Billionaire globalist George Soros and Hillary Clinton have joined forces to kill Donald Trump’s chances of becoming President in 2024‚ an independent investigation has discovered. Research conducted by Northeast Florida-based conservative grassroots activist Jessico Bowman [...] The post Soros Caught Orchestrating Plot To Kill Trump’s Chances of Becoming President appeared first on The People's Voice.

The World Economic Forum has ordered government’s in Europe to completely ban all Russians from purchasing or owning properties outside of Russia. The WEF-controlled nation of Finland has become the first EU nation to implement [...] The post WEF Orders Govt’s To Ban ALL Russians From Owning Property appeared first on The People's Voice.

An mega-solar storm is due to strike Earth in the near future and has the potential to wipe out over 90% of the human race‚ according to reports. Actor Dennis Quaid recently sat down with Tucker [...] The post Experts Warn ‘Imminent Solar Storm’ Will Wipe Out 90% of Humanity appeared first on The People's Voice.

Iamthemorning keyboard player Gleb Kolyadin in jail in Thailand facing threat of return to Russia

Playing a character at Disney theme parks may seem like an easy job. For some people‚ it is. But it also means learning things about human interaction and working with children. One of the things they train character actors in is the “Disney hug rule.” According to Inside The Magic‚ “Characters at Disney are told never to let go of a hug first. Walt Disney said‚ you never know how much that child may need that hug.” It appears that Walt Disney knew something about the importance of hugging! Image from TikTok. The Disney hug rule is not in place just for the “human” characters. It includes the actors who portray iconic cartoon characters like Mickey Mouse‚ Goofy‚ and Stitch. And it probably isn’t just for the kids either‚ as many adults also enjoy hugging the loveable characters. In the video below‚ you can see the extended hug between the princess and the toddler. It is amazing that‚ while engaged in the hug‚ she was also conversing with the older siblings. She is very good at ensuring that no one has a feeling of being “left out.” After finishing the initial hug‚ she stood up for a photo and then knelt for another hug with the little one. @tiffany_nickle Core memory for sure ♬ When She Loved Me – Lyn Lapid Hugging is a benefit at all Disney theme parks. Vampirina offers great hugs! @vickiandmickey Characters at Disney are told never to let go of a hug first. Walt Disney said‚ you never know how much that child may need that hug. #disneytiktok #disneytok #fyp #disneyparks #disneymagic ♬ Married Life (From “Up”) – Gina Luciani This happy little girl almost seems to fall asleep in Mickey’s arms. But then she danced off‚ did a spin‚ and returned for a quick goodbye hug before scampering back to her parents. @thedisneybarbie I didn’t know this until late last year when I was told that it’s the characters practice to never let go of the child’s hug first and to allow the child to hug as long as they want . I don’t know if this is True but it has been true for us and everyone else I know and I love this rule because she loves long hugs and they make the sweetest moments !!! Thankyou Disney for embracing these moments with our babies #disney #disneymom #disneymoments #disneymagic #disneymemories #pixiedust #mickey #mickeymouse #hug #longhugs #disneysecrets #disneyparks @disneyparks ♬ When She Loved Me – Lyn Lapid You Can Use The Disney Hug Rule At Home‚ Too Think about the Disney hug rule the next time you hug your children‚ nieces‚ nephews‚ or grandchildren. Hugs are an integral part of human communication. They require no words but can say so much. Share this with someone who might need a hug (then hug them‚ too!). You can find the source of this story’s featured image here and here. The post Making Magic: Have You Ever Heard Of The Disney Hug Rule? appeared first on InspireMore.

