My introduction to Jonathan Plevyak’s music came from him opening for Pokey LaFarge at his album release show at 3rd and Linsley. The Maryland native relocated to Nashville alongside his bandmates in 2018. His early work displays a knack for 80s country rock on songs like “Love After Midnight” and “Like A Daydream.” Jonathan expanded on his rock sound in the decided heavier alternative side project Lombardy offering his vocal and guitar alongside Mike Scott. Cut to 2023, Plevyak seems to have lived several lives as he shifts his focus towards his rebranding. His musings have moved among Elvis Presley, Billie Holiday, Sam Cooke, and Johnny Cash. On his latest release, the Made in the Shade EP, he takes his aptitude for rock music into the jukebox age.

The opening track, “American Idols,” aims at Big Brother and the American economic machine. Plevyak’s guitar work lays an oppressive air over this hard-rocking Americana-leaning piece. His rebellious stance calls others to wake from their hypnosis and see the manipulation taking place through the powers that be, “Lock the people up/ Throw away the key/ Pour gasoline/ On the rebel wannabes/ Investigate the masses/ Through a peephole on their phones/ Empty all their pockets/ Replace em all with drones.” Those who were fans of his work in Lombardy will thoroughly enjoy the heavy treatment he gives this track. I get the flavor of the protest songs of Cash and Dylan lyrically albeit with a 70s rock glaze.

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A Review of Maya Wind, Towers of Ivory and Steel.

Often it is claimed that Israeli universities are the last bastions of academic freedom in an increasingly oppressive state. Yet a growing number of critical scholars — and now Maya Wind is first among them — have shown us that the freedom that is claimed to flourish in Israeli universities is only available for supporters of the Israeli state. Wind’s new book, Towers of Ivory and Steel: How Israeli Universities Deny Palestinian Freedom, entered production shortly before Israelis' latest onslaught in Gaza began in October 2023. The book will be published on 30 January 2024 and can be pre-ordered now.

Drawing heavily on Hebrew sources that have not been discussed in the English-language debate around Israel and Palestine, Wind documents a long history of collaboration by Israeli academic institutions in the occupation of Palestine and denial of Palestinian rights. Wind documents in painstaking detail how, from the beginning of the founding of the state of Israel in 1948 if not earlier, Israeli universities have been designed as “regionally strategic outposts for the Israeli state’s territorial and demographic project.” The locations, research focus, and academic hierarchies of Israeli universities all reflect this broader aim.

The occupation of knowledge.

First and foremost among Israeli academia’s “regionally strategic outposts” is the Hebrew University of Jerusalem, which was deliberately located in 1925 in “a remote enclave among Palestinian villages.” As the Zionist expansion project grew, so too did the campus of Hebrew University. In more recent years, the university has been heavily involved in consolidating Israel’s illegal hold over East Jerusalem. Wind documents how the administrators and staff of Hebrew University profited from the Nakba and later displacements of Palestinians from East Jerusalem throughout the 1960s and into the present. As soon as Palestinians were expelled from Jerusalem in 1948, Israel’s National Library and Hebrew University embarked on a project to loot books from Palestinian homes and libraries. As part of the Oriental Division of the National Library, these looted books currently form the core of the Middle Eastern studies collection at Hebrew University. The story of this criminal appropriation is also told by Benny Brunner and Arjan El Fassed, in their documentary The Great Book Robbery, which aired on Al-Jazeera in 2012.

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If you have found your way to read this article, something within you has been triggered consciously or otherwise to seek a path which you can take to change your life in a positive way forever. What you are about to discover shortly is not something new, but in fact a frame of mind and a process that is as old as mankind itself. You will learn that by taking a simple course of action and by following time tested instructions, your life, your mental attitude, your health and an abundance of other things will change and the physical things you desire will actually manifest themselves to you.

Before we start, it is important that you read and re-read the following, because this is the fundamental foundation.

Heres the thing: theyre all right.

Because of these conflicting viewpoints, self-esteem is a tricky little emotion to manipulate. Its important to strike a balance between modesty and greed. It takes practice to convince yourself that you are a worthwhile and deserving person, while at the same time keeping in mind that youre not the center of the universe. Though it may sound impossible, its actually simple to accomplish.

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One of the key benefits of apples is their high fiber content. Apples contain both soluble and insoluble fiber, which aids digestion, promotes regular bowel movements, and helps prevent constipation. The soluble fiber, particularly pectin, also plays a role in lowering cholesterol levels by binding to fats and aiding in their removal from the body, contributing to improved cardiovascular health.

