Tag Archives: Taught

Billie Eilish’s Oscar Acceptance Speech Taught All of Us a Poignant Leadership Lesson – Inc.

  1. Billie Eilish’s Oscar Acceptance Speech Taught All of Us a Poignant Leadership Lesson Inc.
  2. Breaking Baz: Greta Gerwig Parties At Vanity Fair’s Oscar Event & Talks ‘Barbie 2’ As ‘Oppenheimer’ Gets Overshadowed By All That Kenergy – See The Guest List Deadline
  3. Finneas and Girlfriend Claudia Sulewski Attend 2024 Oscars Party PEOPLE
  4. Billie Eilish’s Rare Full-Glam Oscars Look Leaves Fans Speechless Yahoo Life
  5. Billie Eilish Becomes Youngest to Win Two Oscars With Best Original Song for ‘Barbie’ The New York Times

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Tristan Thompson Cheats Because He Wasn’t Taught “How To Love” – BuzzFeed News

  1. Tristan Thompson Cheats Because He Wasn’t Taught “How To Love” BuzzFeed News
  2. Tristan Thompson Knows His Cheating with Jordyn Woods Caused Kylie Jenner to ‘Lose a Sister’ and Gain ‘Distrust’ PEOPLE
  3. “How stupid can you be?”: Stephen A. Smith looks absolutely distraught talking about Tristan Thompson-Khloe Kardashian saga Sportskeeda
  4. Kourtney Kardashian Says Tristan Thompson Doesn’t ‘Deserve Khloé’ as He Admits He Doesn’t Know ‘How to Love’ PEOPLE
  5. Kylie Jenner Reveals She ’Needed to Grow’ Without Jordyn Woods As She Addresses Their Relationship HollywoodLife
  6. View Full Coverage on Google News

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Guardians of the Galaxy Vol. 3: Chris Pratt on What Parks and Recreation Taught Him About Endings – IGN

  1. Guardians of the Galaxy Vol. 3: Chris Pratt on What Parks and Recreation Taught Him About Endings IGN
  2. Chris Pratt swore he was ‘never gonna audition for Marvel again’ after failed ‘Captain America’ and ‘Thor’ auditions before he landed ‘Guardians of the Galaxy’ Yahoo! Voices
  3. Chris Pratt & Zoe Saldana talk rekindling Star-Lord & Gamora in Guardians of the Galaxy Vol. 3 Digital Spy
  4. “I was being given directions”: Chris Pratt Didn’t Like Star-Lord Becoming Thanos’ Scapegoat During Infinity War’s Battle of Titan Sequence FandomWire
  5. Chris Pratt Reveals Way Son Jack Lovingly ‘Likes To Mess With’ Him Over His Movie Roles Yahoo Entertainment
  6. View Full Coverage on Google News

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Frank Reich: I have a vision at QB, but Colts tenure taught me how to adapt

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When Frank Reich began his tenure as the Colts head coach in 2018, the team had Andrew Luck at quarterback and the plan was for that to remain the case for years to come.

It didn’t take long for that plan to change, however. Luck retired after Reich’s first season in Indianapolis and the rest of his time with the team was spent chasing a starter who would be a long-term answer at the position. The Colts never found one, however, and Reich was fired in the middle of the 2022 season.

Reich is now the head coach of the Panthers and there’s no plan in place at quarterback this time around. The Panthers used three starters en route to a 7-10 record and Reich said he knows he has to come in “with a vision” of what the team will do at a crucial position. He also knows that he may have to shift that vision due to unforeseen circumstances and that he thinks his time with the Colts prepares him for that.

“I’ve had to work with the young, the old, the pocket passer, the guy who moves,” Reich said, via Darin Gantt of the team’s website. “And I think even though it wasn’t always an ideal scenario, like in Indy having a different quarterback every year, I did learn a lot through it because you’re forced to adapt and evolve your offense around different styles of quarterbacks. So I just think that bodes well. I’m always learning and growing as a coach; I’m able to better articulate how things do change, depending on the style of quarterback that we have.”

