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The Conspicuous Elite
Peter Ayolov, Sofia University ‘St. Kliment Ohridski’, 2026 Abstract By 2026, the institutional power elite described by C. Wright Mills has not dissolved but reappeared as a conspicuous platform elite, whose authority depends on continuous visibility, biographical myth, and algorithmic amplification. Power is exercised less through discrete command and deliberation than through spectacle, attention, and the conversion of domination into an aspirational life-model. Rereading The Power Elite from the standpoint of 2026, the article foregrounds Mills’s 1956 warning about ‘higher immorality’: a structural condition in which decision-makers at the summits of corporate, political, and military power are insulated from the moral consequences of their actions by distance, scale, bureaucracy, and abstraction. The article argues that higher immorality was never a period detail of mid-century America but an early diagnosis of a durable logic of modern power that has since intensified under platform capitalism. In the contemporary environment of celebrity governance, technical delegation, and algorithmic mediation, higher immorality operates less through secrecy and denial than through public performance and normalisation. In this sense, elite rule culminates in what this article calls ‘The Conspicuous Elite’ or ‘Platform Elite’, where authority is no longer concealed by institutions but performed openly through visibility, narrative, and attention.
By Peter Ayolov18 days ago in BookClub
Mastering Multi-Channel Signs: Why Your Face Is as Important as Your Hands
When learning British Sign Language (BSL), many beginners focus almost entirely on their hands. Hand shapes, movements, and positioning feel like the most obvious parts of signing. However, BSL is not just a manual language. It is a visual language that relies on the whole upper body, especially the face.
By biloguard18 days ago in Chapters
From Chaos to Calm: Train Your Dog in 7 Days.
Bringing home a new puppy — whether it’s a puppy with tons of energy or an adult dog with old habits — can feel like stepping into beautiful chaos. One minute they’re melting your heart with those innocent eyes, and the next they’re chewing on shoes, barking nonstop, or running errands at 1 a.m.
By Paw Planet 18 days ago in Petlife
Once Upon A VHS Podcast
The Once Upon A VHS Podcast is billed as a queer and never-ending quest through the fantasy films of the 80s & 90s, and all the memories and feelings they conjure up. From animated adventures and sword and sorcery epics to magical romcoms and fairytale horror, the creators/hosts, Michael and Callum, will journey through the big blockbusters and cult classics.
By Frank Racioppi18 days ago in Pride
The 10 Most Trusted Crypto Recovery Companies in 2025
The volatile landscape of cryptocurrency is accompanied by persistent risks of theft, fraud, and loss. In response, a specialized sector of blockchain intelligence and forensic firms has emerged. This sector is distinct from the parallel industry of recovery scams, making critical discernment between legitimate operators and bad actors essential for potential clients.
By Milan Roberts18 days ago in 01
Weight Loss Drugs and Cancer: What the Research Really Shows. AI-Generated.
It’s becoming harder to ignore weight loss drugs like Mounjaro and Wegovy. Once limited to research trials and specialist clinics, these medications are now part of everyday conversation, from celebrity culture and social media to NHS policy discussions and global pharmaceutical markets.
By Alex19 days ago in Longevity
Egypt Gaming Market Analysis: Industry Overview, Key Players & Future Outlook. AI-Generated.
According to IMARC Group's latest research publication, Egypt gaming market size reached USD 843.29 Million in 2024. The market is projected to reach USD 1,722.62 Million by 2033, exhibiting a growth rate (CAGR) of 8.26% during 2025-2033.
By Abhay Rajput19 days ago in Futurism
Louvre Museum Crown Left Crushed but ‘Intact’ After Daring Heist. AI-Generated.
Paris – The Louvre Museum is no stranger to priceless artefacts, but even seasoned curators were shocked when one of its most iconic treasures — the crown of Empress Eugénie — was left crushed yet remarkably “intact” after a daring robbery last October. The crown, a 19th-century masterpiece adorned with over 1,350 diamonds, 56 emeralds, and eight golden eagles, was abandoned by the thieves during their escape, providing a rare chance for experts to restore a priceless piece of French history without losing its original elements.
By Ayesha Lashari19 days ago in Art
Longest Spell of Rainy Days Since 1908, University Study Reveals. AI-Generated.