Apples are also an excellent source of antioxidants, especially vitamin C. These antioxidants help combat oxidative stress in the body, reducing inflammation and lowering the risk of chronic diseases like heart disease, diabetes, and certain cancers. The antioxidants in apples, such as flavonoids, also support skin health, helping to fight signs of aging and protecting the skin from damage caused by harmful UV rays.

Furthermore, apples are known to have a positive impact on weight management. The high fiber content promotes satiety, making you feel full longer and helping curb overeating. Their low calorie count makes them an ideal snack for those aiming to maintain or lose weight.

In addition to promoting heart health and supporting weight management, apples are also beneficial for regulating blood sugar levels. Their natural sugars are released slowly into the bloodstream, preventing sudden spikes in blood glucose levels, which is especially important for individuals with diabetes.

Overall, apples are a versatile, nutrient-dense fruit that provides a wide range of health benefits, making them a great addition to any diet.

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With Kamala Harris emerging as the official Democratic candidate for the presidency of the United States — arguably one of the most powerful positions in the world — the fear of a world led by women is, once again, reignited.
This is evident in the Republican candidate’s campaign, which not-so-subtly suggests women aren’t capable of leading anything beyond a bake sale, and the heightened scrutiny of Harris’s appearance, tone, and demeanour — much of which, unsurprisingly, plays into sexist and racist tropes. But also, in a broader panic about the supposed ‘feminisation’ of our world.
The claim that everything is becoming ‘feminised’ — the West, men, education, the workplace, the home, etc. — has become such a popular cry among certain segments of society you’d think we’re mere years away from exiling men who leave the toilet seat up to outer space and renaming the planet to ‘Estrogenia.’ But the reality is far different. Women still occupy just a fraction of legislative seats globally, and only 26 of the 193 UN member countries are currently led by women (in most cases, these leaders are also the first female heads of state or government their countries have ever had.)
Of course, for those who believe women are inherently unsuited to such roles or anything else outside the domestic sphere, even one woman in a position of authority is one too many. Still, setting aside all the biases and prejudices against women, which, sadly, continue to run deep in our world, how would one actually look like if women held more power?
What if, hypothetically, the whole world were ruled entirely by women?
And why does the idea seem so frightening to some?
Growing up, the idea of a female-led world was quite foreign to me. After all, practically everywhere I looked — politics, media, church — it was men who called the shots. The only woman in a position of authority I can recall from childhood is my primary school principal. And that’s it.The image of a man in power, surrounded by a dozen other men, standing on a raised platform and looking down at women while telling them how to serve men is permanently etched in my mind, filed under the category, ‘I can’t believe this is real.’

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Chinese New Year, also known as the Spring Festival, is the most important traditional holiday in China. It marks the beginning of the lunar new year and typically falls between January 21 and February 20. The celebration lasts for 15 days, with the final day known as the Lantern Festival. This vibrant holiday is steeped in customs and rich symbolism, including the reunion of family members, honoring ancestors, and wishing for prosperity, happiness, and good fortune.

One of the key traditions is the family reunion dinner, usually held on the eve of the new year, where families gather to enjoy lavish meals. Dumplings, fish, and rice cakes are common dishes, each symbolizing wealth, abundance, and good luck. Red decorations, such as lanterns and couplets, adorn homes, as red is believed to bring good fortune and ward off evil spirits.

Another highlight of Chinese New Year is the lion and dragon dances, which are performed in many cities to drive away bad luck and bring in positive energy. Fireworks and firecrackers are also a central part of the festivities, symbolizing the driving away of evil spirits.

Each year is associated with one of the 12 zodiac animals, and Chinese New Year is a time for people to reflect on the past year and look forward to new beginnings.

The streets, once bustling with activity, become quieter. Puddles form on the sidewalks, mirroring the overcast sky, and the air feels fresher, tinged with the earthy scent of rain on dry ground. People hurry along under umbrellas or seek shelter in cafes, while others find joy in the refreshing coolness that the rain brings. The rain, with its constant flow, transforms the world in subtle ways, softening the harsh edges of daily life.

For some, rainy days are an opportunity for rest and comfort—perfect for curling up with a good book or enjoying a hot drink. For others, it’s a time for reflection or creativity. No matter how it’s spent, a rainy day always carries a certain peace, making it a cherished pause in the fast-paced world.

Johannes Nicolaus Bronsted (1889–1966) was a renowned Danish chemist best known for his development of the Bronsted-Lowry theory of acids and bases. Born on February 22, 1889, in Varde, Denmark, Bronsted showed an early interest in science and went on to pursue his education at the University of Copenhagen. He completed his doctoral studies in 1912, specializing in physical chemistry. Afterward, Bronsted became a professor at the University of Copenhagen in 1924, where he would remain for the rest of his academic career.