It’s often said that talent runs in the family. If that is true‚ then Wow Family Circus is a prime example. This talented bunch share some of their daring moves online‚ garnering themselves quite the following. There’s the parents‚ Ilya and Regina‚ but even more impressively‚ there’s their circus kids: Tagir (9 years old)‚ Zara (6)‚ and Iliana (4). With one quick glance at their social media accounts‚ it’s clear that this talented family trains hard to pull off daring feats (that means the rest of us should not try this at home!) Still‚ I can only imagine how much time and effort it takes to do anything even remotely close to this! @wow_family_circus Ответ пользователю @ ♬ The Greatest Show – Hugh Jackman &; Keala Settle &; Zac Efron &; Zendaya &; The Greatest Showman Ensemble Thanks to their training‚ this family has been able to take their circus act on the road. Plus‚ it seems they even have classes so they can teach other kiddos how to soar through the sky — safely‚ of course! In any case‚ I still have no idea how these kids manage to learn how to do this stuff! Daring Performances by Circus Kids Will Take Your Breath Away @wow_family_circus #acro #acrobatics #acromens ♬ Rocky – The Intermezzo Orchestra Each member of the Wow Family Circus is ridiculous talented‚ of course‚ but Zara in particular has recently garnered quite a bit of attention. She’s got a growing fanbase with folks often asking to see more of her. In the video below‚ you’ll see her put on an aerial performance all on her own! @wow_family_circus #aerialstraps #artistkids #circus #aerialist ♬ A Million Dreams – P!nk As much fun as it is for Zara to step into the spotlight on her own‚ I imagine that it’s all the more fun when you have a partner by your side. Sometimes this person is her brother‚ Tagir. Together‚ they’re able to deliver breathtaking performances! @wow_family_circus @wow_family_circus_life #brothersister #duoaerial #circuskids #aerialacrobatics ♬ The Greatest Show – Hugh Jackman &; Keala Settle &; Zac Efron &; Zendaya &; The Greatest Showman Ensemble Can you imagine how much fun it must be for these circus kids to perform breathtaking stunts at such a young age? Like their family before them‚ they’re sure to have a bright future ahead! You can find the source of this story’s featured image here and here! The post Incredibly Talented Circus Kids Soar Effortlessly Through The Air With Gravity-Defying Moves. appeared first on InspireMore.

'A rearview image that does not display while in reverse decreases the driver's visibility and increases the risk of a crash'

'That's quite a story to tell'

The rate at which the rare but crucial quantum phenomenon known as tunneling occurs has been measured experimentally for the first time‚ and found to match theoretical calculations. The theoretical estimates in this area had been regarded as highly uncertain‚ so confirmation in one specific case allows for greater confidence in estimating the frequency of other tunneling events.Quantum tunneling is one of the many phenomena where subatomic particles behave in ways classical physics would say is impossible. In this case‚ an object trapped in a way that classically requires a certain energy to escape leaves the trap‚ despite having less than that amount of energy. It’s a consequence‚ and proof of‚ the dual wave/particle nature of objects like electrons – a pure particle could not escape‚ but a wave occasionally can. Phenomena like alpha decay of atomic nuclei depend on quantum tunneling to occur.Tunneling is essential to quantum physics‚ and calculations based on simple examples are set in undergraduate courses. Real-world examples are considerably more complex‚ however; knowing tunneling will occasionally occur in a specific situation‚ and knowing how often‚ are very different things. In a new paper‚ a team at the Universität Innsbruck provide the first measure of the reaction between a hydrogen molecule and a deuterium anion‚ finding it to be the slowest reaction involving charged particles ever observed.Although there is no solid wall keeping deuterium anions and hydrogen molecules apart‚ physicists imagine the energy barrier as a physical wall‚ which quantum tunneling occasionally allows protons to penetrate.Image credit: Universität Innsbruck/Harald RitschThe reaction (H2 + D− → H− + HD) involves a shift between a molecule of two hydrogen atoms – protons without neutrons – and an atom consisting of a proton and neutron orbited by two electrons. After tunneling occurs‚ one of the components of the molecule has a neutron‚ while the unattached atom‚ still negatively charged‚ is neutron-less. Although it looks like a neutron has been transferred‚ the reaction is considered to represent proton exchange.Since hydrogen still makes up most of the universe‚ events like this that require no heavier elements happen very frequently on a cosmic scale‚ despite the odds in any specific encounter between hydrogen and deuterium being low. Moreover‚ if we are to have any hope of modeling more complex tunneling events we need to anchor our estimates with measures of simpler examples like this.The Innsbruck team tested the rate of occurrence experimentally by filling a trap with a mix of deuterium ions cooled to 10 K (-263°C/-441°F) (warmed by collisions to 15 K) and hydrogen gas. At these temperatures transfer is classically impossible‚ but the presence of negatively charged hydrogen ions after 15 minutes indicated it had happened‚ albeit not often.The rate is measured in cubic centimeters per second‚ giving a value of 5.2 × 10−20 cubic centimeters per second‚ with a margin of error of around a third‚ which is unlikely to mean much to anyone other than a quantum physicist.It translates‚ however to transfer occurring one in every hundred billion times a deuterium anion collides with a hydrogen molecule. This might seem too rare to worry about‚ but even a small patch of gas contains many billions of molecules. Add enough deuterium and the number of collisions becomes immense.Measuring the rate “requires an experiment that allows very precise measurements and can still be described quantum-mechanically‚” senior author Professor Roland Wester said in a statement.  The idea for the experiment came to Wester 15 years ago‚ but the tunneling is so rare it took considerable effort to construct an experiment where it could be measured. The study is published in Nature. An earlier version of this article was published in March 2023.

