• Just a girl who loves @alaninutrition 🫶🏽🩷 LOOOOVE the Sherbet Swirl

    Patiently waiting for the day I get on the PR list 🙏🏽🤞🏽🫣🥹

    #alani #alaninutrition #energydrink #summer #summertime #summerdrink #bikini #girlswithtattoos #inked #tatted #summervibes #summerlovin #boat #boatday #lake #lakeday #happydays Jordyn Michelle 🫧 IG:jordynmichelle4
    Just a girl who loves @alaninutrition 🫶🏽🩷💚☀️ 👙🌸🏝️🐬🐙🐠🌊 LOOOOVE the Sherbet Swirl 🍭 Patiently waiting for the day I get on the PR list 🙏🏽🤞🏽🫣🥹 #alani #alaninutrition #energydrink #summer #summertime #summerdrink #bikini #girlswithtattoos #inked #tatted #summervibes☀️ #summerlovin #boat #boatday #lake #lakeday #happydays Jordyn Michelle 🫧🐠 IG:jordynmichelle4
    0 Commentarii 0 Distribuiri 18K Views
  • Researchers at Purdue University have developed the world’s whitest paint, capable of reflecting 98.1% of sunlight—enough to cool buildings without using electricity. The paint’s secret lies in its high concentration of barium sulfate, a compound also used in photo paper and cosmetics, combined with particles of varying sizes to scatter light across the full solar spectrum.

    Unlike traditional white paints that reflect less and still absorb heat, this paint drops surface temperatures by up to 4.5°C (8°F) below ambient levels. It has the potential to dramatically reduce energy consumption, especially in cities facing rising temperatures and higher demand for air conditioning.

    Already recognized by Guinness World Records, this innovation could help slow global warming, cut utility costs, and even extend to infrastructure, vehicles, and spacecraft—all by simply brushing on a layer of ultra-white science.

    #WhitestPaint #ClimateTech #CoolingInnovation #EnergyEfficiency #UrbanHeat #FutureOfCooling
    Researchers at Purdue University have developed the world’s whitest paint, capable of reflecting 98.1% of sunlight—enough to cool buildings without using electricity. The paint’s secret lies in its high concentration of barium sulfate, a compound also used in photo paper and cosmetics, combined with particles of varying sizes to scatter light across the full solar spectrum. Unlike traditional white paints that reflect less and still absorb heat, this paint drops surface temperatures by up to 4.5°C (8°F) below ambient levels. It has the potential to dramatically reduce energy consumption, especially in cities facing rising temperatures and higher demand for air conditioning. Already recognized by Guinness World Records, this innovation could help slow global warming, cut utility costs, and even extend to infrastructure, vehicles, and spacecraft—all by simply brushing on a layer of ultra-white science. #WhitestPaint #ClimateTech #CoolingInnovation #EnergyEfficiency #UrbanHeat #FutureOfCooling
    0 Commentarii 0 Distribuiri 18K Views
  • In a bold expansion of its global energy ambitions, Turkey has announced the discovery of 20 billion barrels of crude oil off the coast of Somalia. The find follows high-resolution seismic surveys carried out by Turkey's Orus Reis research vessel, under a landmark hydrocarbons cooperation agreement signed between the two countries in March 2024.

    According to the terms of the deal, Turkey will retain 90% of the production rights, while Somalia is set to receive a 5% royalty—sparking widespread debate over the fairness and long-term sustainability of the arrangement.

    Two of the offshore blocks have already been declared commercially viable, while a third block is still being evaluated, with final results expected by August 2025. President Hassan Sheikh Mohamud has defended the agreement, asserting it could generate $5–10 billion in annual revenue for Somalia and potentially transform its economy.

    However, environmentalists and political analysts caution that the venture also raises red flags: security instability, climate risks, and regional disputes could complicate the rollout of production, which is not expected to begin until at least 2028.

    #TurkeyOil #SomaliaOilDiscovery #Geopolitics #EnergyDeals #OffshoreDrilling #AfricaEnergy #NaturalResources
    In a bold expansion of its global energy ambitions, Turkey has announced the discovery of 20 billion barrels of crude oil off the coast of Somalia. The find follows high-resolution seismic surveys carried out by Turkey's Orus Reis research vessel, under a landmark hydrocarbons cooperation agreement signed between the two countries in March 2024. According to the terms of the deal, Turkey will retain 90% of the production rights, while Somalia is set to receive a 5% royalty—sparking widespread debate over the fairness and long-term sustainability of the arrangement. Two of the offshore blocks have already been declared commercially viable, while a third block is still being evaluated, with final results expected by August 2025. President Hassan Sheikh Mohamud has defended the agreement, asserting it could generate $5–10 billion in annual revenue for Somalia and potentially transform its economy. However, environmentalists and political analysts caution that the venture also raises red flags: security instability, climate risks, and regional disputes could complicate the rollout of production, which is not expected to begin until at least 2028. #TurkeyOil #SomaliaOilDiscovery #Geopolitics #EnergyDeals #OffshoreDrilling #AfricaEnergy #NaturalResources
    0 Commentarii 0 Distribuiri 18K Views
  • Researchers at Southeast University in China have developed a revolutionary thermoelectric cement-hydrogel composite that can generate and store electricity from heat.