Reich noted that there’s been a move “more to the movement-type quarterback” in recent seasons, but that he also knows “we’re going to have to be good from the pocket.” Finiding someone who can handle those responsibilities will have a heavy hand in determining where things go for Reich in Carolina.

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A dish of neurons may have taught itself to play Pong (badly)

Enlarge / In culture, nerve cells spontaneously form the structures needed to communicate with each other.

One of the more exciting developments in AI has been the development of algorithms that can teach themselves the rules of a system. Early versions of things like game-playing algorithms had to be given the basics of a game. But newer versions don’t need that—they simply need a system that keeps track of some reward like a score, and they can figure out which actions maximize that without needing a formal description of the game’s rules.

A paper released by the journal Neuron takes this a step further by using actual neurons grown in a dish full of electrodes. This added an additional level of complication, as there was no way to know what neurons would actually find rewarding. The fact that the system seems to have worked may tell us something about how neurons can self-organize their responses to the outside world.

Say hello to DishBrain

The researchers behind the new work, who were primarily based in Melbourne, Australia, call their system DishBrain. And it’s based on, yes, a dish with a set of electrodes on the floor of the dish. When neurons are grown in the dish, these electrodes can do two things: sense the activity of the neurons above them or stimulate those electrodes. The electrodes are large relative to the size of neurons, so both the sensing and stimulation (which can be thought of as similar to reading and writing information) involve a small population of neurons, rather than a single one.

Beyond that, it’s a standard culture dish, meaning a variety of cell types can be grown in it—for some control experiments, the researchers used cells that don’t respond to electrical signals. For these experiments, the researchers tested two types of neurons: some dissected from mouse embryos, and others produced by inducing human stem cells to form neurons. In both cases, as seen in other experiments, the neurons spontaneously formed connections with each other, creating networks that had spontaneous activity.

While the hardware is completely flexible, the researchers configured it as part of a closed-loop system with a computer controller. In this configuration, electrodes in a couple of regions of the dish were defined as taking input from the DishBrain; they’re collectively termed the motor region since they control the system’s response.

Another eight regions were designated to receive input in the form of stimulation by the electrodes, which act a bit like a sensory area of the brain. The computer could also use these electrodes to provide feedback to the system, which we’ll get into below.

Collectively, these provide everything necessary for a neural network to learn what’s going on in the computer environment. The motor electrodes allow the neurons to alter the behavior of the environment, and the sensory ones receive both input on the state of the environment as well as a signal that indicates whether its actions were successful. The system is generic enough that all sorts of environments could be set up in the computer portion of the experiment—pretty much anything where simple inputs alter the environment.

The researchers chose Pong.

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Voyager turns 45: What the iconic mission taught us and what’s next

Forty-five years ago, on Aug. 20, 1977, NASA’s Voyager 2 spacecraft launched from Cape Canaveral, Florida, on a Titan III-Centaur rocket, embarking on a “grand tour” of the solar system that would include visits to the Jupiter and Saturn systems and would make it the first spacecraft to visit the ice giants Uranus and Neptune and their moons.  

Voyager 2 is now 12.1 billion miles (19.5 billion kilometers) away and still sending back data on the distant and unknown heliopause, and scientists are beginning to wonder how long the iconic space probe can keep going. 

Designed to take advantage of a once-every-176-years alignment in the 1970s that made it possible for spacecraft to take gravity-assist slingshots from planet to planet across the solar system, the Voyager mission consisted of two probes. Voyager 2 was the first to launch, with Voyager 1 following two weeks later. Both carried the famous “Golden Record,” a 12-inch gold-plated copper disc containing sounds and images portraying the diversity of life and culture on Earth

Now over 14.5 billion miles (23.3 billion km) away, Voyager 1 is the farthest artificial object from Earth. But Voyager 2 is arguably more iconic because of its incredible multidecade tour of the giant planets. 

