• Monstrous Bullets Vaporize Targets Before They Even See It Coming
    As the arms race intensified, few could have anticipated the astonishing evolution of modern weaponry. Today, we delve into four groundbreaking munitions that redefine lethality on the battlefield.

    In 1956, the Air Force unveiled the Lockheed F-104A Starfighter at Edwards Air Force Base, astonishing onlookers with its slender wings and incredible 1,500 miles per hour speed. However, it was a mysterious bump on the fuselage that truly captured attention — the introduction of the M61 Vulcan machine gun. With a jaw-dropping firing rate of 6,000 rounds per minute, this weapon revolutionized aerial combat, blending nearly a century of technological evolution with modern firepower.

    As global tensions escalate, the German Bundeswehr has embraced the MANTIS, a rapid-response auto-defense system. Capable of firing 1,000 rounds in just one minute, this state-of-the-art arsenal can obliterate incoming threats with a response time of just 4.5 seconds. In a world of escalating warfare, the MANTIS stands as a formidable shield for Germany and its allies.

    Meanwhile, the controversial Raufoss Mk 211 .50-caliber round has emerged as a topic of heated debate. Known for its unparalleled destructive capabilities, this multipurpose ammunition poses a dilemma for military leaders: should such devastating firepower be utilized, or is it too dangerous in populated areas? The whispers surrounding its potential on the battlefield continue to grow, fueling discussions on the ethics of warfare.

    Lastly, we spotlight the groundbreaking EXACTO bullet, a self-steering innovation that could transform the role of snipers. Developed by DARPA, this remarkable round navigates environmental challenges with astonishing accuracy, giving soldiers the power to engage distant targets safely and effectively.
    https://youtu.be/j0B9cV_bIDY?si=4oOuF_OLrjvQ7YuL
    Monstrous Bullets Vaporize Targets Before They Even See It Coming As the arms race intensified, few could have anticipated the astonishing evolution of modern weaponry. Today, we delve into four groundbreaking munitions that redefine lethality on the battlefield. In 1956, the Air Force unveiled the Lockheed F-104A Starfighter at Edwards Air Force Base, astonishing onlookers with its slender wings and incredible 1,500 miles per hour speed. However, it was a mysterious bump on the fuselage that truly captured attention — the introduction of the M61 Vulcan machine gun. With a jaw-dropping firing rate of 6,000 rounds per minute, this weapon revolutionized aerial combat, blending nearly a century of technological evolution with modern firepower. As global tensions escalate, the German Bundeswehr has embraced the MANTIS, a rapid-response auto-defense system. Capable of firing 1,000 rounds in just one minute, this state-of-the-art arsenal can obliterate incoming threats with a response time of just 4.5 seconds. In a world of escalating warfare, the MANTIS stands as a formidable shield for Germany and its allies. Meanwhile, the controversial Raufoss Mk 211 .50-caliber round has emerged as a topic of heated debate. Known for its unparalleled destructive capabilities, this multipurpose ammunition poses a dilemma for military leaders: should such devastating firepower be utilized, or is it too dangerous in populated areas? The whispers surrounding its potential on the battlefield continue to grow, fueling discussions on the ethics of warfare. Lastly, we spotlight the groundbreaking EXACTO bullet, a self-steering innovation that could transform the role of snipers. Developed by DARPA, this remarkable round navigates environmental challenges with astonishing accuracy, giving soldiers the power to engage distant targets safely and effectively. https://youtu.be/j0B9cV_bIDY?si=4oOuF_OLrjvQ7YuL
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  • https://waterionizer.review/tyent-water-ionizers-on-sale-now The Gift of Healing and Optimum Health and Performance. Hydrogen rich alkaline ionized water is the Healthiest Water in the World - Tyent USA. American Made and Veteran Owned Business, support those that support you in a healthy way! Not just Alkaline Water but Ionized Hydrogen Rich Water! It is high in Anti-Aging Antioxidants, Electrolytes, Best Hydrating and Regenerating high pH Alkaline Water in the World! The best health and natural healing device you can have in your home or office! High pH Alkaline and H2 Hydrogen rich purified water is so powerful it can help you achieve better fitness, performance, and healing from chronic alkaline diseases like cancer, arthritis, heart disease and inflammatory conditions better than any medicine! It is proven to build healthier blood cells (no clumping) and boost your natural immunity. #ionizer #waterionizer #alkaline #water #veteran
    https://waterionizer.review/tyent-water-ionizers-on-sale-now The Gift of Healing and Optimum Health and Performance. Hydrogen rich alkaline ionized water is the Healthiest Water in the World - Tyent USA. American Made and Veteran Owned Business, support those that support you in a healthy way! Not just Alkaline Water but Ionized Hydrogen Rich Water! It is high in Anti-Aging Antioxidants, Electrolytes, Best Hydrating and Regenerating high pH Alkaline Water in the World! The best health and natural healing device you can have in your home or office! High pH Alkaline and H2 Hydrogen rich purified water is so powerful it can help you achieve better fitness, performance, and healing from chronic alkaline diseases like cancer, arthritis, heart disease and inflammatory conditions better than any medicine! It is proven to build healthier blood cells (no clumping) and boost your natural immunity. #ionizer #waterionizer #alkaline #water #veteran
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  • Historical Perspectives
    Ancient Civilizations: Early human societies measured time using natural phenomena—such as the movement of the sun, moon, and stars. The Sumerians, Egyptians, and Mayans developed calendars and astronomical observations.