Introduction: A Record-Breaking Rainfall Event Weather records are often broken, but some milestones stand out as truly historic. According to a recent university study, the world has experienced the longest spell of rainy days since 1908, marking more than a century since such a prolonged period of continuous rainfall was recorded. This discovery has stunned climate scientists and meteorologists. While rain is a natural part of the Earth’s climate system, such an extended period of rainfall raises serious questions about climate change, shifting weather patterns, and the increasing frequency of extreme events. What Does “Longest Spell of Rainy Days” Mean? A “spell of rainy days” refers to a continuous period during which rain falls day after day without significant breaks. Meteorologists track such patterns using weather stations, historical records, and modern satellite data. The university researchers analyzed decades of meteorological data and concluded that the recent rainfall period surpassed any continuous rainy spell recorded since 1908. This makes it one of the longest and most persistent rainfall events in modern recorded history. Why Is This Record Important? Breaking a rainfall record that has stood for more than 100 years is not just a statistical curiosity. It signals potential changes in global and regional climate systems. 1. A Sign of Changing Climate Patterns Climate scientists have long warned that global warming can intensify the water cycle, leading to more extreme rainfall, floods, and storms. 2. Impact on Ecosystems and Agriculture Prolonged rainfall can affect soil quality, crop production, and natural ecosystems. While rain is essential for life, too much rain can damage crops, cause soil erosion, and disrupt ecosystems. 3. Increased Flood Risks Extended rainy periods significantly increase the risk of floods, landslides, and infrastructure damage, especially in urban and low-lying areas. What Caused the Prolonged Rainfall? Scientists believe several factors contributed to the record-breaking rainy spell. 1. Warmer Atmosphere Holding More Moisture A warmer atmosphere can hold more water vapor. As global temperatures rise, the atmosphere releases more intense and prolonged rainfall. 2. Changing Jet Stream Patterns The jet stream, a fast-moving air current in the upper atmosphere, influences weather systems. Changes in the jet stream can cause weather patterns to stall, leading to persistent rain in certain regions. 3. Ocean Temperature Changes Warmer oceans contribute to more evaporation and moisture in the air. This moisture can fuel storms and prolonged rainfall events. 4. Natural Climate Cycles Phenomena like El Niño and La Niña can influence rainfall patterns, sometimes causing unusually wet or dry conditions in different parts of the world. Historical Context: Comparing 1908 to Today The year 1908 is often used as a benchmark in meteorological records because it marks the early era of systematic weather data collection. Back then, instruments were simpler, and global coverage was limited. Today, scientists have advanced tools, including satellites, radar systems, and global weather stations, allowing for precise measurement of rainfall patterns. This makes modern records highly reliable and valuable for climate research. The fact that the recent rainy spell surpassed a record from over a century ago highlights the magnitude of the event. The Role of Universities and Climate Research Universities play a crucial role in climate science. Researchers analyze historical data, develop climate models, and study extreme weather events to understand how the climate is changing. This particular study used a combination of: Long-term meteorological records Satellite observations Climate models Statistical analysis Their findings contribute to the growing body of evidence that climate change is altering weather patterns in significant ways. Impacts on Society and Infrastructure 1. Urban Flooding Cities are particularly vulnerable to prolonged rainfall. Drainage systems can be overwhelmed, leading to flooded streets, damaged homes, and disrupted transportation. 2. Economic Losses Floods and prolonged rain can cause billions of dollars in damage to infrastructure, agriculture, and businesses. Insurance costs also rise after such events. 3. Public Health Concerns Standing water can lead to the spread of diseases, while damp conditions can cause mold and respiratory issues in homes. Climate Change and Extreme Weather: A Growing Connection Scientists increasingly link extreme weather events to climate change. While no single event can be attributed entirely to global warming, trends show that: Heavy rainfall events are becoming more frequent Storms are becoming more intense Weather patterns are becoming more unpredictable The record-breaking rainy spell fits into this broader pattern of climate instability. What This Means for the Future 1. More Frequent Extreme Rainfall Climate models suggest that prolonged rainfall events may become more common as the planet warms. 2. Need for Climate-Resilient Infrastructure Governments and cities must invest in better drainage systems, flood defenses, and climate-resilient infrastructure. 3. Importance of Climate Policy Reducing greenhouse gas emissions is essential to slow down climate change and reduce the severity of extreme weather events. How Communities Can Prepare Communities and individuals can take steps to prepare for prolonged rainfall and flooding: Improve home drainage systems Avoid building in flood-prone areas Support local climate adaptation policies Stay informed about weather warnings and evacuation plans Education and awareness are key to reducing risks and saving lives. The Psychological Impact of Persistent Rain Extended rainy periods can also affect mental health. Lack of sunlight, disruptions to daily life, and anxiety about floods can lead to stress and depression. Public health systems should consider mental health support as part of disaster preparedness strategies. The Bigger Picture: Climate Records as Warning Signs Weather records are not just numbers—they are warning signs. Each broken record tells a story about how the Earth’s climate is changing. The longest spell of rainy days since 1908 is a reminder that climate change is not a distant future problem. It is happening now, affecting weather patterns, ecosystems, and human societies. Conclusion: A Century-Old Record Broken The discovery of the longest spell of rainy days since 1908 is a historic milestone in climate science. It highlights the growing influence of climate change on weather patterns and the increasing risk of extreme events. As the planet continues to warm, such records may become more common. The challenge for humanity is not just to understand these changes but to adapt, mitigate risks, and protect communities. This record-breaking rainfall event serves as both a scientific achievement and a warning signal—a reminder that the climate system is changing, and the time to act is now.