Related: Celebrate 45 years of Voyager with these amazing images of our solar system (gallery)

Voyager’s “grand tour”

Though it launched second, Voyager 1 was so called because it was to reach Jupiter and Saturn first — in March 1979 and November 1980, respectively — before exiting the plane of the planets where it took the famous “Pale Blue Dot” photo. Voyager 2 visited four planets: Jupiter in July 1979, Saturn in August 1981, Uranus in January 1986 and Neptune in August 1989. 

“Both Voyager 1 and Voyager 2 provided tremendous legacies for planetary exploration,” Jonathan Lunine, a planetary scientist and physicist at Cornell University who is working on the Juno, Europa Clipper and James Webb Space Telescope missions, told Space.com. “Not only in what they accomplished in terms of science, but also demonstrating that it was really possible to explore the outer solar system with a couple of spacecraft.”

A collage shows Voyager 2’s views of the planets it imaged during its explorations. (Image credit: NASA/JPL)

What did the Voyager probes reveal?

Voyager’s discoveries are the stuff of legend among planetary scientists, many of whom still rely on the unique images from the spacecraft’s wide-angle and narrow-angle cameras. The probes spotted volcanoes on Jupiter’s moon Io, discovered that Jupiter’s Great Red Spot is an Earth-size storm and found that the gas giant has faint rings. They studied Saturn’s rings; saw the giant moon Titan’s thick, Earth-like atmosphere; and revealed the tiny moon Enceladus to be geologically active. 

Voyager 2 alone then visited Uranus and Neptune. The spacecraft’s first-ever images of Uranus revealed dark rings, the planet’s tilted magnetic field and its geologically active moon Miranda. Neptune, meanwhile, was also discovered to have rings and many more moons than scientists initially thought. We also got to see Triton, a geologically active moon that is orbiting “backward” and, like Pluto, is now believed to be a captured dwarf planet from the Kuiper Belt.  

A Voyager 2 image of Neptune’s largest moon, Triton, in 1989. (Image credit: NASA/JPL-Caltech)

Voyager as a catalyst 

In addition to making groundbreaking discoveries, the Voyager mission helped scientists determine what merited deeper exploration. The mission revealed Jupiter to be an incredibly complex planet, thus spurring NASA to launch the Galileo mission in 1989 and the Juno mission in 2011. The Voyager probes’ work also helped to inspire the iconic Cassini mission to Saturn.

“Voyager 1’s close flyby of Titan was the catalyst for the wonderful Cassini mission to Saturn and its Huygens probe,” Lunine said. The Huygens probe landed on the surface of Titan in 2005 and sent back an incredible video

Voyager 2 has also been a catalyst for investigations into the role of the ice giant planets — not only in the solar system but also in distant star systems, since most of the exoplanets found so far are roughly the size of Neptune and Uranus. 

This image of the planet Uranus was taken by the spacecraft Voyager 2 in 1986. (Image credit: NASA/JPL-Caltech)

Voyager and NASA today 

NASA has spent decades following up on the Voyager missions, and those efforts continue today. The space agency’s Dragonfly mission will reach Titan, Saturn’s largest moon, in 2034, while Europa Clipper will study Jupiter’s ocean moon, first imaged by Voyager, starting in 2030. In April, the National Academies Planetary Science Decadal Survey recommended that NASA send a $4.2 billion Uranus Orbiter and Probe mission to unveil the mysterious ice giant planet and its moons in the 2040s. 

It’s the latest mission that’s a direct consequence of Voyager 2’s brief visit to the Uranus system in January 1986. “Voyager 2’s flyby of Uranus was a bull’s-eye — it went directly through the plane of the moons’ orbits because of the orientation of Uranus’ axis to the sun,” Lunine said. That made it unlike flybys at other planets, where the probes were able to visit one moon after another. “Voyager 2 got very brief images from these moons, so they’re largely unexplored,” Lunine said. 

