Reliable infrastructure networks like the electricity grid are crucial for modern society.
The demand and supply of electricity need to be always balanced to ensure grid stability.
Various markets have formed to achieve power grid and electricity price stability These different markets enable trading over different time spans and ensure that supply and demand are always met....
In this study we calculated the center of mass and the geometric center of México’s territory profile based on maps that represent the country’s terrain using color codes in the maps, allowing for a clear visualization of México’s topography. We wrote the code in Python to perform the calculations and obtained the country’s topographic data and land border profile from public databases.
The...
Since their advent in the 1950s, Numerical Weather Prediction (NWP) models have used structured lat-lon mesh grids for forecasting, which subdivide the 2D (horizontal) global surface into square grid cells of equal size. This has historically resulted in issues such as unnecessarily high resolution at the poles (the ‘pole problem’), and flow distortions at nest boundaries with the use of...
With the upcoming demand for "Internet of Things" (IoT) devices, intensive research has been conducted on sustainable power solutions for these devices. IoT devices utilize sensors embedded in everyday objects, such as light switches, doors, and vehicles, to collect and communicate data over the internet. One promising method to power these devices is indoor photovoltaics (PVs)....
Python has emerged as a powerful tool in the field of physics, revolutionizing both research and education. My poster will highlight several key applications of Python that make it indispensable for physicists today. Firstly, Python excels in numerical simulations, including Molecular Dynamics (MD), Computational Fluid Dynamics (CFD), and Monte Carlo Simulations, allowing scientists to model...
Turbulence in fluids represents one of the most complex and challenging phenomena in fluid mechanics. Accurately modeling turbulence is crucial for various engineering and scientific applications, such as aerodynamics, meteorology, and environmental engineering. Traditional numerical methods, including Direct Numerical Simulations (DNS) and Large Eddy Simulations (LES), demand substantial...
In this study we calculated the center of mass and the geometric center of México’s territory profile based on maps that represent the country’s terrain using color codes in the maps, allowing for a clear visualization of México’s topography. We wrote the code in Python programming language to perform the calculations and obtained the country’s topographic data and land border profile from...
Langevin equation can be related to Brownian motion and diffusion to the concept of friction. Describing the dynamics of particles influenced by random forces (the behavior of particles undergoing random motions due to thermal fluctuations), it allows for the prediction and analysis of diffusion phenomena under various conditions. An equation of motion such as this, which includes a...
In 1827, Scottish botanist Robert Brown noticed that particles in a liquid move chaotically in different directions. In the beginning of the 20th century, Albert Einstein showed that for long times mean squared displacement (MSD) of Brownian particles is proportional to time. This kind of diffusion is called normal diffusion. On the other hand, anomalous diffusion, characterized by a...
Beam emission spectroscopy (BES) is an active plasma diagnostic employed for plasma density measurements. BES synthetic diagnostics are computationally expensive and comprehensive modelling suites designed to provide a better understanding of the diagnostic’s perception of underlying plasma phenomena. RENATE-OD is an advanced BES synthetic diagnostic relying on a rate-equation solver to derive...
Turbulence in fluids represents one of the most complex and challenging phenomena in fluid mechanics. Accurately modeling turbulence is crucial for various engineering and scientific applications, such as aerodynamics, meteorology, and environmental engineering. Traditional numerical methods, including Direct Numerical Simulations (DNS) and Large Eddy Simulations (LES), demand substantial...
In this study we calculated the center of mass and the geometric center of México’s territory profile based on maps that represent the country’s terrain using color codes in the maps, allowing for a clear visualization of México’s topography. We wrote the code in Python programming language to perform the calculations and obtained the country’s topographic data and land border profile from...
Langevin equation can be related to Brownian motion and diffusion to the concept of friction. Describing the dynamics of particles influenced by random forces (the behavior of particles undergoing random motions due to thermal fluctuations), it allows for the prediction and analysis of diffusion phenomena under various conditions. An equation of motion such as this, which includes a...
In 1827, Scottish botanist Robert Brown noticed that particles in a liquid move chaotically in different directions. In the beginning of the 20th century, Albert Einstein showed that for long times mean squared displacement (MSD) of Brownian particles is proportional to time. This kind of diffusion is called normal diffusion. On the other hand, anomalous diffusion, characterized by a...
Beam emission spectroscopy (BES) is an active plasma diagnostic employed for plasma density measurements. BES synthetic diagnostics are computationally expensive and comprehensive modelling suites designed to provide a better understanding of the diagnostic’s perception of underlying plasma phenomena. RENATE-OD is an advanced BES synthetic diagnostic relying on a rate-equation solver to derive...
Reliable infrastructure networks like the electricity grid are crucial for modern society.
The demand and supply of electricity need to be always balanced to ensure grid stability.
Various markets have formed to achieve power grid and electricity price stability These different markets enable trading over different time spans and ensure that supply and demand are always met....
In this study we calculated the center of mass and the geometric center of México’s territory profile based on maps that represent the country’s terrain using color codes in the maps, allowing for a clear visualization of México’s topography. We wrote the code in Python to perform the calculations and obtained the country’s topographic data and land border profile from public databases.
The...
Since their advent in the 1950s, Numerical Weather Prediction (NWP) models have used structured lat-lon mesh grids for forecasting, which subdivide the 2D (horizontal) global surface into square grid cells of equal size. This has historically resulted in issues such as unnecessarily high resolution at the poles (the ‘pole problem’), and flow distortions at nest boundaries with the use of...
With the upcoming demand for "Internet of Things" (IoT) devices, intensive research has been conducted on sustainable power solutions for these devices. IoT devices utilize sensors embedded in everyday objects, such as light switches, doors, and vehicles, to collect and communicate data over the internet. One promising method to power these devices is indoor photovoltaics (PVs)....
Python has emerged as a powerful tool in the field of physics, revolutionizing both research and education. My poster will highlight several key applications of Python that make it indispensable for physicists today. Firstly, Python excels in numerical simulations, including Molecular Dynamics (MD), Computational Fluid Dynamics (CFD), and Monte Carlo Simulations, allowing scientists to model...