Lettre Anonyme 🇨🇮

Lettre Anonyme est une plateforme indépendante portant un regard critique sur le débat politique en 🇨🇮...Pour l'amour de la Patrie...✍️

[Lettre Anonyme 🇨🇮 @MessageAno_225]

Il est le sachant, celui qui a placé sa miséricorde au "superlatif",qui donne sans compter et qui exige qu'on soit à son image...Il est le printemps de tout nos intempéries, la douceur de nos douleurs...

[Jacqueline Fatima Bocoum @fatima_bocoum]

Il nya qu’un Seul Décideur. De sa miséricorde, découle notre destin fait pour les uns, de grandes constructions personnelles et de solides fondations spirituelles. Nous creusons des ravins ou nous hissons des ponts. Tout dépend de ce que nos actions nous prêtent comme réputation

[Pharm. Oluoma @zizelle_]

WHAT CAUSES CONSTIPATION?

Most times, constipation is a result of our lifestyles, including;

- Not eating enough fiber eg fruits, vegetables and legumes
- Being constantly dehydrated
- Lack of physical activity
- Ignoring the urge to use the loo
- Changes in normal routine

[Pharm. Oluoma @zizelle_]

NATURAL WAYS TO TREAT CONSTIPATION

Being constipated does not just mean straining to pass waste, but also having less than 3 bowel movements weekly.

Does this sound like you?

This thread seeks to help. 🧵

[Physics In History @PhysInHistory]

What I'm really interested in is whether God could have made the world in a different way; that is, whether the necessity of logical simplicity leaves any freedom at all.

- A. Einstein

[Physics In History @PhysInHistory]

The Dyson series is a method used in quantum mechanics to describe how a quantum system evolves over time when influenced by a time-dependent interaction. In a simple situation where the system is not being perturbed, the evolution is governed by the time-independent Schrödinger equation. However, when an external influence—like a changing electromagnetic field or some interaction with another system—is present, the Hamiltonian becomes time-dependent. This makes solving the Schrödinger equation directly much more complex.

To handle this, the Dyson series provides a way to approximate the system's time evolution by expanding the solution into a series, much like a Taylor expansion. It breaks down the evolution into stages: the system experiences the interaction once, then twice, then three times, and so on, with each term in the series representing a higher order of interaction. The terms are also time-ordered, meaning the sequence in which the interactions happen matters—this is essential in quantum mechanics, where the order of operations can change outcomes.

[Atul Kumar @atulkumarzz]

Google loves keeping valuable websites hidden from you.

Here are 50 AI websites you probably didn’t know existed (until now) ⬇️

[Physics In History @PhysInHistory]

In the 1940s, Subrahmanyan Chandrasekhar was committed to his teaching role at the University of Chicago, despite being based at the Yerkes Observatory. Each week, he traveled 80 miles to teach a special course attended by only two students. The students were Tsung-Dao Lee and Chen-Ning Yang. They proved their mentor's faith was well-placed when they both won the Nobel Prize in Physics in 1957, years before Chandrasekhar received the same honor in 1983. Remarkably, this course went down in history as the only one where every attendee received a Nobel Prize, underscoring the extraordinary impact of Chandrasekhar's dedication and teaching.

📷 AIP Emilio Segrè Visual Archives, Physics Today Collection

[Zone Presse📰 @ZonePresse_]

´🟥 CURSUS POUR DEVENIR PRÊTRE

Diplôme d’État
• Aspirandat : 1 an
• Propédeutique : 1 an
• Philosophicum : 3 ans
• Theologicum : 4 ans
• Stage : 1 an

Principaux cours :

• Initiation à la Bible (Ancien et Nouveau Testament)
• Spiritualité et mystère chrétien
• Philosophie (africaine, ancienne, médiévale, moderne, contemporaine)
• Théologie et morale chrétienne
• Liturgie et pastorale
• Langues (français, latin, anglais)
• Musique sacrée et hagiographie
• Sciences humaines (psychologie, sociologie, linguistique)
• Méthodologie, épistémologie, et herméneutique
• Religions traditionnelles africaines et philosophie des religions
• Droit, pédagogie, et gestion des biens

À vous l’antenne …

[Bedroom Fitness @BedroomFitnes]

Dear men,

Testosterone is what keeps you alive.

Here's the 8 proven foods to boost it naturally:

1. Ginger

Check Thread 👇

[Physics In History @PhysInHistory]

Maryam Mirzakhani would turn 48 today. In 2014, she became the first woman to be awarded the Fields Medal for her groundbreaking discoveries in the dynamics and geometry of Riemann surfaces. She made significant contributions to the field of mathematics, particularly in the area of hyperbolic geometry and the study of geometric structures on surfaces.

Sadly, Maryam passed away in 2017 at the age of 40 due to complications from breast cancer. Her untimely death was a significant loss to the mathematical community.