Ariel and Miranda, in particular, are thought to be ocean worlds and so would be specifically targeted by the Uranus Orbiter and Probe. “It’s been 45 years since the launch of Voyager 1 and Voyager 2, and here we are now finally talking about a Uranus Orbiter and Probe mission,” Lunine said. “It seems like a long time because these missions take so long to conceive of, fund, build, launch and execute, but it all comes from the intriguing peeks that we got from Voyager 2.” 

An artist’s rendering of a Voyager spacecraft in interstellar space. (Image credit: NASA/JPL-Caltech)

How long will Voyager last?

Both Voyager 1 and Voyager 2 still communicate with NASA’s Deep Space Network (which itself was created to communicate with Voyager 2 at Uranus and Neptune), receiving routine commands and occasionally transmitting data to Earth. “We are still getting data from Voyager,” Stamatios Krimigis, principal investigator for the Voyager 1 and 2 probes and the Voyager Interstellar Mission, said during a news conference held at COSPAR 22 in July. “We’re looking forward to getting data for probably another five or six years.”  

Around the mid- to late 2020s, the probes’ scientific instruments will be entirely switched off, and eventually, the spacecraft will go cold and silent — but their journeys into interstellar space will continue indefinitely. “My motto is, I want to be here after Voyager passes on,” said Krimigis, who is in his 80s. “But I’m not sure that’s going to happen.”  

In around 300 years, Voyager 1 and 2 will enter the Oort cloud, the sphere of comets surrounding the solar system. About 30,000 years later, they’ll exit the neighborhood and silently orbit the center of the Milky Way for millions of years. 

Their scientific work may be almost over, but the Voyager spacecraft have only just begun their journeys into the cosmos.

Follow us on Twitter @Spacedotcom and on Facebook. 



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“Australia Is Wider Than The Moon”: 35 Mind-Blowing Geography Facts They Never Taught You In School

Quick, pop quiz! Can you tell me how many square kilometers Canada is? How about the largest state in the US? (Hint: It’s not Texas.) Do you know off the top of your head how large Chile is? Okay, don’t panic. You’re not in high school anymore, and this won’t be graded. But if it’s been a while since you’ve looked at a map or you’ve never gone in depth with your geography studies, you just might learn a thing or two from this list.

Reddit user storm1902 reached out asking for the most mind-blowing geography facts readers had, and their answers did not disappoint. Enjoy learning these facts that might give you a new perspective on our beautiful planet, and be sure to upvote all of your favorites. Below, you’ll also find interviews we were lucky enough to receive from Professor Joe Smith, director of the Royal Geographical Society, and Luke Kelly, one of the hosts of 80 Days: an exploration podcast. Then if you’re looking to learn even more about our world after finishing this list, you can check out another Bored Panda piece featuring fascinating maps right here.

Not sure it applies but the meteor that brought an end to the dinossaurs was so massive that the crater actually started forming itself before it even touched ground, due to the unbelievable air pressure

Edit: this definitely does not apply as I read geology, and not geography, I’m an idiot

drunk_portuguese Report

I’m sure you took at least one geography course back in your school days, but let’s break down what the field of geography encompasses for those of us who only remember the basics like landscapes and longitude and latitude. Geography is the study of space and place and is broken down into two categories: human and physical. According to the Royal Geographical Society, human geography focuses on “the dynamics of cultures, societies and economies” while physical geography refers to the “understanding of the dynamics of landscapes and the environment”. Geography bridges the gap between understanding social and physical processes. More recently, human geography has also begun to study the causes of inequalities between places and social groups. Deepening our understanding of geography is a great way for us to better understand our planet, not only through its physical nature but also through its people.

