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  The Shocking Truth about...

  Zoey Fraisers

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  Pharmaceutical trials are essential to the development of new drugs and treatments, providing the necessary data to ensure they are safe and effective for public use. These trials have evolved over centuries, from rudimentary experiments to the sophisticated, multi-phase studies we see today. They are the cornerstone of modern medicine, influencing the drugs that populate our pharmacies and hospitals. However, the process is not without its flaws, and the history of pharmaceutical trials is marked by ethical concerns, controversy, and a complex relationship between researchers, pharmaceutical companies, and patients. 
    
  The primary goal of pharmaceutical trials is to test new drugs and therapies on human participants to gather data on their safety, efficacy, and potential side effects. These trials follow a strict protocol, designed to minimize risks while maximizing the quality of the data collected. The process typically begins with preclinical testing in laboratories, followed by clinical trials involving human subjects. These trials are divided into several phases, each designed to answer different scientific questions. From small-scale phase I trials to large-scale phase III studies, the data gathered at each stage is critical in determining whether a drug is ready for approval by regulatory authorities. 
    
  However, the path from laboratory to pharmacy shelves is not always smooth. The influence of pharmaceutical companies looms large over clinical trials, as they fund many studies and are often the driving force behind research agendas. While their involvement has led to groundbreaking advancements in medicine, it has also raised concerns about conflicts of interest and the integrity of trial data. In some cases, financial pressures have led to the manipulation or suppression of results that could impact a drug’s approval.

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  How to Grow - Nurture Your...

  Marcus Bridgewater

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  “Garden Marcus is not only a trove of information if you’re looking to flex your green thumb, but a balm for the chaos happening in the world.”—Vogue 
  “Bridgewater’s planting tips are just as valuable when applied to life.”—The Root 
  In this transformative guide, TikTok’s most popular gardener, Marcus Bridgewater—aka Garden Marcus—offers lessons for growth rooted in lessons from the plant world to help cultivate the soul. 
  Marcus Bridgewater has been compared to Bob Ross and Mister Rogers for his soothing TikTok videos that relate botany to humanity. A gardener “who shares tips about caring for one’s plants and oneself” (New York Times) and “is not only a trove of information if you’re looking to flex your green thumb, but a balm for the pandemic-induced chaos happening in the world” (Vogue), his soothing observations on plants and life have made him a social media star. In caring for over 600 plants, Marcus has gained invaluable wisdom. Life inside us yearns to grow; like plants, humans maximize their potential when presented with the right conditions. Through care and attention, he reminds us, we can successfully cultivate growth.  
  Centered on a trinity of wellbeing—Mental Health, Physical Fitness, and Spiritual Awareness, How to Grow weaves together insights from the garden with stories from Marcus’s life to help you foster personal development. With lessons rooted in his experiences gardening—from how a replanted flourishing sweet potato vine is a reminder that all living things benefit from a change of scene, to how to embrace patience to foster growth—this inspiring guide helps you do “the dirty work” (pun intended) to discover kindness, patience, and positivity within. “We cannot make anything grow,” he advises. “But we can foster an environment where it may grow.” 
  How to Grow isn’t a gardening book. It is a self-help book that draws inspiration from the garden. Original, timely, and filled with nurturing wisdom, it takes perennial knowledge from plants to teach us about ourselves and opens our eyes to what we are capable of achieving.

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  The Big Teal

  Simon Holmes à Court

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  ‘We will not achieve net zero in the cafes, dinner parties and wine bars of our inner cities.’ Little infuriated the forgotten people of the twenty-first century—women and younger voters, especially—more than Scott Morrison’s deluge of disparagement on the issues that mattered to them. The May 2022 election marked the great re-engagement of those ignored and patronised for too long on climate, integrity and gender equity.The electoral map has been dramatically redrawn. However, the triumph of the ‘teals’ was not entirely unexpected to those assisting their rise, such as Climate 200 founder Simon Holmes à Court. As Australia entered its lost decade on climate action, he observed that conventional advocacy had become a case of diminishing returns, and that Cathy McGowan’s election as a community independent in 2013 provided a template for direct political engagement. The result was Climate 200, a crowdfunded outfit intended to provide the money and expertise to better match the major parties and turbocharge the grassroots movement emerging in thirty-plus electorates.Despite a relentless and increasingly shrill campaign of vilification aimed at Holmes à Court and the candidates by the Liberals, assisted by their media mates, we saw the election of six new community independent MPs and one senator. It was a victory of facts over fear, priorities over prejudice. It was a blow to the unfit-for-purpose ‘majoritariat’, a rejection of the false binary choice between parties that no longer reflect the hopes and complexity of modern democratic Australia.This is the story of how a team of inspired young tech-heads and older sages used their real and virtual-world experience to help a cluster of communities get the representation they wanted.

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  Statistical Physics - The...

  Mark Hedges

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  Statistical mechanics is the branch of physics that applies probability theory and statistics to describe the behavior of systems with a large number of particles. It provides a framework for understanding macroscopic phenomena in terms of the microscopic properties of individual particles. The central goal of statistical mechanics is to connect the microscopic world of atoms and molecules with the macroscopic world of thermodynamic variables like temperature, pressure, and volume. 
  Historically, statistical mechanics emerged in the 19th century as scientists sought to explain the observed laws of thermodynamics, which describe the behavior of systems in equilibrium. Classical thermodynamics, while incredibly successful, was primarily phenomenological and lacked a fundamental microscopic understanding. This gap was filled by the development of statistical mechanics, largely attributed to the works of Ludwig Boltzmann, James Clerk Maxwell, and Josiah Willard Gibbs. 
  At its core, statistical mechanics is based on the idea that the behavior of macroscopic systems can be understood by considering the collective behavior of their microscopic constituents. Instead of directly tracking every particle, which is practically impossible for large systems, statistical mechanics calculates the statistical properties of the system. These properties are derived from the laws of probability

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  Brief History of the Antarctic...

  Gerardo Bartolome

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  Antarctica, a continent like no other. Not only because of its beauty but also because of its unique history, without wars, kings or indigenous cultures. This book delves into its exploration, offering key insights into events and motivations. A concise overview, it's designed for those preparing for an Antarctic journey or seeking quick insights into its history. With over 150 images, it captures the essence of this exceptional place. For more in-depth explorations, additional resources are suggested in the final appendix. Explore Antarctica's history through a succinct and enjoyable reading experience.

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  Restoring Eden - Unearthing the...

  Elizabeth D. Hilborn

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  All spring, Dr. Elizabeth Hilborn watched as her family fruit farm of many years became increasingly diminished, suffering from a lack of bees. 
   
   
   
  The plentiful wildlife, so abundant just weeks before, was gone. Everything was still, silent. 
   
   
   
  As an environmental scientist trained to investigate disease outbreaks, she rose to the challenge. Despite facing headwinds from skeptical neighbors, environmental experts, and agricultural consultants, she'd assembled information. 
   
   
   
  The chemicals found in her water samples showed beyond any doubt that not only her farm, but her greater farming community, was at risk from toxic chemicals that traveled with rain water over the land and deep within the soil. 
   
   
   
  Even as a scientist, she'd been unaware of the risks to life from some common agricultural chemicals. Her goal was to protect her farm and the animals who lived there. 
   
   
   
  But first she had to convince her rural neighbors of the risk to their way of life, too. 
   
   
   
  A lyrical celebration of nature by a passionate citizen scientist who felt called to advocate for the land, earth, and creatures who don't have a voice, Restoring Eden ultimately offers hope that citizens can create change, that reform is possible.

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