In 1923, Bronsted, alongside British chemist Thomas Martin Lowry, independently proposed a groundbreaking theory to redefine acids and bases. The Bronsted-Lowry theory expanded on earlier definitions, particularly those established by Svante Arrhenius. According to the Bronsted-Lowry theory, an acid is a substance that donates a proton (H⁺), and a base is a substance that accepts a proton. This new approach provided a more comprehensive understanding of acid-base reactions, extending beyond aqueous solutions to include non-aqueous environments.

Bronsted's research also delved into the study of catalysis and chemical equilibria. He contributed significantly to the understanding of reaction mechanisms and proton transfer in various chemical processes, particularly in organic chemistry and biochemistry. His work influenced a broad range of disciplines, including industrial chemistry and pharmacology, as well as the development of acid-base theories in biological systems.

Bronsted’s academic achievements earned him several honors, including the Perkin Medal in 1933 for his work in applied chemistry. He retired in 1956, but continued to contribute to scientific research until his death on December 10, 1966. His collaboration with Lowry remains a foundational aspect of modern chemistry, and the Bronsted-Lowry acid-base theory continues to shape the study of chemical reactions today.

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The human eye is a complex organ that allows us to perceive light and images, providing us with vision. Here's an overview of its structure and function:

### 1. **Parts of the Human Eye:**
- **Cornea:** The transparent, dome-shaped surface that covers the front of the eye. It helps focus light entering the eye.
- **Pupil:** The dark circular opening in the center of the iris (the colored part of the eye). It controls the amount of light entering the eye by adjusting in size.
- **Iris:** The colored part of the eye that surrounds the pupil and controls its size, regulating light intake.
- **Lens:** Located behind the pupil, it focuses light onto the retina. The lens can change shape to focus on objects at different distances, a process called accommodation.
- **Retina:** The light-sensitive layer at the back of the eye, where photoreceptor cells (rods and cones) convert light into electrical signals.
- **Rods:** Photoreceptors that detect light and dark and help with vision in low-light conditions.
- **Cones:** Photoreceptors that detect color and detail in brighter light conditions.
- **Optic Nerve:** A bundle of nerve fibers that transmits visual information from the retina to the brain.
- **Macula:** The central part of the retina, responsible for sharp, central vision.
- **Fovea:** A small depression in the retina, part of the macula, where the highest concentration of cones is found, offering the sharpest vision.

### 2. **How the Eye Works:**
- Light enters the eye through the cornea, which bends (refracts) it towards the pupil.
- The pupil regulates the amount of light entering the eye by constricting or dilating.
- Light passes through the lens, which further focuses it onto the retina.
- The retina converts the light into electrical signals, which are transmitted to the brain via the optic nerve.
- The brain interprets these signals to form images.

### 3. **Visual Perception:**
- The brain processes the visual information received from both eyes, allowing us to perceive depth, color, and motion. The information from the two eyes also combines to give a stereoscopic (3D) view of the world.

### 4. **Common Eye Conditions:**
- **Myopia (Nearsightedness):** Difficulty seeing distant objects clearly.
- **Hyperopia (Farsightedness):** Difficulty seeing close objects clearly.
- **Astigmatism:** Distorted vision caused by an irregular shape of the cornea or lens.
- **Presbyopia:** Age-related difficulty focusing on close objects due to loss of lens flexibility.

The human eye is a marvel of biological engineering, enabling us to interact with the world through sight.

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Oxygen is a crucial element for life on Earth, offering a wide array of benefits across biological, medical, and industrial fields. Its most vital role is in respiration. All aerobic organisms, including humans, rely on oxygen to produce energy. Through cellular respiration, oxygen is transported to cells where it helps convert glucose into energy in the form of ATP. This energy fuels bodily functions such as movement, digestion, and thought processes, making oxygen indispensable for survival.

Beyond energy production, oxygen supports the immune system. The body’s white blood cells utilize oxygen to create reactive oxygen species (ROS) during immune responses. These molecules help destroy pathogens, bacteria, and viruses, playing a key role in defending the body against infections.

Oxygen also plays a vital role in the brain's function. The brain requires a significant amount of oxygen to maintain cognitive processes like thinking, memory, and concentration. Without a steady supply, brain activity can slow, leading to impaired thinking and reduced mental capacity.

In medicine, oxygen is used in treatments such as oxygen therapy for patients with respiratory conditions like asthma, COPD, or pneumonia. It is also used in hyperbaric oxygen therapy to promote wound healing, reduce inflammation, and treat carbon monoxide poisoning.

In industrial applications, oxygen is used in steel manufacturing, welding, and water treatment. It enhances combustion processes, increases efficiency, and helps purify water. Oxygen's versatility makes it indispensable not only for life but also for various technological advancements.

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