We reached out to Luke Kelly, one of the hosts of 80 Days, a podcast “dedicated to exploring little-known countries, territories settlements and cities around the world” to get some insight from someone passionate on the topic of geography. First, Luke explained to me how 80 Days was born. “We started the podcast in 2016, and the idea was essentially born out of a desire to find out more about obscure places that we’ve all heard of – Gibraltar, Tasmania, Easter Island, etc – but that not too much of us know in depth. For example, we wanted to find out why there’s a country that’s entirely enclosed by South Africa, or why Newfoundlanders sound Irish. It turns out that there was no podcast filling that niche at the time, so we started our own!” 

We also asked Luke what the best part of making this podcast is. “Over the years we’ve learned a huge amount about some really weird places,” he told us. “I’d say the best part has been discovering fascinating stories from each of these places. For example we’d all heard of the Pacific island of Nauru, but only when researching the show did we find out that its government once financed a West End musical about Leonardo Da Vinci’s love life, which flopped and lost the nation loads of money.”

Antarctica is the world’s largest desert, since it doesn’t get all that much rainfall. Also, if you put a cherry on top of it, Antarctica is the world’s largest dessert.

CrabbyBlueberry , Pixabay Report

We also asked Luke why it’s important for people to have an understanding of the world’s geography. “We are always amazed on our show by how connected even the smallest places in the world have been down the centuries. You’d be amazed at some of the world famous figures we come across. So in that sense, every tiny place has its part to play and its own story to tell. Nowhere is entirely uninteresting.”

When asked to share his favorite geography fun facts, Luke did not leave us hanging. “Liechtenstein is the world largest exporter of false teeth.”

“The Panama Canal charges by the ton for shipping. The lowest toll ever paid to cross it was incurred by Richard Halliburton, who swam the canal in 1928. Halliburton paid just 36 cents.”

“The Isle of Man hosts an annual TT (time trial) motorbike race which is the oldest and most dangerous race of its kind in the world. Competitors travel an AVERAGE of 130 mph through the 37.5 mile long mountain course, and the race has claimed 242 lives in its 107 years of existence.”

If you’re interested in hearing more geography and history fun facts from Luke, be sure to check out the 80 Days podcast right here.

Rubies and Sapphires are in fact, the same mineral, and both of them, as well as Emeralds, are actually rarer then Diamonds.

Selkie_Muffin , Wikipedia Report

We also reached out to Professor Joe Smith, director of the Royal Geographical Society, to hear from an expert why geography is so fascinating. “Geography literally means ‘writing the Earth’. So geographers’ mission is to explore and understand space and place – recognizing the great differences in cultures, political systems, economies, landscapes and environments across the world, and exploring the links between them. Because we live on such a dynamic planet, and in dynamic societies, geography will always have to match that dynamism: so it’s always going to be developing, and this makes its study a literally endless source of fascination.”

Professor Smith also explained why it’s important for us to have an understanding of our world’s geography. “Geography is, in the broadest sense, an education for life and for living,” he told us. “Learning through geography – whether gained through formal learning or experientially through travel, fieldwork and expeditions – helps us all to be more socially and environmentally sensitive, better informed, and more responsible as citizens. Another quick way of putting it is: ‘without geography, society is lost’.”

We also asked Professor Smith how climate change is affecting our world’s geography. “Human-caused climate change refers to changes in the earth’s temperature over the last 100 years or so since industrial societies started to affect the makeup of the atmosphere. Since 1900, the average temperature on the planet has increased by 0.75 degrees Celsius and the UK’s sea level has risen by about 10cm.”

“Humans are changing the climate by their actions, particularly by emitting greenhouse gases – and the impacts are already very great and threatens the extinction of many forms of life on the planet,” he explained. “Climate scientists, including geographers, in the global network of researchers that make up the IPCC generally agree there will be an increased threat to human health, particularly amongst the poorest; an increased extinction risk for some vulnerable species as well as decreased agricultural yield in many tropical and subtropical regions; a heightened water shortage in many water-scarce areas of the world and finally further risk of storm and flood damage. Such impacts will disproportionately affect populations that inhabit small islands and low-lying coastal areas.”

