VIBGYOR ePress

VIBGYOR ePress which publishes Journals of the highest quality and significance in all areas of physics, theoretical and applied Physics. We are an Open Access Publisher, focused to provide an opportunity for many researchers to get involved in updating themselves with the ongoing research. We host international, open access, peer reviewed academic physics journals. Physics experts at VIBGYOR are contributing their best knowledge in building the interactive platforms upon various Physics oriented subjects. Whether you are an Inspiring teacher, budding new scientist, creative aspirants, we cordially invite you to browse our website and learn about our upcoming gatherings or articles in the field. We are a new launchers aiming to publish papers of highest quality assuring the scope coverage of the entire related core, pure and applied Physics.

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Latest Articles

Development of an Enzyme-Induced Calcite Precipitation Method Aimed to Improve the Shielding Property of Porous Rocks and Assessment of its Effect

This study investigated the Enzyme-Induced Calcite Precipitation (EICP) method for enhancing water-shielding properties in porous rock formations while addressing its relevance to


Numerical Investigation of the Femur Mechanical Behavior

This work aims to model the structural behavior of the femur upper under two types of loading: A pure compressive loading and compressive bending


Excitation of the 21S, 21P and n = 3, 4, 5 (n1P) of Helium by Positron Impact

Positron-atom scattering has been an important area of research in the last years. For astrophysicists, the knowledge of elastic, ionization and inelastic cross sections


Integration of Geophysical Resistivity Inversion along with Hydrological Investigation in Scrutiny of El-Tour Coastal Aquifer

Groundwater constitutes the foremost source of freshwater in El-Tor city, South Sinai, Egypt. In this context, a hypothetical mechanism amalgamating one-dimension (1D) Schlumberger geoelectric


Enhancing the Performance of FBG Sensors with a Wide-Band Interrogation System

We demonstrate diagnosis of several machine-condition failures using wide frequency-band interrogation of FBG sensors. In collaboration with Israel's national water company Mekorot


Effect of Asymmetric Terminal Group on the Transport Properties of Molecule Junctions: A First-Principles Study

Single-molecule quantum transport calculations have been investigated using non-equilibrium Green's function method combined with the density functional theory (DEF-NEGF) for phenyl molecules symmetrical or


Laser-Induced Fluorescence in a Quest to Detect Quantum Size Flumps in Counterion-Mediated Long-Range Attraction of Colloids by Surfaces with Surface Potential Ψ0 Greater than 70 mV

This Perspective describes experimental and initial theoretical efforts in the field of simulating excited state photodynamic of rare earth metal complexes in polar solutions


Note - Evidence of Systemic Bias by the IPCC in its Response to Anthropogenic Atmospheric Warming

It is indisputable that there has been an unusual increase in mean global air temperature following massive growth in our use of fossil fuels.


Formation of Oxide and Silicate Nickel Laterites using Reactive Transport Simulations

Geochemical modelling of ore deposit gives preliminary information on the supergene enrichment of the metallic ore in the subsurface. With recent advances in analytical


Circulating Light in a Form of Ball Lightning in Earth’s Atmosphere

Ball lightning is a mysterious natural phenomenon, the generally accepted explanation for which does not exist to date. At the same time, about 20


Rapid Stabilization on Global Atmospheric CO2 Concentrations by Cheaply Enhanced Tibetan Geological Carbon Sink

Tibetan plateau is the only nascent carbon reservoir worldwide due to uniquely flat subduction of the Indian continent beneath Tibetan plateau, controlling global CO2


Delineation of Candidate Aquifers for Proper Borehole Screen Placements in Multi Aquifer Systems of Coastal Areas of the Niger Delta, Nigeria

Placement of screen pipes for boreholes drilled within the mainland and coastal plain sand areas of the Niger Delta is done with the greatest


Multi-Rate Production Logging in Two-Layered Environments: Production Problems Identification and Solution

Multi-rate production logging tools (PLTs) are used in this paper to identify the reasons of decreased of the overall production found eight months after


Asymptomatic Rotator Cuff Tears are Associated with Biomechanical Changes Enabling Early Detection before Functional Limitations Present

Asymptomatic rotator cuff tears are common and understanding their characteristics may help clinicians to recognize this pathology in early stages. The main questions of


HIL Flight Simulator for VTOL-UAV Pilot Training Using X-Plane

With the increasing popularity of Vertical Take-off and Landing Unmanned Aerial Vehicles (VTOL UAVs) a new problem arises: Pilot training. Most conventional pilot training


Modeling the Aerodynamic Load Using a Variable-Fidelity Model Based on Proper Orthogonal Decomposition of a Two-Fidelity Set of Data

In this article, a variable-fidelity aerodynamic model is presented based on proper orthogonal decomposition (POD) of an ensemble of computational fluid dynamics


Continuous Mesh Belt Furnace for Iron Powder Metallurgy

The sintering process consists to heat the compacting green parts with a lubricant (wax, stearate) in a continuous furnace like mesh belt or walking


Electric Wave Equation Derived from Weber's Electrodynamics

Weber's electrodynamics, as an alternative to Maxwell-Lorentz electromagnetism, has maintained continual attention among the physics community. Recently it got some exiting advancements both experimentally


Micromagnetic Modelling of Hysteresis in Permalloy Thin Films with Non-Magnetic Defects

In this paper, we present the results of numerical micromagnetic modelling of the domain wall pinning on non-magnetic defects in a ferromagnetic thin sheet


Non-Holonomic Path Planning for Space Robots Based on Jerk Constraints

In order to solve the problems of poor stability and low joint life of space robots, this paper proposes a non-holonomic path planning model


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