By Abid Ali19 days ago in Earth
How to Choose an Ecommerce Web Design Company for BigCommerce Development?
When I first decided to move my business into the world of online selling, I felt like I was standing at the base of a very tall, very steep mountain. I had my products ready, I knew my customers, but the technical side of things? That felt like a foreign language.
By Jane Smith19 days ago in Futurism
Households Told Not to Use Gas Hobs on Monday: What Happened and Why It Matters. AI-Generated.
Introduction: An Unusual Warning to Millions of Homes In a rare and alarming advisory, households were told not to use gas hobs on Monday, triggering confusion, concern, and debate among consumers and experts alike. Gas hobs—commonly used for cooking in millions of homes—are usually considered safe and reliable. So why would authorities advise people to stop using them, even temporarily? This warning highlights growing concerns about gas safety, infrastructure reliability, and the broader challenges facing energy systems around the world. It also raises questions about how prepared households and governments are for unexpected disruptions in essential utilities. What Are Gas Hobs and Why Are They Important? Gas hobs are stovetops that use natural gas or liquefied petroleum gas (LPG) to cook food. They are popular in many countries because they: Heat up instantly Offer precise temperature control Are cheaper than electric cooking in some regions Are widely installed in older and newer homes For many households, gas hobs are essential daily appliances, making any warning about their use a serious issue. Why Were Households Told Not to Use Gas Hobs? Authorities issued the warning due to concerns about gas supply stability, safety risks, or potential system faults. While specific reasons can vary depending on the country and situation, such advisories are usually linked to: 1. Gas Pressure or Supply Issues If gas pressure becomes unstable, appliances like hobs may not function safely. Low or fluctuating pressure can cause incomplete combustion, leading to dangerous carbon monoxide production. 2. Pipeline or Infrastructure Maintenance Sometimes gas networks undergo urgent maintenance or emergency repairs. Authorities may advise people to avoid using gas appliances during critical periods to reduce risk. 3. Safety Hazards or Technical Faults If a defect is detected in gas systems, regulators may issue temporary warnings to prevent accidents, fires, or explosions. 4. Energy System Stress During extreme weather or high demand, energy systems can be strained. Reducing gas use for a short period can help stabilize the network. Public Reaction: Confusion and Concern For many households, the warning came as a surprise. People rely on gas hobs for cooking daily meals, and being told not to use them—even for a day—caused frustration and anxiety. Some consumers questioned: Is my home unsafe? Should I switch to electric appliances? Could this happen again? Is the energy system becoming unreliable? Social media discussions quickly spread, with people sharing concerns, alternative cooking methods, and criticism of authorities. Gas Safety: A Hidden Risk in Modern Homes Gas appliances are generally safe when properly installed and maintained, but they can pose serious risks if something goes wrong. Common Gas Risks Include: Gas leaks Carbon monoxide poisoning Fires and explosions Faulty installations or aging infrastructure Carbon monoxide, in particular, is a silent killer because it is odorless and invisible. That’s why many countries recommend carbon monoxide detectors in homes with gas appliances. The Bigger Picture: Energy Infrastructure Under Pressure This warning is not just about gas hobs—it reflects broader challenges facing energy systems worldwide. 1. Aging Infrastructure Many gas pipelines and networks are decades old. Aging infrastructure increases the risk of leaks, failures, and emergencies. 2. Growing Energy Demand As populations grow and economies develop, demand for energy increases. This puts pressure on existing systems, especially during peak times. 3. Transition to Clean Energy Many countries are transitioning from gas to renewable energy. This transition can create temporary instability as old systems coexist with new technologies. Gas vs Electric: A Changing Debate The advisory reignited the debate between gas and electric cooking. Advantages of Gas Cooking Instant heat control Lower operating costs in some regions Preferred by professional chefs Advantages of Electric and Induction Cooking Safer with no open flames More energy-efficient Better for indoor air quality Compatible with renewable electricity Some experts believe such warnings may accelerate the shift toward electric and induction cooktops. What Households Can Do During Such Warnings When authorities issue safety advisories, households should take them seriously. Here are some steps people can take: 1. Use Alternative Cooking Methods Electric kettles Microwaves Electric stoves Outdoor grills (safely