• Am I overreacting…Going through divorce and wanting a new look. My soon to be ex husband always said no to bangs so I’m curious if they just look bad on me or if he just was controlling. What do you think?
    Am I overreacting…Going through divorce and wanting a new look. My soon to be ex husband always said no to bangs so I’m curious if they just look bad on me or if he just was controlling. What do you think?
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  • This breathtaking image of Jupiter was captured on October 27, 2024, during the Juno spacecraft’s 66th close approach—also called a perijove—to the gas giant.

    The raw data collected by Juno was transformed into this stunning visual by dedicated citizen scientists, who processed and enhanced the imagery to reveal the planet’s mesmerizing swirls and storm systems. By adjusting contrast and blending various wavelengths of light, they unveiled incredible atmospheric detail far beyond what’s visible in natural color—turning Jupiter’s usual cappuccino tones into a dramatic display of swirling clouds.

    In this image, you can spot a mix of large and small atmospheric vortices—some spinning solo, others merging and interacting in complex patterns. These dynamic features reflect the ever-shifting nature of Jupiter’s turbulent atmosphere.

    Beyond their beauty, these visuals are scientifically powerful. Juno’s mission is to explore Jupiter’s atmosphere in greater depth than ever before—uncovering the mechanisms behind its fierce storms, jet streams, and immense weather systems.

    Credit: NASA / JPL / SwRI / MSSS / Gerald Eichstädt / Thomas Thomopoulos © CC BY 3.0
    This breathtaking image of Jupiter was captured on October 27, 2024, during the Juno spacecraft’s 66th close approach—also called a perijove—to the gas giant. The raw data collected by Juno was transformed into this stunning visual by dedicated citizen scientists, who processed and enhanced the imagery to reveal the planet’s mesmerizing swirls and storm systems. By adjusting contrast and blending various wavelengths of light, they unveiled incredible atmospheric detail far beyond what’s visible in natural color—turning Jupiter’s usual cappuccino tones into a dramatic display of swirling clouds. In this image, you can spot a mix of large and small atmospheric vortices—some spinning solo, others merging and interacting in complex patterns. These dynamic features reflect the ever-shifting nature of Jupiter’s turbulent atmosphere. Beyond their beauty, these visuals are scientifically powerful. Juno’s mission is to explore Jupiter’s atmosphere in greater depth than ever before—uncovering the mechanisms behind its fierce storms, jet streams, and immense weather systems. Credit: NASA / JPL / SwRI / MSSS / Gerald Eichstädt / Thomas Thomopoulos © CC BY 3.0
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  • In June 2025, the U.S. Food and Drug Administration (FDA) officially approved Yeztugo (lenacapavir) as the world’s first twice-yearly injection for HIV prevention (PrEP).

    Developed by Gilead Sciences, this landmark drug offers long-term protection from HIV with just two subcutaneous shots per year.

    The approval is based on extensive clinical trials under the PURPOSE 1 and 2 studies, which showed near-perfect efficacy—zero new infections in cisgender women and only two infections across a broader population of over 2,000 individuals.

    This brings its protective rate to approximately 99.9%, making it the most effective and long-acting HIV prevention method available today.

    Lenacapavir works by targeting the HIV capsid, a protein shell that encases the virus’s genetic material.

    By inhibiting this capsid, the drug prevents HIV from replicating inside human cells.

    Unlike daily oral PrEP options like Truvada or Descovy, Yeztugo is designed to overcome common adherence issues by requiring just one injection every six months. This simplifies prevention for at-risk

    populations, especially those who struggle with daily medication routines.

    While the approval is being hailed as a major victory in the global fight against HIV, access and affordability remain concerns.

    The U.S. list price for a year’s supply is expected to be around $28,000, though Gilead has committed to providing generics to 120 low-income countries and producing up to 10 million doses by 2026.

    Global health experts see this breakthrough as a turning point that could drastically reduce new HIV infections—if distribution is equitable and timely.

    In summary, Yeztugo's approval represents a critical milestone in HIV prevention science, combining exceptional efficacy, convenience, and innovation.

