Why do we LIE?
The fact that they weren't lying as much as they may have been is remarkable. They purposefully told lies. Big enough to attract further funding, they thought, but not so big as to raise suspicion. It's untrue to think that people can be divided into two groups based on whether they lie or not—that is, that lying is abnormal and immoral. Everyone is being deceitful as if you're on the internet. People lie all the time. But honestly assess yourself. Have you recently lied to anyone? When someone asked how you were doing, did you tell them the whole truth? "Oh great!" Besides, these are just little lies.
You probably don't have a problem playing video games or browsing social media on your phone. In fact I have no doubt you could sit in front of a screen and do both of those activities for 2 hours, or even longer without breaking your concentration. But what about half an hour of studying? That might be too hard. How about working on your side business for another hour? Doesn't sound too appealing. You intellectually know that studying, working out, starting a business, or doing anything else useful will benefit you more in the long term, yet you still choose to watch TV, play video games, and browse social media. It may be argued that the reason is evident. While the other task is challenging and demands work, the first task is simple and doesn't take much time. However, other people appear to have no trouble routinely studying, working out, or working on side projects. Which raises the question: Why do some people have greater motivation to take on challenging tasks? Is it possible to simplify challenging tasks?
How Sleeping Position Matters To Us
The importance of sleeping position is a crucial aspect of overall sleep quality and well-being. Our nightly sleep routines play a significant role in physical health, cognitive function, and emotional well-being. The sleeping position you choose can impact various aspects of your health, including spinal alignment, snoring, sleep apnea, digestive health, and overall comfort.
INTRO TO HISTORY OF SCIENCE
Part I The notion of "science" encompasses both our accumulated knowledge about the world and the methods employed to acquire that knowledge. This includes two main practices: observation and experimentation. Observation involves meticulously scrutinizing specific aspects of the world, such as Darwin's dedicated study of barnacles, orchids, turtles, and birds. Experimentation, on the other hand, entails conducting tests to answer questions about the world, exemplified by the famous experiment conducted by Simon Stevin and Jan Cornets de Groot with metal balls from the Leaning Tower of Pisa. The motto of the Royal Society, "NULLIUS IN VERBA" or "on no one's word," emphasizes the importance of individual verification, encouraging everyone to test hypotheses independently. Established in 1660, the Royal Society played a pivotal role in promoting physic-mathematical experimental learning, and its motto reflects a commitment to empirical evidence over blind acceptance. While early practitioners were called Natural Philosophers, the term "scientist" emerged later in the 19th century. The history of science is diverse, spanning various cultures and knowledge systems, necessitating an understanding of science as a historical and social concept with evolving norms and practices. As the series explores different knowledge worlds, it highlights the dynamic nature of our understanding of the universe, encouraging a recognition of the historical context and societal influences shaping scientific endeavors. The course aims to pose five overarching questions about the nature of reality, life, Earth's place in the cosmos, the concept of time, and the agreement on knowledge. The exploration of these questions offers insight into both historical and contemporary scientific inquiries, emphasizing the continuous evolution of human attempts to comprehend the universe and the reciprocal relationship between scientific knowledge, societal values, and ethical considerations.
What would happen when you didn't drink water?
Water permeates our surroundings, existing in various forms, from soil moisture to ice caps, and even within the cells of our bodies. The average human, influenced by factors such as location, age, sex, and fat index, comprises 55-60% water. At birth, infants are remarkably water-rich at 75%, akin to fish, though this diminishes to 65% by their first birthday. Water plays a pivotal role in our bodies, cushioning joints, regulating temperature, and nourishing the brain, with adults' brains and hearts consisting of nearly three-quarters water. Despite our aquatic composition, the necessity of drinking water arises from the daily loss of two to three liters through sweat, urine, bowel movements, and respiration. Maintaining a balanced water level is crucial to prevent dehydration or over-hydration, both of which can adversely affect health. The body's response to low water levels involves releasing antidiuretic hormone, leading to concentrated urine and potential adverse effects on energy, mood, skin moisture, and cognitive function. Over-hydration, often seen in athletes, can result in hyponatremia, causing cells to swell and, in extreme cases, lead to water intoxication. While the conventional wisdom of eight glasses a day has been refined, the recommended daily intake varies based on factors like weight and environment. Beyond water, beverages like coffee and tea, as well as water-rich foods like fruits and vegetables, contribute to daily hydration and offer additional health benefits. Maintaining optimal hydration levels has been linked to reduced stroke risk, better diabetes management, and a potential decrease in certain cancer risks, emphasizing the profound impact of adequate liquid intake on our overall well-being.