📷 Mott Carter/Clay Mathematics Institute

[Physics In History @PhysInHistory]

Born today in 1788: Augustin-Jean Fresnel was a French physicist and engineer, best known for his foundational contributions to the wave theory of light. Born in 1788, Fresnel emerged as a central figure in optics during the early 19th century, a time when Newton’s corpuscular (particle) theory of light still held considerable sway. Fresnel's most significant scientific contribution was his experimental and theoretical demonstration that light behaves as a wave, thereby challenging and eventually displacing the dominant Newtonian model.

One of Fresnel's key accomplishments was his explanation of the phenomenon of interference—where light waves superpose to produce regions of brightness and darkness. In collaboration with François Arago, he performed critical experiments that showed how two coherent light sources could create an interference pattern, offering compelling evidence for the wave nature of light. He also introduced the concept of transverse light waves and mathematically modeled how such waves could account for polarization, another phenomenon that defied explanation under the particle theory. Most famously, Fresnel developed the equations now known as the Fresnel equations, which describe how light is reflected and refracted at the boundary between two media. He also introduced the Fresnel integrals and constructed the Fresnel zone theory to analyze diffraction, making sense of light behavior when it encounters obstacles and apertures. His work on diffraction led to the successful prediction of the central bright spot (later called the Arago spot) in the shadow of a circular object—an outcome that had seemed impossible under particle theory and which decisively favored the wave interpretation.

Outside of pure theory, Fresnel made practical contributions by inventing the Fresnel lens, a revolutionary optical design composed of concentric rings. This design allowed for large, lightweight lenses with excellent focusing power, greatly improving the effectiveness of lighthouses and marine navigation. The Fresnel lens remains in use today in various applications, including automobile headlights and projection systems.

[Health Prefect @healthprefectt]

5. Boosts Kidney Health 💧

Bananas are good for your kidneys, too! Research has shown that diets rich in potassium, like those that include bananas, can reduce the risk of kidney stones.

Potassium helps the kidneys flush out waste and toxins, keeping them functioning properly.

[Prince Fynn @Prince_Fynnz]

These are top natural foods y'all should include to your daily meal.

-Ginger
-Tumeric
-Onions
-Cabbage
-Tomatoes
-Eggs
-Unripe Plantain
-Cucumber
-Sweet potato
-Pepper
-Beans
-Beets
-Liver
-Red meat
-Nut and seeds
-Fish
-Garlic
-Broccoli
-Pomegranate
-Watermelon
-Banana
-Cloves
-Bitter leaves
-Vegetables
-Apple
-Carrot
-Avocado
-Mushrooms
- Orange
- Curry
- Thyme

Enjoy these natural and delicious foods with your family over the weekend!!

Repost for others!!

[Physics In History @PhysInHistory]

In the 1950s, for many years, Richard Feynman offered a mysterious course called Physics X for undergraduates in a small basement room. Years later, some physicists recalled this seminar course as the most intellectually profound experience of their education.

[Physics In History @PhysInHistory]

Maria Skłodowska-Curie’s experimental notebooks from the late 19th century are still too radioactive to be handled without protection. They will continue to be until at least 3511.

[Bajabulile Swazi Tshabalala @BSTForAfrica]

Africa’s moment is now. Through LiFT Africa, I’m offering a clear plan for transformational growth rooted in infrastructure, private capital investments, and stronger institutions.
#LiFTAfrica #Africa2030 #BSTforAfrica

[Barbara Oneill @BarbaraOneillAU]

Parasites don’t stand a chance! 🚫🪱
Here are 11 powerful natural parasite destroyers you can start adding to your wellness routine:
Pumpkin seeds, papaya seeds, black walnut, clove, oregano oil, and more! 🌿

These herbs and oils have been used for generations to support a healthy gut, fight infections, and flush out unwanted invaders.

Start cleansing naturally. Your body will thank you.

[Physics In History @PhysInHistory]

Bernhard Riemann's 1854 habilitation lecture introduced the idea of a manifold with a smoothly varying positive-definite metric tensor—well before the formal definition of tensors existed.

[Pharm. Greatman @OGreat6]

🔑 BENEFITS OF COLD SHOWER

- Boosts your energy and alertness
Cold water shocks your body awake, making it great for starting your day.

- Improves blood circulation
Cold showers cause blood vessels to tighten, helping blood move more efficiently through the body.

- Reduces muscle soreness too
Athletes often use cold water to help recover after intense workouts.

- Strengthens your immune system
Some studies suggest that cold showers can increase white blood cells, which help fight infections.

- May improve mood
Cold water can increase dopamine levels, which may help with symptoms of depression.

- It may improve testosterone levels and sperm health

[Physics In History @PhysInHistory]

Mathematical Methods of Physics by Jon Mathew and R. L. Walker ✍️