and legally) 2. Check Gas Appliances Ensure appliances are serviced regularly Look for signs of leaks (smell, hissing sounds) Install carbon monoxide detectors 3. Stay Informed Follow official updates Avoid rumors and misinformation Follow safety instructions from authorities Economic and Social Implications Even a temporary gas warning can have economic and social impacts. For Households Disruption of daily routines Additional costs for alternative appliances Anxiety about safety For Businesses Restaurants and food businesses may face operational challenges Energy companies may face public scrutiny Policy debates may intensify What This Means for Energy Policy Such incidents often influence government policies. Authorities may: Invest more in infrastructure upgrades Promote electric appliances and renewables Strengthen safety regulations Launch public awareness campaigns The warning could become a case study in how energy systems must adapt to modern demands and safety expectations. The Role of Public Communication One of the biggest challenges during such incidents is communication. Clear, transparent messaging is essential to prevent panic and misinformation. Authorities must explain: Why the warning was issued How long it will last What risks are involved What steps households should take Good communication builds trust and ensures public cooperation. A Glimpse Into the Future of Home Energy The gas hob warning may seem like a small event, but it reflects a larger trend: home energy systems are changing. In the future, many homes may rely on: Electric and induction cooking Smart energy systems Renewable power sources Energy storage batteries Gas may gradually become less common as countries aim to reduce carbon emissions and improve safety. Conclusion: A Small Warning With Big Implications Being told not to use gas hobs for a day may seem like a minor inconvenience, but it highlights critical issues about energy safety, infrastructure reliability, and the transition to cleaner energy. This incident reminds us that essential systems we rely on daily—like gas and electricity—are complex and vulnerable. It also shows the importance of preparedness, public awareness, and investment in modern, safe, and sustainable energy solutions. As the world moves toward a cleaner energy future, such warnings may become part of the growing pains of transformation. For households, it is a reminder to stay informed, prioritize safety, and be ready for change.
By Abid Ali19 days ago in The Swamp
Germany Discovers Massive 43 Million-Ton Lithium Reserve Beneath Abandoned Gas Field. AI-Generated.
Introduction: A Hidden Treasure Beneath the Ground In a discovery that could transform Europe’s energy future, Germany has uncovered an enormous lithium reserve estimated at 43 million tons beneath an abandoned gas field. This find is being described as one of the world’s largest known lithium resources, and it comes at a critical moment as nations race to secure materials needed for the green energy transition. Lithium is a key ingredient in batteries used for electric vehicles (EVs), smartphones, laptops, and renewable energy storage systems. With global demand for lithium skyrocketing, Germany’s discovery could significantly reduce Europe’s dependence on foreign suppliers and reshape the global battery industry. Why Lithium Is So Important Lithium is often called “white gold” because of its strategic importance in modern technology. It is a lightweight metal that stores energy efficiently, making it ideal for lithium-ion batteries. Key Uses of Lithium Electric vehicles (EVs) Smartphones and laptops Renewable energy storage systems Power tools and electronics Grid-scale battery systems As the world shifts toward renewable energy and electric mobility, demand for lithium is expected to increase dramatically over the next few decades. The Discovery: Beneath an Old Gas Field The massive lithium reserve was discovered beneath an abandoned gas field in Germany, highlighting how former fossil fuel sites can become part of the clean energy future. Geologists and researchers identified lithium-rich brine deep underground. Unlike traditional lithium mining, which often involves open-pit mines or evaporation ponds, this lithium can potentially be extracted from underground brine using modern technologies. This method is considered more environmentally friendly and could help Germany achieve its climate goals while reducing environmental damage associated with mining. How Big Is 43 Million Tons? To understand the scale of this discovery, consider this: A typical electric car battery contains around 8–10 kilograms of lithium. 