Lastly, Professor Smith wanted to add that, “Geography is the study of the relationships between the earth and those who live on it, and understanding climate change is now a key part of understanding the place of humans on the planet. But geographers are also very active in generating solutions and resilient responses to environmental threats and changes. Understanding difference is a key part of the geographers’ job, and this leaves us well equipped to help understand the impacts climate change will have on different places.”

If you’re interested in learning even more from the Royal Geographical Society, you can check out their website right here.

If you took a boat out of Reykjavík and sailed directly south, the first land mass you’d hit would be Antarctica.

RyzenRaider , Wikipedia Report

Having a better understanding of geography tends to encourage us to want to travel more as well. When we start opening up the door of curiosity about the planet, we often want to learn more and more. For example, if you’ve visited Mexico before, you might have experienced a very different culture than you’re used to, depending on where you are from. Part of that culture is influenced by the geography of the country, being in a warm place with a varied landscape of mountains, deserts, beaches and rain forests. Maybe on your next vacation, you’ll travel to Denmark to experience a vastly different climate and embrace a completely different culture. Then you might want to visit Thailand next. Every nation is different, but countries in the same region tend to have some cultural similarities. When we understand where countries lie geographically, we can start to better understand their cultures and their people. Your country might not be used to the idea of a mid-day nap, but in countries like Spain and Vietnam, a siesta is a great way to combat the brutal afternoon heat.    

Depending on where you are, you might have recently noticed a lot of dust from Africa coating your town.

But dust from the Sahara regularly makes it’s way to the Amazon. In fact, without that dust, the Amazon might not even exist. The soil there is pretty nutrient poor, and that dust acts as a form of fertiliser. Two massive but opposing geological features – one full of life, the other very sparse – yet very strongly connected.

JackofScarlets Report

Aside from climate, topography can play a large role in influencing cultures as well. If your country is filled with mountains and receives lots of snow in the winter, you might have known how to ski since you were 3. On the other hand, countries in warmer places filled with lakes and rivers, like Taiwan, might be more invested in water sports and swimming. Topography even influences how we eat, as what food we have access to depends on what we can grow and source close to home. Nordic countries tend to eat a lot of fish, as they have easier access to fish than landlocked nations do. They also have historically eaten more potatoes and root vegetables than countries further south because crops grown underground could survive harsh winters.

The earth is remarkably smooth.

Everest at 8.85km above sea level compared to the Marianas trench at -11kms. A net difference of 19.85kms on a sphere 12,742kms. 0.156% of the planets circumference contains all terrain heights.

The surface of a cue ball (2.25in), has a tolerance for surface finish allowing pits or grooves to be up to 0.005in. 0.222% of its circumference.

Earth is smoother than a cue ball, even if you put Everest next to the Marianas trench or dug the trench another 9km deeper, it would still be within scaled cue ball tolerance for smoothness.

Jtothe3rd Report

It’s never too late to educate yourself on geography, especially if your school system didn’t do a great job teaching you in the first place. In the United States, for example, one 2018 study of eighth graders found that nearly three quarters of them tested below proficient in geography on the National Assessment of Educational Progress. Questions on the exam included topics like locating major cities on a map, discussing the impacts of urbanization, identifying characteristics on a climate graph and using photos to explain human adaptation to climate. 2018 was not an exceptional to the rule either, as similar results were found on the same assessment in 2014 and 1994. Normally, I would not suggest heading to Reddit to learn, but if students aren’t picking up a great understanding of geography in schools, they might as well find it somewhere else.   

Not Earth’s geography but Mars’. Olympus Mons (volcano on Mars) is so big that it curves with the curvature of Mars itself to an extent that you cannot see the peak of the volcano if you would stand at the base of it.

Edit 1: changed Mount Olympus to Olympus moms
Edit 2: Changed Olympus moms to Olympus Mons

P. S. As you see I’m phenomenal at typing

TheDarkBob Report

The distance between New Zealand and Australia is roughly the same as the distance between The Netherlands and Libya.