    Mechanical Clocks: The invention of mechanical clocks in medieval Europe revolutionized timekeeping. By the 14th century, clocks with escapements allowed for more accurate tracking of hours and minutes.

    Standard Time: The 19th century saw the establishment of standard time zones, essential for railways and communication networks. Sir Sandford Fleming proposed a worldwide standard time system in 1879, leading to the adoption of Greenwich Mean Time (GMT).

    Scientific Developments

    Relativity Theory: Albert Einstein's theories of relativity in the early 20th century fundamentally altered our understanding of time. Time is relative, affected by speed and gravity, leading to the concept of spacetime.

    Quantum Mechanics: In the realm of the very small, time behaves differently. Quantum mechanics introduces probabilities and uncertainties, challenging classical notions of time as a linear, continuous progression.

    Technological Advances
    Atomic Clocks: The development of atomic clocks in the mid-20th century provided unprecedented precision. These clocks, based on the vibrations of atoms, are accurate to within billionths of a second.

    Global Positioning System (GPS): GPS technology relies on the precision of atomic clocks to provide accurate positioning information. Time synchronization is crucial for the system's accuracy.

    Cultural Aspects

    Perception of Time: Different cultures perceive and value time differently. Western cultures often see time linearly and quantitatively, while many Eastern cultures view it cyclically and qualitatively.

    Time in Art and Literature: Time has been a central theme in art, Lost Time" to Salvador Dalí's "The Persistence of Memory" explore the nature and impact of time.

    Future Directions

    Temporal Physics: Research in temporal physics explores the nature of time, including the possibility of time travel, the directionality of time, and the flow of time in different environments.

    Artificial Intelligence and Time: AI can change how we interact with and manage time, from personal productivity tools to large-scale simulations of temporal processes.

    Societal Changes: As technology accelerates, our relationship with time continues to evolve. Concepts like the "singularity" suggest a future where time's progression could be fundamentally different from our current understanding.
    Historical Perspectives Ancient Civilizations: Early human societies measured time using natural phenomena—such as the movement of the sun, moon, and stars. The Sumerians, Egyptians, and Mayans developed calendars and astronomical observations. Mechanical Clocks: The invention of mechanical clocks in medieval Europe revolutionized timekeeping. By the 14th century, clocks with escapements allowed for more accurate tracking of hours and minutes. Standard Time: The 19th century saw the establishment of standard time zones, essential for railways and communication networks. Sir Sandford Fleming proposed a worldwide standard time system in 1879, leading to the adoption of Greenwich Mean Time (GMT). Scientific Developments Relativity Theory: Albert Einstein's theories of relativity in the early 20th century fundamentally altered our understanding of time. Time is relative, affected by speed and gravity, leading to the concept of spacetime. Quantum Mechanics: In the realm of the very small, time behaves differently. Quantum mechanics introduces probabilities and uncertainties, challenging classical notions of time as a linear, continuous progression. Technological Advances Atomic Clocks: The development of atomic clocks in the mid-20th century provided unprecedented precision. These clocks, based on the vibrations of atoms, are accurate to within billionths of a second. Global Positioning System (GPS): GPS technology relies on the precision of atomic clocks to provide accurate positioning information. Time synchronization is crucial for the system's accuracy. Cultural Aspects Perception of Time: Different cultures perceive and value time differently. Western cultures often see time linearly and quantitatively, while many Eastern cultures view it cyclically and qualitatively. Time in Art and Literature: Time has been a central theme in art, Lost Time" to Salvador Dalí's "The Persistence of Memory" explore the nature and impact of time. Future Directions Temporal Physics: Research in temporal physics explores the nature of time, including the possibility of time travel, the directionality of time, and the flow of time in different environments. Artificial Intelligence and Time: AI can change how we interact with and manage time, from personal productivity tools to large-scale simulations of temporal processes. Societal Changes: As technology accelerates, our relationship with time continues to evolve. Concepts like the "singularity" suggest a future where time's progression could be fundamentally different from our current understanding.
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  • The history of food is as old as human civilization itself, with various cultures developing unique cuisines and culinary traditions over millennia. Here's a brief overview of some key moments and developments in food history:

    Hunter-Gatherer Era: For thousands of years, early humans survived by hunting animals and gathering edible plants. This period laid the foundation for basic cooking techniques such as roasting and boiling.

    Agricultural Revolution (10,000 BCE): The transition from hunter-gatherer societies to settled agricultural communities marked a significant turning point in food history. The cultivation of crops such as wheat, rice, and barley led to the development of farming villages and the domestication of animals for food.

    Ancient Civilizations: Civilizations such as Mesopotamia, Egypt, China, and the Indus Valley contributed to the advancement of agriculture, irrigation systems, and culinary practices. They developed cooking methods, fermentation techniques, and food preservation methods like drying and salting.

    Classical Era (Greece and Rome): Greek and Roman civilizations greatly influenced Western culinary traditions. They introduced olive oil, wine, and various herbs and spices to cooking. The Greeks also established the concept of symposia, social gatherings where food, wine, and conversation were central.

    Medieval Europe: The Middle Ages saw the rise of feudalism and the dominance of the Catholic Church in Europe. Monasteries played a crucial role in preserving and developing culinary techniques. The use of spices, herbs, and exotic ingredients became more widespread among the nobility.

    Age of Exploration (15th–17th centuries): European exploration of the Americas, Asia, and Africa brought about the Columbian Exchange, which facilitated the global exchange of foods, plants, and animals. Potatoes, tomatoes, corn, and chili peppers were introduced to Europe, while coffee, tea, and spices became more accessible.

    Industrial Revolution (18th–19th centuries): Technological advancements revolutionized food production, transportation, and preservation. Canned foods, refrigeration, and pasteurization transformed the way people consumed and accessed food. Mass production and urbanization also led to the rise of fast food and convenience foods.

    20th Century: The 20th century saw further industrialization of food production, as well as the emergence of food science and technology. Fast food chains proliferated, and processed foods became ubiquitous in Western diets. However, there was also a growing interest in organic and sustainable food practices.

    Contemporary Food Trends: In recent decades, there has been a resurgence of interest in traditional and regional cuisines, as well as a focus on health, sustainability, and ethical food production. Food globalization continues, with fusion cuisines and cross-cultural culinary influences becoming more prominent.