43 million tons of lithium could theoretically supply batteries for billions of electric vehicles. This reserve could support Europe’s energy transition for decades. While not all of the lithium may be economically recoverable, the sheer size of the resource makes it one of the most significant discoveries in recent years. Europe’s Dependence on Foreign Lithium Currently, Europe relies heavily on lithium imports from countries like: Chile Argentina Australia China China also dominates lithium processing and battery manufacturing, giving it significant control over the global supply chain. Germany’s discovery could change this balance by: Strengthening Europe’s energy independence Reducing reliance on foreign suppliers Supporting local battery manufacturing This aligns with the European Union’s strategy to build a domestic battery industry and reduce geopolitical risks. Economic Opportunities for Germany and Europe The lithium discovery could bring massive economic benefits: 1. Boosting the Battery Industry Germany is already home to major automakers like Volkswagen, BMW, and Mercedes-Benz. Local lithium supply could accelerate EV production and reduce battery costs. 2. Job Creation Extracting and processing lithium will require skilled workers, engineers, and technicians, creating thousands of jobs. 3. Attracting Investment Global investors and companies may invest in Germany’s battery and renewable energy sectors, strengthening the economy. 4. Supporting Energy Storage Lithium is crucial for storing renewable energy from wind and solar power, helping stabilize electricity grids. Environmental and Social Concerns While the discovery is promising, it also raises important environmental questions. 1. Environmental Impact of Extraction Even advanced extraction methods can affect groundwater and ecosystems. Strict regulations will be needed to minimize environmental damage. 2. Community Concerns Local communities may worry about industrial activity, land use, and environmental risks. Public consultation and transparency will be essential. 3. Sustainability Challenges Lithium extraction must be sustainable to avoid repeating the environmental problems associated with fossil fuels and traditional mining. A Symbol of the Energy Transition The fact that this lithium was found beneath an abandoned gas field is symbolic. It represents the transition from fossil fuels to clean energy. Former gas fields, oil fields, and industrial sites could become hubs for renewable energy, battery storage, and sustainable resource extraction. Germany’s discovery shows how old energy infrastructure can play a role in the future green economy. Global Implications for the Lithium Market Germany’s lithium reserve could impact the global lithium market in several ways: 1. Lower Lithium Prices Increased supply could stabilize or reduce lithium prices, making electric vehicles more affordable. 2. Increased Competition Traditional lithium-producing countries may face competition from Europe, reshaping global trade dynamics. 3. Geopolitical Shifts Lithium is becoming a strategic resource, similar to oil and gas. Countries with lithium reserves will have greater influence in global politics and energy markets. Challenges Ahead Despite the excitement, several challenges remain: 1. Technical Feasibility Extracting lithium from deep underground brine requires advanced technology and high investment costs. 2. Economic Viability Not all reserves are economically recoverable. Market prices and extraction costs will determine profitability. 3. Regulatory and Political Issues Environmental regulations, public opinion, and political decisions will influence how and when extraction begins. What This Means for the Future of Electric Vehicles Electric vehicles are central to global climate goals. However, their growth depends on access to battery materials like lithium. Germany’s discovery could: Accelerate EV adoption in Europe Reduce battery costs Support domestic EV manufacturing Strengthen Europe’s position in the global EV market This could make electric cars more affordable and accessible for consumers. The Bigger Picture: Climate and Sustainability The lithium discovery is part of a broader global shift toward renewable energy and sustainability. As countries aim to reduce carbon emissions, batteries and energy storage systems are becoming essential. However, sustainable extraction and responsible resource management will be crucial to ensure that the green transition does not create new environmental problems. Conclusion: A Discovery That Could Power the Future Germany’s discovery of a massive 43 million-ton lithium reserve beneath an abandoned gas field could be a turning point for Europe and the world. It highlights the strategic importance of lithium in the energy transition and the potential for former fossil fuel sites to support clean energy development. If developed responsibly, this resource could help Europe achieve energy independence, accelerate electric vehicle adoption, and support renewable energy storage for decades to come. But with great opportunity comes great responsibility—ensuring sustainable extraction, protecting the environment, and benefiting local communities will be key. As the world races toward a low-carbon future, Germany’s hidden lithium treasure may become one of the most important discoveries of the 21st century.
By Abid Ali19 days ago in Earth