scholarly journals Mindfulness Model Using Polariton Oscillation in Plasmonic Circuit for Human Performance Management

Axioms â—˝  
2020 â—˝  
Vol 9 (3) â—˝  
pp. 76
Author(s):  
Senee Suwandee â—˝  
Arumona Edward Arumona â—˝  
Kanad Ray â—˝  
Phichai Youplao â—˝  
Preecha Yupapin
Keyword(s):  
Energy Level â—˝  
Performance Management â—˝  
Human Performance â—˝  
Human Life â—˝  
Energy Levels â—˝  
Rabi Oscillation â—˝  
Space Time â—˝  
Time Function â—˝  
Space And Time â—˝  
Time Distortion

We have proposed that human life is formed on a space and time function relationship basis, which is distorted after fertilization in the ovum, from which growth is generated by a space–time distortion against the universe’s gravity. A space–time distortion’s reduction can be managed by space and time separation, which is known as mindfulness. A space–time distortion in human cells is configured by a polariton traveling in a gold grating film, which can be employed to investigate mindfulness characteristics. Mindfulness is the steady state of the time function of energy after the separation. Energy levels of mindfulness based on polariton aspects are categorized by a quantum number (n), which can be reduced to be a two-level system called Rabi oscillation by a successive filtering method. We have assumed a cell space–time distortion can reduce to reach the original state, which is the stopping state. Mindfulness with a certain frequency energy level of n = 2 was achieved. Several techniques in the practice of mindfulness based on successive filtering called meditation are given and explained, where the required levels of the mindfulness state can be achieved. The criteria of the proposed method are a low energy level (n) and high frequency (f) outputs, which can apply to having a working performance improvement.

Why time flows

2013 â—˝  
Vol 91 (3) â—˝  
pp. 231-235
Author(s):  
P.K. Smrz
Keyword(s):  
Space Time â—˝  
Time Function â—˝  
Dimensional Manifold â—˝  
Space And Time â—˝  
Affine Bundle â—˝  
Flow Of Time

The question used as the title of this article has been asked frequently since the introduction of space–time in which both space and time function as coordinates in a four-dimensional manifold. After a brief review of space–time geometry using the affine bundle it is shown how to construct it from a bundle of linear frames of a five-dimensional manifold. The flow of time is a consequence of the construction.

scholarly journals Quantum thermodynamics in a static de Sitter space-time and initial state of the universe

2019 â—˝  
Vol 79 (11) â—˝  
Author(s):  
Juan Ignacio Musmarra â—˝  
Mauricio Bellini
Keyword(s):  
Energy Level â—˝  
Relativistic Quantum â—˝  
Energy Levels â—˝  
Space Time â—˝  
Back Reaction â—˝  
De Sitter â—˝  
Initial State â—˝  
Discrete Energy â—˝  
The Universe â—˝  
De Sitter Metric

Abstract Using Relativistic Quantum Geometry we study back-reaction effects of space-time inside the causal horizon of a static de Sitter metric, in order to make a quantum thermodynamical description of space-time. We found a finite number of discrete energy levels for a scalar field from a polynomial condition of the confluent hypergeometric functions expanded around $$r=0$$r=0. As in the previous work, we obtain that the uncertainty principle is valid for each energy level on sub-horizon scales of space-time. We found that temperature and entropy are dependent on the number of sub-states on each energy’s level and the Bekenstein–Hawking temperature of each energy level is recovered when the number of sub-states of a given level tends to infinity. We propose that the primordial state of the universe could be described by a de Sitter metric with Planck energy $$E_p=m_p\,c^2$$Ep=mpc2, and a B–H temperature: $$T_{BH}=\left( \frac{\hbar \,c}{2\pi \,l_p\,K_B}\right) $$TBH=ħc2πlpKB.

Espaço, Tempo e Modernidade

GEOgraphia â—˝  
2009 â—˝  
Vol 2 (3) â—˝  
pp. 51
Author(s):  
Gilvan Luiz Hansen
Keyword(s):  
Modern Philosophy â—˝  
Space Time â—˝  
Space And Time â—˝  
Time Concepts

Resumo Este artigo é uma discussão introdutória acerca da importância das concepções de espaço e tempo na modernidade. O objetivo deste texto é enfatizar os aspectos teóricos e práticos dos conceitos de espaço e tempo, mediante a apresentação de três perspectivas de interpretação desta questão na filosofia desenvolvida na modernidade. Palavras-chave: Modernidade, Espaço, Tempo, Filosofia Moderna, J. Habermas.Abstract This article is an introductory debate about the importance of space and time conceptions in modernity. The objective from this text is emphasize the theoretical and practical aspects of space and time concepts, by presentation of three interpretation perspectives of this question in the philosophy developed in modernity. Keywords: Modernity, Space, Time, Modern Philosophy, J. Habermas.

