-driven approaches open up additional, complementary perspectives on how urban systems function, especially if they are based on user-generated content (UGC). While the data sources, such as social media, introduce specific biases, they also open up new possibilities for scientists and the broader public. For instance, they provide answers to questions that previously could only be addressed by complex simulations or extensive human-participant surveys. Unfortunately, many of the required data sets are locked in data silos that are accessible only via restricted APIs. Even if these data could be fully accessed, their naïve processing and visualization would surpass the abilities of modern computer architectures. Finally, the established place schemata used to study urban spaces differ substantially from UGC-based point-of-interest (POI) schemata. In this work, we present a multi-granular, data-driven, and theory-informed approach that addresses the key issues outlined above by introducing a theoretical and technical framework to interactively explore the pulse of a city based on social media.

Applying psychology: Some real world possibilities for scientists and practitioners.

Applying psychology: Some real world possibilities for scientists and practitioners.

Theory Choice and Resistance to Change

The object of this paper is twofold: to show that resistance to scientific change on the part of scientists need signal neither irrationality nor the presence of extra-scientific influences; and to show how such resistance can be accommodated within a theory of rational choice. After considerations have been outlined suggesting that scientists cannot rationally resist new scientific theories unless theory choice is subjectivistic (section I), evidence is adduced favoring the contrary view (section II). In section III, a non-subjectivistic, non-relativistic conception of rational choice is proposed which recognizes the possibility of scientists' rationally resisting new scientific developments. Finally, in section IV, some minor misunderstandings concerning resistance are discussed.