@kromashek Екатерина Романова

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• 19/08/2024 - 02:10 Гость At the end of the day, don’t we all want to be happy? Here are 5 ways to get there a href=https://amulex.ru адвокат по финансовым вопросам /a Americans are really into pursuing happiness. What happiness means is different for each individual and may shift over a lifetime: joy, love, purpose, money, health, freedom, gratitude, friendship, romance, fulfilling work? All of the above? Something else entirely? Many have even suggested that while we may think we know what will make us happy, we are often wrong. One man may have cracked the code for what makes a happy and healthier life — and he has the data to back him up. Dr. Robert Waldinger is the director of the Harvard Study of Adult Development — possibly the longest-running longitudinal study on human happiness, which started back in 1938. (The original study followed two groups of males, Harvard College students and adolescents in Boston’s inner city. It was expanded in recent decades to include women and people of more diverse backgrounds.) Plenty of components are at play in the quest for a happier life, but the key comes down to one main factor: quality relationships. “What we found was that the important thing was to stay actively connected to at least a few people, because we all need a sense of connection to somebody as we go through life,” Waldinger told CNN Chief Medical Correspondent Dr. Sanjay Gupta recently on his podcast Chasing Life. “And the people who were connected to other people lived longer and stayed physically healthier than the people who were more isolated,” he said. “That was the surprise in our study: not that people were happier but that they lived longer.”
• 19/08/2024 - 00:29 Гость Johannes Kepler thought he sketched Mercury orbiting across the sun. What he actually captured has solved a solar mystery a href=https://kra03.at kra9.at /a German astronomer Johannes Kepler made sketches of sunspots in 1607 from his observations of the sun’s surface — and centuries later, the pioneering drawings are helping scientists solve a solar mystery. Even though everything in the solar system revolves around the sun, scientists have yet to unlock many of the star’s secrets. However, studying the variability of the sun over time, including the solar cycle, could answer some of the most longstanding questions about the fiery orb and how it changes. https://kra7-at.net кра3 Some of those questions revolve around solar activity in the 17th century, which was a pivotal time for studying the sun. Astronomers observed sunspots with telescopes for the first time in 1610. At the same time, the sun was making an unusual transition into an extended period of weakened activity. And Kepler’s long disregarded sketches, overlooked because they were drawings rather than telescopic observations, could provide crucial historical insights. A new study that recreates the circumstances during which Kepler made his drawings appeared on July 25 in The Astrophysical Journal Letters. “Kepler contributed many historical benchmarks in astronomy and physics in the 17th century, leaving his legacy even in the space age,” said lead study author Hisashi Hayakawa, assistant professor at Nagoya University’s Institute for Space-Earth Environmental Research, in a statement. “Here, we add to that by showing that Kepler’s sunspot records predate the existing telescopic sunspot records from 1610 by several years. His sunspot sketches serve as a testament to his scientific acumen and perseverance in the face of technological constraints.” The sun’s tumultuous activity The sun experiences an 11-year cycle of waxing and waning activity, known as the solar cycle. Currently, scientists believe that the sun is reaching or nearing solar maximum, the annual peak of its activity for the current solar cycle, called Solar Cycle 25. Solar maximum is typically associated with an increase in the number of sunspots visible on the sun’s surface. These dark regions, some of which can reach the size of Earth or larger, are driven by the sun’s strong and constantly shifting magnetic fields. Today, scientists track solar activity using data from ground and space-based observatories, magnetic maps of the solar surface, and ultraviolet observations of the sun’s outer atmosphere.
• 18/08/2024 - 11:03 Гость Hello my family member! I wish to say that this article is amazing, nice written and include approximately all significant infos. I d like to see more posts like this .

 
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