Samuel Beckett's Debt to Aristotle: Cosmology, Syllogism, Space, Time

2010 â—˝  
Vol 22 (1) â—˝  
pp. 181-195 â—˝  
Author(s):  
Anthony Cordingley
Keyword(s):  
Trinity College â—˝  
Space Time â—˝  
Formal Logic â—˝  
Trinity College Dublin â—˝  
Space And Time â—˝  
Creative Transformation â—˝  
Cosmic Order

This essay argues for the presence of Aristotelian ideas of cosmic order, syllogism, space and time in Beckett's . It accounts for how such ideas impact upon the novel's 'I' as he attempts to offer a philosophical 'solution' to his predicament in an underworld divorced from the revolving heavens. Beckett's study of formal logic as a student at Trinity College, Dublin and his private study of philosophy in 1932 is examined in this light; particularly his “Philosophy Notes,” along with some possible further sources for his knowledge. The essay then reveals a creative transformation of Aristotelian ideas in which led to formal innovations, such as the continuous present of its narrative.

scholarly journals Spatial and space-time correlations in systems of subpopulations with genetic drift and migration.

Genetics â—˝  
1993 â—˝  
Vol 133 (3) â—˝  
pp. 711-727
Author(s):  
B K Epperson
Keyword(s):  
Population Genetics â—˝  
Time Correlation â—˝  
Space Time â—˝  
Spatial Correlations â—˝  
Gene Frequencies â—˝  
Migration Patterns â—˝  
Migration Rates â—˝  
Space And Time â—˝  
Time Correlations â—˝  
And Migration

Abstract The geographic distribution of genetic variation is an important theoretical and experimental component of population genetics. Previous characterizations of genetic structure of populations have used measures of spatial variance and spatial correlations. Yet a full understanding of the causes and consequences of spatial structure requires complete characterization of the underlying space-time system. This paper examines important interactions between processes and spatial structure in systems of subpopulations with migration and drift, by analyzing correlations of gene frequencies over space and time. We develop methods for studying important features of the complete set of space-time correlations of gene frequencies for the first time in population genetics. These methods also provide a new alternative for studying the purely spatial correlations and the variance, for models with general spatial dimensionalities and migration patterns. These results are obtained by employing theorems, previously unused in population genetics, for space-time autoregressive (STAR) stochastic spatial time series. We include results on systems with subpopulation interactions that have time delay lags (temporal orders) greater than one. We use the space-time correlation structure to develop novel estimators for migration rates that are based on space-time data (samples collected over space and time) rather than on purely spatial data, for real systems. We examine the space-time and spatial correlations for some specific stepping stone migration models. One focus is on the effects of anisotropic migration rates. Partial space-time correlation coefficients can be used for identifying migration patterns. Using STAR models, the spatial, space-time, and partial space-time correlations together provide a framework with an unprecedented level of detail for characterizing, predicting and contrasting space-time theoretical distributions of gene frequencies, and for identifying features such as the pattern of migration and estimating migration rates in experimental studies of genetic variation over space and time.

Fuzzy Comprehensive Evaluation of Human Performance Management

2013 â—˝  
Vol 756-759 â—˝  
pp. 715-719
Author(s):  
Huan Cheng Zhang â—˝  
Ya Feng Yang â—˝  
Feng Li â—˝  
Li Nan Shi
Keyword(s):  
Performance Management â—˝  
Evaluation System â—˝  
Human Performance â—˝  
Comprehensive Evaluation â—˝  
Evaluation Model â—˝  
Fuzzy Comprehensive Evaluation â—˝  
Assessment Process â—˝  
College Performance â—˝  
Performance Evaluation System â—˝  
Comprehensive Evaluation Model

In the College, performance evaluation system is directly related to the harmonious development of the school. Taking into account the factors in the evaluation system is fuzzy, so this paper uses fuzzy comprehensive evaluation model. But the model is too subjective, so this paper combines neural network and data envelopment analysis method, which ensures that fuzzy comprehensive evaluation model is reasonable and scientific, and good school development and teacher self-interest. The performance assessment process, not only enables the combination of qualitative and quantitative analysis, but also fair and reasonably reflect the achievements of teachers, while this method is easy to use, wide application, and can be well applied in practice.

Radical induced intermolecular linkage and energy level modifications of a porphyrin monolayer

10.1039/c6cc09580a â—˝  
2017 â—˝  
Vol 53 (6) â—˝  
pp. 1104-1107 â—˝  
Author(s):  
Abdolreza Jahanbekam â—˝  
Colin Harthcock â—˝  
David Y. Lee
Keyword(s):  
Energy Level â—˝  
Scanning Tunneling Microscopy â—˝  
Surface Structure â—˝  
Energy Levels â—˝  
New Method â—˝  
Scanning Tunneling â—˝  
Tunneling Microscopy â—˝  
Molecular Scale

A new method to directly modify the surface structure and energy levels of a porphyrin monolayer was examined with molecular-scale resolution using scanning tunneling microscopy and spectroscopy (STM and STS) and presented in this communication.