     All organisms are made of living cells. While it is difficult to pinpoint exactly when the first cells came to exist‚ geologists’ best estimates suggest at least as early as 3.8 billion years ago. But how much life has inhabited this planet since the first cell on Earth? And how much life will ever exist on Earth?In our new study‚ published in Current Biology‚ my colleagues from the Weizmann Institute of Science and Smith College and I took aim at these big questions.Carbon on EarthEvery year‚ about 200 billion tons of carbon is taken up through what is known as primary production. During primary production‚ inorganic carbon — such as carbon dioxide in the atmosphere and bicarbonate in the ocean — is used for energy and to build the organic molecules life needs.Today‚ the most notable contributor to this effort is oxygenic photosynthesis‚ where sunlight and water are key ingredients. However‚ deciphering past rates of primary production has been a challenging task. In lieu of a time machine‚ scientists like myself rely on clues left in ancient sedimentary rocks to reconstruct past environments.In the case of primary production‚ the isotopic composition of oxygen in the form of sulfate in ancient salt deposits allows for such estimates to be made.In our study‚ we compiled all previous estimates of ancient primary production derived through the method above‚ as well as many others. The outcome of this productivity census was that we were able to estimate that 100 quintillion (or 100 billion billion) tons of carbon has been through primary production since the origin of life.Big numbers like this are difficult to picture; 100 quintillion tons of carbon is about 100 times the amount of carbon contained within the Earth‚ a pretty impressive feat for Earth’s primary producers.Primary productionToday‚ primary production is mainly achieved by plants on land and marine micro-organisms such as algae and cyanobacteria. In the past‚ the proportion of these major contributors was very different; in the case of Earth’s earliest history‚ primary production was mainly conducted by an entirely different group of organisms that don’t rely on oxygenic photosynthesis to stay alive.A combination of different techniques has been able to give a sense of when different primary producers were most active in Earth’s past. Examples of such techniques include identifying the oldest forests or using molecular fossils called biomarkers.In our study‚ we used this information to explore what organisms have contributed the most to Earth’s historical primary production. We found that despite being late on the scene‚ land plants have likely contributed the most. However‚ it is also very plausible that cyanobacteria contributed the most.Total lifeBy determining how much primary production has ever occurred‚ and by identifying what organisms have been responsible for it‚ we were also able to estimate how much life has ever been on Earth.Today‚ one may be able to approximate how many humans exist based on how much food is consumed. Similarly‚ we were able to calibrate a ratio of primary production to how many cells exist in the modern environment.Despite the large variability in the number of cells per organism and the sizes of different cells‚ such complications become secondary since single-celled microbes dominate global cell populations. In the end‚ we were able to estimate that about 1030 (10 noninillion) cells exist today‚ and that between 1039 (a duodecillion) and 1040 cells have ever existed on Earth.How much life will Earth ever have?Save for the ability to move Earth into the orbit of a younger star‚ the lifetime of Earth’s biosphere is limited. This morbid fact is a consequence of our stars life cycle. Since its birth‚ the sun has slowly been getting brighter over the past four and half billion years as hydrogen has been converted to helium in its core.Far in the future‚ about two billion years from now‚ all of the biogeochemical fail-safes that keep Earth habitable will be pushed past their limits. First‚ land plants will die off‚ and then eventually the oceans will boil‚ and the Earth will return to a largely lifeless rocky planet as it was in its infancy.But until then‚ how much life will Earth house over its entire habitable lifetime? Projecting our current levels of primary productivity forward‚ we estimated that about 1040 cells will ever occupy the Earth.Earth as an exoplanetOnly a few decades ago‚ exoplanets (planets orbiting other stars) were just a hypothesis. Now we are able to not only detect them‚ but describe many aspects of thousands of far off worlds around distant stars.But how does Earth compare to these bodies? In our new study‚ we have taken a birds eye view of life on Earth and have put forward Earth as a benchmark to compare other planets.What I find truly interesting‚ however‚ is what could have happened in Earth’s past to produce a radically different trajectory and therefore a radically different amount of life that has been able to call Earth home. For example‚ what if oxygenic photosynthesis never took hold‚ or what if endosymbiosis never happened?Answers to such questions are what will drive my laboratory at Carleton University over the coming years.Peter Crockford‚ Assistant Professor‚ Earth Sciences‚ Carleton UniversityThis article is republished from The Conversation under a Creative Commons license. Read the original article.