Javanz , Google Maps Report

Another important reason to understand geography is to better understand the prevalence of climate change. Climate change has already affected the planet’s geography by causing rising sea levels and melting of ice caps, but it also has created natural disasters that have shaped the world. Excess rainfall, wildfires, droughts and heat waves have already begun shifting landscapes, and the rising sea levels are shrinking island nations. The world’s altering geography could have devastating effects, like nations suddenly being unable to produce crops they have relied on for centuries. It’s important that we understand how to limit our carbon footprints and take action to reduce or reverse climate change before it’s way too late.   

When I worked for FedEx back in the 90’s one of the reasons why they chose Anchorage as a global hub (apart from the fact that aircraft use less fuel due to it being cooler) was that it is one of the only places in the world that is within 10 hours of the three biggest global markets; North America, Europe and Asia!

Who would have thought that a place considered in the middle of nowhere is actually the centre of the world.

Geronimo2U Report

Doing our own research to learn about geography is also never a bad idea, as we can’t always rely on every map we’ve seen. In fact, there are actually 10 different versions of the world map, according to Times Now. No map will ever be 100% accurate because they’re flat representations of a globe; there will always be some spots that are a little wonky or not fully to scale. The most commonly used map is the Mercator projection, which was designed by cartographer Gerardus Mercator in 1569, but it’s sometimes criticized for the distortion of countries closer to the North and South poles. For example, Greenland looks much larger on this map than it is in reality.

How far north Europe is. I always pictured Europe as roughly parallel to the US, so northern Europe would be the same latitude as Minnesota and southern Europe as Florida. Not even close. The UK is almost entirely north of the lower 48 states and Rome is further north than New York City.

mordeci00 , Christian Lue Report

Texas is large enough that I could fit Copenhagen, Brussels, Zagreb, and Warsaw with their real life distances from each other inside the State lines.

The Great Lakes contain enough fresh water to flood an area the size of Great Britain in over 100 meters of water.

whatifevery1wascalm , Yigithan Bal Report

Some alternatives to the Mercator projection include the Gall-Peters, the Winkel-Tripel, and the Robinson projections. The Gall-Peters does a better job of portraying the size of nations and is actually promoted by the United Nations. When it comes to the shape of certain places, though, there are distinct distortions. Next we have the Winkel-Tripel projection, which minimizes three major areas of distortion: area, direction and distance. The National Geographic Society even adopted this map in 1998 and began drawing their maps using it, but the projection still includes some distortions, specifically when it comes to angles. The Robinson projection was developed in 1963 with “the primary purpose of creating a visually appealing map of the world”. While it is not entirely accurate on the shape or size of landmasses, it’s sometimes considered a good “compromise” of other older versions. 

* The Appalachian mountain range formed before the North American continent broke away from Europe, so there’s a little chunk of the Appalachians in France.

* Relatively speaking, we live on the skin of an apple. That’s about how thick the Earth’s crust is in proportion to its volume.

* The Australian tectonic plate is drifting north at a rapid rate relative to other plates. The whole continent is moving north and slightly clockwise at around 2.7 inches a year, which is fast enough that GPS systems have had to compensate for it to stay accurate. In a few hundred million years, Australia will probably collide with Asia, creating a mountain range even taller than the Himalayas when it does.

* It’s also easy to forget how recent some of our research and discoveries are. Though the idea of “continental drift” was first proposed in 1915, the theory of plate tectonics wasn’t really well developed until the 1950s, continuing into the 1970s. And while we currently understand pretty well that an asteroid impact caused most dinosaurs to rapidly go extinct, down to the exact location of the crater and the size of the asteroid and everything, the asteroid-impact theory wasn’t proposed until 1980.