VIBRATIONAL ENERGIES OF MEMBERS IN STRUCTURAL NETWORKS FITTED WITH TUNED VIBRATION ABSORBERS

2006 â—˝  
Vol 06 (02) â—˝  
pp. 269-284 â—˝  
Author(s):  
SUNNY K. GEORGE â—˝  
K. SHANKAR
Keyword(s):  
Energy Level â—˝  
Vibrational Energy â—˝  
General Structure â—˝  
Energy Levels â—˝  
Complex Structure â—˝  
Input Power â—˝  
Vibration Absorbers â—˝  
Tuned Vibration Absorbers â—˝  
Vibrational Energies â—˝  
Structural Networks

The distribution of vibrational energy in members of a complex structure with tuned absorbers attached at the joints and subjected to dynamic loading is studied. The concept of power flows through the structure is used to determine the time-averaged energy levels of each member in the structure. The power flows are calculated using the time-averaged product of force and velocity at the input and coupling points (joints) of a general structure made of axially vibrating rods. The receptance approach is used to calculate the coupling forces and velocities in the structure. By balancing the input power against the dissipated powers, the time-averaged energy levels in members are determined. The main criteria studied here is the reduction in the frequency-averaged vibrational energy level of a member when an absorber is attached, expressed as a percentage compared to the case where there are no absorbers. The concept is first illustrated with a simple model of 2 axially vibrating rods with an absorber attached to the joint. Next, a more complex structure comprising 8 rods with arbitrary orientations and several absorbers attached to junctions is studied. The effect of activating absorbers at various locations on reducing the energy levels of certain members is examined. It is possible to estimate the usefulness of the absorber with respect to any member by determining the percentage reduction of energy level for that member.

PREPARATION AND CHARACTERIZATION OF Zr-DOPED TiN NANOFILM

2007 â—˝  
Vol 21 (18n19) â—˝  
pp. 3455-3458
Author(s):  
ANPING LIU â—˝  
YINFENG WANG â—˝  
XUEHENG YANG
Keyword(s):  
Thin Film â—˝  
Corrosion Resistance â—˝  
Energy Level â—˝  
Mixed Crystal â—˝  
Energy Levels â—˝  
Energy Band Structure â—˝  
Reactive Magnetron â—˝  
Tin Coating â—˝  
New Energy

The Zr -doped TiN coating, a nanometer (Ti, Zr)N thin film, has been deposited by reactive magnetron sputtering on slides and Al substrates. The crystalline phase and energy band structure have been analyzed by XRD and STS. The results of XRD show that the (Ti, Zr)N film is poly crystalline and consisted of mixed crystal of TiN and ZrN phase. The STS spectra show that Zr -doping didn't change the position and band-gap of energy level, only two new energy levels appeared, Eg = 0.33eV and Eg = 0.42eV. According to the results of measurement, (Ti, Zr)N has higher hardness and better corrosion resistance than TiN by Zr -doping.

Dynamics of a composite system in a point source-induced space–time

2021 â—˝  
pp. 2150144
Author(s):  
Abdullah Guvendi
Keyword(s):  
Point Source â—˝  
Composite System â—˝  
Dimensional Space â—˝  
Energy Levels â—˝  
Center Of Mass â—˝  
Three Dimensional â—˝  
Space Time â—˝  
Spin Coupling â—˝  
Quantum Oscillator â—˝  
Dimensional Space Time

We investigate the dynamics of a composite system ([Formula: see text]) consisting of an interacting fermion–antifermion pair in the three-dimensional space–time background generated by a static point source. By considering the interaction between the particles as Dirac oscillator coupling, we analyze the effects of space–time topology on the energy of such a [Formula: see text]. To achieve this, we solve the corresponding form of a two-body Dirac equation (fully-covariant) by assuming the center-of-mass of the particles is at rest and locates at the origin of the spatial geometry. Under this assumption, we arrive at a nonperturbative energy spectrum for the system in question. This spectrum includes spin coupling and depends on the angular deficit parameter [Formula: see text] of the geometric background. This provides a suitable basis to determine the effects of the geometric background on the energy of the [Formula: see text] under consideration. Our results show that such a [Formula: see text] behaves like a single quantum oscillator. Then, we analyze the alterations in the energy levels and discuss the limits of the obtained results. We show that the effects of the geometric background on each energy level are not same and there can be degeneracy in the energy levels for small values of the [Formula: see text].

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