    Throughout history, food has not only been essential for survival but also a reflection of cultural identity, social status, and economic conditions. The evolution of culinary traditions and food systems has been shaped by a complex interplay of factors, including geography, politics, religion, technology, and globalization.
    The history of food is as old as human civilization itself, with various cultures developing unique cuisines and culinary traditions over millennia. Here's a brief overview of some key moments and developments in food history: Hunter-Gatherer Era: For thousands of years, early humans survived by hunting animals and gathering edible plants. This period laid the foundation for basic cooking techniques such as roasting and boiling. Agricultural Revolution (10,000 BCE): The transition from hunter-gatherer societies to settled agricultural communities marked a significant turning point in food history. The cultivation of crops such as wheat, rice, and barley led to the development of farming villages and the domestication of animals for food. Ancient Civilizations: Civilizations such as Mesopotamia, Egypt, China, and the Indus Valley contributed to the advancement of agriculture, irrigation systems, and culinary practices. They developed cooking methods, fermentation techniques, and food preservation methods like drying and salting. Classical Era (Greece and Rome): Greek and Roman civilizations greatly influenced Western culinary traditions. They introduced olive oil, wine, and various herbs and spices to cooking. The Greeks also established the concept of symposia, social gatherings where food, wine, and conversation were central. Medieval Europe: The Middle Ages saw the rise of feudalism and the dominance of the Catholic Church in Europe. Monasteries played a crucial role in preserving and developing culinary techniques. The use of spices, herbs, and exotic ingredients became more widespread among the nobility. Age of Exploration (15th–17th centuries): European exploration of the Americas, Asia, and Africa brought about the Columbian Exchange, which facilitated the global exchange of foods, plants, and animals. Potatoes, tomatoes, corn, and chili peppers were introduced to Europe, while coffee, tea, and spices became more accessible. Industrial Revolution (18th–19th centuries): Technological advancements revolutionized food production, transportation, and preservation. Canned foods, refrigeration, and pasteurization transformed the way people consumed and accessed food. Mass production and urbanization also led to the rise of fast food and convenience foods. 20th Century: The 20th century saw further industrialization of food production, as well as the emergence of food science and technology. Fast food chains proliferated, and processed foods became ubiquitous in Western diets. However, there was also a growing interest in organic and sustainable food practices. Contemporary Food Trends: In recent decades, there has been a resurgence of interest in traditional and regional cuisines, as well as a focus on health, sustainability, and ethical food production. Food globalization continues, with fusion cuisines and cross-cultural culinary influences becoming more prominent. Throughout history, food has not only been essential for survival but also a reflection of cultural identity, social status, and economic conditions. The evolution of culinary traditions and food systems has been shaped by a complex interplay of factors, including geography, politics, religion, technology, and globalization.
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  • Scientists from NASA were involved in studying the alleged UFO crash in Roswell. In 1947, a U.S. Air Force weather balloon crashed near the town of Roswell, New Mexico, creating a worldwide sensation when officials claimed to have recovered an unidentified flying object. A team of NASA scientists. That's great to know! It's interesting how sometimes, events that seem mysterious or unexplained can capture our imagination and become part of popular culture. The Roswell incident is certainly one such example. While it's important to approach such stories with a critical eye and consider all available evidence, it's also important to recognize their cultural significance and the impact they can have on society. Twin Falls saucer hoax
    "In 12 July 1947 an American had only to open a newspaper to be inundated with UFO reports. . . . At Twin Falls, Idaho, 60 picnickers watched three formations of more than 35 objects flying overhead."

    Humans are indeed prone to false or modified memories. This is due to their brains being comprised of billions of neurons that are interconnected by trillions of synaptic connections, all of which store and organize information in the form of memories. As you said, the brain is a massive system of dendrites and neuron cells that functions by exchanging ionized chemicals to transfer information. Memories are subject to natural modifications during the process of storage and recall, often becoming less accurate with time.

    Wikipedia
    https://en.wikipedia.org › wiki › Twin_Falls_saucer_hoax
    On July 12, 1947, the US Army released photos of a hoaxed "flying disc" recovered from Twin Falls
    Scientists from NASA were involved in studying the alleged UFO crash in Roswell. In 1947, a U.S. Air Force weather balloon crashed near the town of Roswell, New Mexico, creating a worldwide sensation when officials claimed to have recovered an unidentified flying object. A team of NASA scientists. That's great to know! It's interesting how sometimes, events that seem mysterious or unexplained can capture our imagination and become part of popular culture. The Roswell incident is certainly one such example. While it's important to approach such stories with a critical eye and consider all available evidence, it's also important to recognize their cultural significance and the impact they can have on society. Twin Falls saucer hoax "In 12 July 1947 an American had only to open a newspaper to be inundated with UFO reports. . . . At Twin Falls, Idaho, 60 picnickers watched three formations of more than 35 objects flying overhead." Humans are indeed prone to false or modified memories. This is due to their brains being comprised of billions of neurons that are interconnected by trillions of synaptic connections, all of which store and organize information in the form of memories. As you said, the brain is a massive system of dendrites and neuron cells that functions by exchanging ionized chemicals to transfer information. Memories are subject to natural modifications during the process of storage and recall, often becoming less accurate with time. Wikipedia https://en.wikipedia.org › wiki › Twin_Falls_saucer_hoax On July 12, 1947, the US Army released photos of a hoaxed "flying disc" recovered from Twin Falls
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  • I'll leave out the math and other brain-twisting bits, it's unnecessary for this venue and presenting the idea is sufficient.

