It's FOSSThere are two types of Linux users... 🤣
| Youtube | https://www.youtube.com/@Amorousstake5 |
| X(Twitter) | https://www.twitter.com/@soucpl |
| BlueSky | https://bsky.app/profile/soucplam5.bsky.social |
| Location | West Bengal, India |
Soucpl
@amorousstake5
- 4 Followers
- 37 Following
- 244 Posts
Creating Chess content and playing chess on chess.com and lichess.org and pursuing Physics at the Undergraduate level
Malware beware? Australia's Azul is now available for everyone to use.
ONLYOFFICE's new release. 👇
CoreCollective is a new outfit that is dedicated to support work surrounding Arm.
Mastodon EngineeringWe're looking for two Backend Ruby on Rails Web Developers to work with us remotely as part of the core team.
Ideally you are:
1. Very experienced with Ruby on Rails
2. Proficient in PostgreSQL, and familiar with Redis and Elasticsearch
3. Experienced in developing maintainable and scalable web backend and API systems
This remote full-time position requires a 4-hour overlap with the CET timezone.
For more info/to apply: https://jobs.ashbyhq.com/mastodon/ac9d4f66-13e8-44d1-bb82-a929ebca8a27
Frédéric JacobsToday is "reminder they use AWS US-EAST-1" day.
https://health.aws.amazon.com/health/status
https://health.aws.amazon.com/health/status
BasicAppleGuy
arXiv PhysicsThe Prediction and Interpretation of Singularities and Black Holes: From Einstein and Schwarzschild to Penrose and Wheeler https://arxiv.org/abs/2508.00034 #physicshistph #grqc
The Prediction and Interpretation of Singularities and Black Holes: From Einstein and Schwarzschild to Penrose and Wheeler
The Schwarzschild solution was the first exact solution to Einstein's 1915 field equations, found by Karl Schwarzschild as early as 1916. And yet, physicists, mathematicians and philosophers have struggled for decades with the interpretation of the Schwarzschild solution and the two singularities appearing in it when it is written in polar coordinates. This article distinguishes between eight different ways in which the two singularities have been interpreted between 1916 and the late 1960s, when Penrose's first singularity theorem shed new and lasting light on the interpretation of the Schwarzschild solution.
Experimental Physics Laboratory 2: Calculating the Value of Water Density using Metal Rod and Water Container https://arxiv.org/abs/2508.02682 #physicsdataan #physicssocph #physicsedph
Experimental Physics Laboratory 2: Calculating the Value of Water Density using Metal Rod and Water Container
This article presents a detailed analysis of an undergraduate physics laboratory experiment designed to determine the density of water using fundamental measurement techniques and data analysis methods. The experimental setup consists of a precision scale, a graduated container filled with water, and a suspended metal rod held by a crank, allowing for controlled displacement measurements. The primary objective of this experiment is to reinforce essential concepts in experimental physics, particularly in deriving physical models that correlate measurable quantities, performing precise measurements, and analyzing data using regression techniques via ordinary least squares methods for fitting data into linear models. This article aims to provide students with a theoretical and computational aid to explore the physical interpretations of this experiment. I developed a theoretical framework to introduce the fundamental concepts of hydrostatics, Newtonian mechanics, and the primary equations used in the experiment. I supplied Python code with thorough explanations that performs analysis on the experiment.
cloud walker