    Inspired by natural ion transport mechanisms, this multilayered material combines traditional cement with polyvinyl alcohol (PVA) hydrogel.

    It converts temperature differences into electrical energy by creating a flow of ions, especially hydroxide (OH⁻) and calcium (Ca²⁺), across the layers.

    This breakthrough achieves a tenfold improvement in thermoelectric efficiency compared to earlier cement-based materials, marking a major step toward self-powered buildings.

    The composite can not only power sensors and smart systems directly from waste heat (like sunlight or industrial sources) but also store the energy for later use.

    It promises to transform the construction industry by enabling smart, sustainable buildings that are energy-efficient and less dependent on external power.

    While more work is needed to scale and test its durability, this innovation could redefine how we build and power infrastructure in the near future.
    Researchers at Southeast University in China have developed a revolutionary thermoelectric cement-hydrogel composite that can generate and store electricity from heat. Inspired by natural ion transport mechanisms, this multilayered material combines traditional cement with polyvinyl alcohol (PVA) hydrogel. It converts temperature differences into electrical energy by creating a flow of ions, especially hydroxide (OH⁻) and calcium (Ca²⁺), across the layers. This breakthrough achieves a tenfold improvement in thermoelectric efficiency compared to earlier cement-based materials, marking a major step toward self-powered buildings. The composite can not only power sensors and smart systems directly from waste heat (like sunlight or industrial sources) but also store the energy for later use. It promises to transform the construction industry by enabling smart, sustainable buildings that are energy-efficient and less dependent on external power. While more work is needed to scale and test its durability, this innovation could redefine how we build and power infrastructure in the near future.
    0 Commentarii 0 Distribuiri 17K Views
  • Peanut Butter Banana Smoothie

    Creamy Peanut Butter Banana Protein Smoothie

    Ingredients:

    2 ripe bananas

    2 tablespoons peanut butter

    1 cup milk (dairy or plant-based)

    1/2 cup Greek yogurt

    1 tablespoon honey or maple syrup (optional)

    1/2 teaspoon vanilla extract

    1/2 cup ice cubes

    Pinch of cinnamon (optional)

    Directions:

    Peel and slice the bananas, then add them to a blender.

    Add peanut butter, milk, Greek yogurt, honey (if using), and vanilla extract.

    Toss in ice cubes and a pinch of cinnamon, if desired.

    Blend until smooth and creamy, about 30–60 seconds.

    Pour into a glass and serve immediately.

    Prep Time: 5 minutes | Cooking Time: 0 minutes | Total Time: 5 minutes
    Kcal: 310 kcal | Servings: 2 servings

    #smoothierecipe #peanutbutterbanana #healthybreakfast #smoothielover #proteinshake #peanutbutterlove #bananasmoothie #greekyogurtrecipes #quickbreakfast #morningfuel #energydrink #smoothiebowl #blendedgoodness #naturalenergy #easyrecipes #fitlifestyle #postworkoutsnack #mealprepideas #drinkyourfruit #powerbreakfast

    Start your day strong with this creamy Peanut Butter Banana Smoothie! Packed with protein and natural sweetness—ready in 5 minutes!
    Peanut Butter Banana Smoothie Creamy Peanut Butter Banana Protein Smoothie Ingredients: 2 ripe bananas 2 tablespoons peanut butter 1 cup milk (dairy or plant-based) 1/2 cup Greek yogurt 1 tablespoon honey or maple syrup (optional) 1/2 teaspoon vanilla extract 1/2 cup ice cubes Pinch of cinnamon (optional) Directions: Peel and slice the bananas, then add them to a blender. Add peanut butter, milk, Greek yogurt, honey (if using), and vanilla extract. Toss in ice cubes and a pinch of cinnamon, if desired. Blend until smooth and creamy, about 30–60 seconds. Pour into a glass and serve immediately. Prep Time: 5 minutes | Cooking Time: 0 minutes | Total Time: 5 minutes Kcal: 310 kcal | Servings: 2 servings #smoothierecipe #peanutbutterbanana #healthybreakfast #smoothielover #proteinshake #peanutbutterlove #bananasmoothie #greekyogurtrecipes #quickbreakfast #morningfuel #energydrink #smoothiebowl #blendedgoodness #naturalenergy #easyrecipes #fitlifestyle #postworkoutsnack #mealprepideas #drinkyourfruit #powerbreakfast Start your day strong with this creamy Peanut Butter Banana Smoothie! Packed with protein and natural sweetness—ready in 5 minutes!
    0 Commentarii 0 Distribuiri 17K Views
Sponsorizeaza Paginile