    It has the potential to reshape the future of HIV prevention—especially if healthcare systems can ensure widespread access to those most in need.
    In June 2025, the U.S. Food and Drug Administration (FDA) officially approved Yeztugo (lenacapavir) as the world’s first twice-yearly injection for HIV prevention (PrEP). Developed by Gilead Sciences, this landmark drug offers long-term protection from HIV with just two subcutaneous shots per year. The approval is based on extensive clinical trials under the PURPOSE 1 and 2 studies, which showed near-perfect efficacy—zero new infections in cisgender women and only two infections across a broader population of over 2,000 individuals. This brings its protective rate to approximately 99.9%, making it the most effective and long-acting HIV prevention method available today. Lenacapavir works by targeting the HIV capsid, a protein shell that encases the virus’s genetic material. By inhibiting this capsid, the drug prevents HIV from replicating inside human cells. Unlike daily oral PrEP options like Truvada or Descovy, Yeztugo is designed to overcome common adherence issues by requiring just one injection every six months. This simplifies prevention for at-risk populations, especially those who struggle with daily medication routines. While the approval is being hailed as a major victory in the global fight against HIV, access and affordability remain concerns. The U.S. list price for a year’s supply is expected to be around $28,000, though Gilead has committed to providing generics to 120 low-income countries and producing up to 10 million doses by 2026. Global health experts see this breakthrough as a turning point that could drastically reduce new HIV infections—if distribution is equitable and timely. In summary, Yeztugo's approval represents a critical milestone in HIV prevention science, combining exceptional efficacy, convenience, and innovation. It has the potential to reshape the future of HIV prevention—especially if healthcare systems can ensure widespread access to those most in need.
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  • China has unveiled a next-generation aerial war platform: a giant drone mothership capable of launching over 100 drones during a single mission. Named "Jiu Tian," this flying command center can travel 4,500 miles (7,000 km) and reach altitudes of 15,000 meters—high enough to evade most air defenses. It weighs 16 tons at takeoff and can carry up to 6 tons of weapons and UAVs, acting as a mobile base for swarm attacks, reconnaissance, and electronic warfare.

    What makes Jiu Tian truly terrifying is its ability to coordinate drone swarms mid-air. State media footage shows dozens of kamikaze and loitering drones deploying from both sides of the aircraft in synchronized waves. These drones can communicate, share targets, and strike in unison, overwhelming enemy defenses in seconds. With modular interiors, the mothership can also support rescue missions and supply drops, cementing its role as a versatile force multiplier in modern warfare.

    #DroneWarfare #ChinaMilitary #JiuTian #DroneSwarm #AerialCombat
    China has unveiled a next-generation aerial war platform: a giant drone mothership capable of launching over 100 drones during a single mission. Named "Jiu Tian," this flying command center can travel 4,500 miles (7,000 km) and reach altitudes of 15,000 meters—high enough to evade most air defenses. It weighs 16 tons at takeoff and can carry up to 6 tons of weapons and UAVs, acting as a mobile base for swarm attacks, reconnaissance, and electronic warfare. What makes Jiu Tian truly terrifying is its ability to coordinate drone swarms mid-air. State media footage shows dozens of kamikaze and loitering drones deploying from both sides of the aircraft in synchronized waves. These drones can communicate, share targets, and strike in unison, overwhelming enemy defenses in seconds. With modular interiors, the mothership can also support rescue missions and supply drops, cementing its role as a versatile force multiplier in modern warfare. #DroneWarfare #ChinaMilitary #JiuTian #DroneSwarm #AerialCombat
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  • Salar de Uyuni is the largest salt flat on Earth, covering approximately 10,582 square kilometers (4,086 square miles).

    It is located in the southwestern part of Bolivia, near the crest of the Andes at an elevation of about 3,656 meters (11,995 feet) above sea level.

    Key Features:

    Geological Origin: Salar de Uyuni was formed as a result of the gradual evaporation of prehistoric lakes, primarily
    Lake Minchin, which once covered the area. Over thousands of years, layers of salt and minerals were left behind.

    Endorheic Basin: It is an endorheic basin, meaning it has no outlet to rivers or oceans, so water only leaves through evaporation, concentrating the salts.

    Salt Crust: The flat has a crust of salt up to 10 meters thick, beneath which lies a brine rich in lithium, making the area a major source of this important mineral.

    Mirror Effect: During the rainy season (usually December to April), a thin layer of water can cover the salt flat, creating a perfect mirror effect that reflects the sky, making it a surreal and otherworldly landscape.

    Tourism and Culture: Salar de Uyuni is a major tourist destination, attracting visitors for its unique landscape, natural beauty, and the famous train graveyard near the town of Uyuni.
    Salar de Uyuni is the largest salt flat on Earth, covering approximately 10,582 square kilometers (4,086 square miles). It is located in the southwestern part of Bolivia, near the crest of the Andes at an elevation of about 3,656 meters (11,995 feet) above sea level. Key Features: Geological Origin: Salar de Uyuni was formed as a result of the gradual evaporation of prehistoric lakes, primarily Lake Minchin, which once covered the area. Over thousands of years, layers of salt and minerals were left behind. Endorheic Basin: It is an endorheic basin, meaning it has no outlet to rivers or oceans, so water only leaves through evaporation, concentrating the salts. Salt Crust: The flat has a crust of salt up to 10 meters thick, beneath which lies a brine rich in lithium, making the area a major source of this important mineral. Mirror Effect: During the rainy season (usually December to April), a thin layer of water can cover the salt flat, creating a perfect mirror effect that reflects the sky, making it a surreal and otherworldly landscape. Tourism and Culture: Salar de Uyuni is a major tourist destination, attracting visitors for its unique landscape, natural beauty, and the famous train graveyard near the town of Uyuni.
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