    Conventional rocketry and attendant engines continues to advance and payloads-to-orbit continue to grow in size while decreasing in cost-per-kilogram.

    However, there's a way to enhance existing rocket engine technology for greater efficiency as well as power to further boost payload capacity and lower cost-per-kilogram.

    Burning gasses, even those found in a candleflame, are in fact a very low-level plasma.
    Capitalizing upon this it's a simple matter to augment this with electrical energy input or microwave energy of the proper frequencies into the combustion zone and/or just after it to drive the plasma levels higher.
    This by itself would increase thrust, but it is only the first step.

    Now that the exhaust gasses are ionized to higher levels, you have a plasma-drive which is more efficient that what can be achieved through basic combustion alone.

    Now comes the true enhancement via MagBeam technology.
    The two pictures below show the results from Early-Stage tests and things are considerably more advanced now.

    With re-usable launch vehicles and their attendant engines such as those of SpaceX, reducing wear on components is also a cost-issue and with the narrowed thrust jet the wear and stresses on the exhaust cone of any fuel-burning rocket engine employing this technology would obviously be reduced considerably as the thrust jet is narrowed and has vastly-reduced less contact with the nozzle.

    As it uses fuel much more efficiently, fuel-mass can be reduced while still retaining greater-than-conventional payload masses due to the enhanced thrust power and the reduced fuel-mass opens additional payload-mass to be utilized.

    PLEASE NOTE; As I stated, I am merely presenting the Principle Idea, and leaving aside all the finer points of engineering and math to keep this article brief and easy-to-read/comprehend.

