Painting of the Day

                                                     Painted this landscape for a friend .











.

Comments

Post a Comment

Popular posts from this blog

Developing a Unified Framework: From Pendulum Energy Coupling to Quantum Gravity

Image
  🚀 Developing a Unified Framework: From Pendulum Energy Coupling to Quantum Gravity To fully develop a Quantum Tensor Cosmology Model that connects Quantum Mechanics (QM) and General Relativity (GR) , we must start from a simple mechanical system —the pendulum . 🔷 Why the Pendulum? The pendulum embodies fundamental energy coupling between kinetic and potential energy. It represents a classical analog to quantum oscillations in field theories. It allows us to derive mathematical structures that can be extended to relativity and quantum gravity. 📖 Step 1: Understanding Energy Coupling in a Classical Pendulum The total energy of a simple pendulum with mass m m , length l l , and angle θ \theta from vertical is: E = K + U E = K + U where: Kinetic Energy K = 1 2 m v 2 = 1 2 m ( l θ ˙ ) 2 K = \frac{1}{2} m v^2 = \frac{1}{2} m (l \dot{\theta})^2 Potential Energy U = m g h = m g l ( 1 − cos ⁡ θ ) U = mgh = mg l (1 - \cos\theta) This system exhibits periodic energ...
Read more

Painting of The Day

Image
On The Green  On The Green is an extension of Dream Field ,I wanted to add some depth to the middle ground, so I added mountain peaks rising above the clouds. It gives me the feeling of been on the green, hence the name.                                                                                                                                                                 
Read more

Theory of Evolution vs The second Law of Thermodynamics.

The theory of evolution verses the second law of thermodynamics. The theory of evolution states that all life started spontaneously in one direction through a process of variation and natural selection, that is, over time a simple form of life will evolve into one that is irreducible and complex.   The second law of thermodynamics states, that for any natural process that occurs in an isolated system, the final state of the system is more disordered than the initial state. What is important here is the direction of the process. Each process points in the opposite direction and is considered irreversible, hence the term ‘irreducible complexity’, and increase randomness. Entropy is quantitative measure of randomness or disorder and the total entropy of the universe increases in the same direction over time. It increases.   The second law is also a statement of impossibility, meaning that, it is impossible for any spontaneous natural process to proceed in the opposite direction...
Read more