    Thank-you for your time and interest in this. I do appreciate it.
    I'll leave out the math and other brain-twisting bits, it's unnecessary for this venue and presenting the idea is sufficient. Conventional rocketry and attendant engines continues to advance and payloads-to-orbit continue to grow in size while decreasing in cost-per-kilogram. However, there's a way to enhance existing rocket engine technology for greater efficiency as well as power to further boost payload capacity and lower cost-per-kilogram. Burning gasses, even those found in a candleflame, are in fact a very low-level plasma. Capitalizing upon this it's a simple matter to augment this with electrical energy input or microwave energy of the proper frequencies into the combustion zone and/or just after it to drive the plasma levels higher. This by itself would increase thrust, but it is only the first step. Now that the exhaust gasses are ionized to higher levels, you have a plasma-drive which is more efficient that what can be achieved through basic combustion alone. Now comes the true enhancement via MagBeam technology. The two pictures below show the results from Early-Stage tests and things are considerably more advanced now. With re-usable launch vehicles and their attendant engines such as those of SpaceX, reducing wear on components is also a cost-issue and with the narrowed thrust jet the wear and stresses on the exhaust cone of any fuel-burning rocket engine employing this technology would obviously be reduced considerably as the thrust jet is narrowed and has vastly-reduced less contact with the nozzle. As it uses fuel much more efficiently, fuel-mass can be reduced while still retaining greater-than-conventional payload masses due to the enhanced thrust power and the reduced fuel-mass opens additional payload-mass to be utilized. PLEASE NOTE; As I stated, I am merely presenting the Principle Idea, and leaving aside all the finer points of engineering and math to keep this article brief and easy-to-read/comprehend. Thank-you for your time and interest in this. I do appreciate it.
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  • https://waterionizer.review/tyent-water-ionizer-of-the-year-again Give the Gift of Healing and Optimal Health this year! Discover the natural healing benefits of using an alkaline Water Ionizer. Make antioxidant, hydrogen, alkaline, ionized, microclustered and structured water that raises your health and performance like nothing else! Cancer and Pathogens can’t live in an alkaline body! #alkaline #ionizer #water #hydrogen #healing
    https://waterionizer.review/tyent-water-ionizer-of-the-year-again Give the Gift of Healing and Optimal Health this year! Discover the natural healing benefits of using an alkaline Water Ionizer. Make antioxidant, hydrogen, alkaline, ionized, microclustered and structured water that raises your health and performance like nothing else! Cancer and Pathogens can’t live in an alkaline body! #alkaline #ionizer #water #hydrogen #healing
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  • https://waterionizer.review/tyent-water-ionizer-of-the-year-again Give the Gift of Healing and Optimal Health this year! Discover the natural healing benefits of using an alkaline Water Ionizer. Make antioxidant, hydrogen, alkaline, ionized, microclustered and structured water that raises your health and performance like nothing else! Cancer and Pathogens can’t live in an alkaline body! #alkaline #ionizer #water #hydrogen #healing
    https://waterionizer.review/tyent-water-ionizer-of-the-year-again Give the Gift of Healing and Optimal Health this year! Discover the natural healing benefits of using an alkaline Water Ionizer. Make antioxidant, hydrogen, alkaline, ionized, microclustered and structured water that raises your health and performance like nothing else! Cancer and Pathogens can’t live in an alkaline body! #alkaline #ionizer #water #hydrogen #healing
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  • https://waterionizer.review/benefits-of-ionized-water/ Cancer and Dis-ease can’t thrive in a fully hydrated and alkaline environment! (Click the above link for complete benefits.) Why Alkaline Ionized Molecular Hydrogen Water is the healthiest water you can drink. Structured, Micro-Clustered, Ant-aging Antioxidant Water is the best water on the planet for health, healing and recovery. Cancer and Pathogens (viruses, bacteria, parasites) can't live in an alkaline body. Alkaline Ionic Water is fully hydrating and healing. It is also the best tasting water in the world! Get it on sale now with huge discounts and free accessories now! #water #ionizer #alkaline #cancer #health
    https://waterionizer.review/benefits-of-ionized-water/ Cancer and Dis-ease can’t thrive in a fully hydrated and alkaline environment! (Click the above link for complete benefits.) Why Alkaline Ionized Molecular Hydrogen Water is the healthiest water you can drink. Structured, Micro-Clustered, Ant-aging Antioxidant Water is the best water on the planet for health, healing and recovery. Cancer and Pathogens (viruses, bacteria, parasites) can't live in an alkaline body. Alkaline Ionic Water is fully hydrating and healing. It is also the best tasting water in the world! Get it on sale now with huge discounts and free accessories now! #water #ionizer #alkaline #cancer #health
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  • https://waterionizer.review/what-are-the-benefits-of-drinking-ionized-water Ionized Alkaline Water is highly antioxidant water that helps your body heal. It has high ORP and ORAC ratings (how well it removes oxidation from your body, i.e. anti-aging benefits.) It is much more than alkaline water and everyone knows the benefits of drinking alkaline water. Ionic water is full of life, it is electrically charged and is able to boost your cells signaling so it keeps your cells working at peak levels and fully recovering from toxins, stress and post workout (as well as hangover recovery.) It's fully hydrating, with a much smaller molecule size it gets into the cells to help regenerate and remove waste products. It boosts your health and recovery by leaps and bounds. There are so many health benefits of Drinking Ionized Water, besides the taste is unmatched. It is crisp, ultra clean and pure. It's what top athletes use for recovery because it healing and recovery water. #ionized #ionizer #water #alkaline #recovery
    https://waterionizer.review/what-are-the-benefits-of-drinking-ionized-water Ionized Alkaline Water is highly antioxidant water that helps your body heal. It has high ORP and ORAC ratings (how well it removes oxidation from your body, i.e. anti-aging benefits.) It is much more than alkaline water and everyone knows the benefits of drinking alkaline water. Ionic water is full of life, it is electrically charged and is able to boost your cells signaling so it keeps your cells working at peak levels and fully recovering from toxins, stress and post workout (as well as hangover recovery.) It's fully hydrating, with a much smaller molecule size it gets into the cells to help regenerate and remove waste products. It boosts your health and recovery by leaps and bounds. There are so many health benefits of Drinking Ionized Water, besides the taste is unmatched. It is crisp, ultra clean and pure. It's what top athletes use for recovery because it healing and recovery water. #ionized #ionizer #water #alkaline #recovery
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