Taman_Should Report

I don’t know if it’s geography per se but I read somewhere that if the sun was the size of a white
Blood cell, the milk way galaxy would be the size of the continental United States. That made me say woah..

Ohchrist-whatsnext Report

If you’re really passionate about geography, it might be worth considering studying it in university and going on to pursue a career in the field. Those who have studied geography can go down the career paths of environmental specialists, business location/allocation experts, market researchers, cartographers, community development and planning specialists, satellite image analysts, weather forecasters or educators. No matter where they end up, anyone with a geography degree can be sure that their knowledge will be useful in the personal and professional lives.

The country that spans the most different time zones is… France! Because they have so many islands and areas around the world that are considered French soil.

Britain also has a bunch of overseas possessions that belong to the crown, but unlike France they don’t consider these places to be part of the same country.

kms2547 Report

America and Canada share the longest demilitarized border in the world.

Lexinator04 Report

We hope you’re enjoying this fascinating list of geography facts and that it’s taught you something you didn’t learn in school. Learning so much about our world is inspiring me to get out and experience a bit more of our planet’s remarkable geography. Remember to upvote all of your favorite facts that you’d like your fellow pandas to see, and let us know in the comments what the most interesting geography fact you know is!

[Point Nemo](https://oceanservice.noaa.gov/facts/nemo.html) is the loneliest point away from any other land (2,688 km away of any other)

The closest people are the ones at the ISS.

l-am-Not-Me Report

Maine borders exactly one state. Tennessee and Missouri border eight apiece.

Half the world’s population lives within 3,300 kilometers of Mong Khet, Myanmar.

Manila’s population density is more than 100,000 people per square mile. In fact, the three densest cities in the world are all in the Philippines.

The distance between the highest point and the lowest point in the contiguous United States is less than 85 miles.

ArmyMedicalCrab Report

At high noon in Hawaii when the Sun is directly overhead, the shadows of objects evenly line up to make it look as if there are no shadows being cast, so objects planted in the ground would look like they’re in a poorly rendered video game. This phenomenon is called Lahaina Noon and it happens bi-annually.

CurvyNB Report

Canada has the longest coastline in the world at approximately 243,042 kilometres. It’s estimated that it would take more than 30 years to walk Canada’s coastline at the rate of 19 kilometres a day.

anon Report

Russia and America are so close. Whenever I look on a map, they are on opposite sides, but they are so much closer irl. I know, I am an idiot.

JustABritishCupOfTea Report

Although I’m on the other side of the planet, only 1 country separates me from North Korea.

Core308 , Micha Brändli Report

Note: this post originally had 95 images. It’s been shortened to the top 35 images based on user votes.


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Good News For Species Sick Of Existing: Scientists Have Taught An AI How To Manipulate Jillion-Degree Plasma

Nuclear fusion: It’s what’s next! That’s what all the plasma scientists say, anyway. Whether it be via the hohlraums and many lasers of inertial confinement fusion or via the supercooled superconductors of magnetic confinement fusion, sooner or later by-God nuclear fusion is coming to a maximally secured facility near you. On balance this is probably a good idea, as energy-positive commercial fusion reactors potentially solve humankind’s fossil fuel problem forever, and buy our species a few more generations of fun in the sun before Elon Musk gets owned online one too many times and decides mid-tantrum to detonate our planet from space. Won’t that be a bummer.

That the overall fusion project is a good and wise undertaking does not mean that each individual advancement in fusion technology is a super-great idea. Here is one example. According to a paper published this week in the journal Nature, scientists at London-based lab DeepMind have taught a reinforcement learning artificial intelligence (AI) to shape and manipulate blobs of burning plasma inside a tokamak reactor. The problem, as they see it, is that optimizing the “stability, confinement, and energy exhaust” of a magnetically-suspended cloud of hydrogen isotopes burning at 10 times the temperature of the hottest part of the Sun is a “time-varying, non-linear, multivariate control problem” of enormous, dizzying complexity.

In magnetic confinement fusion, you see, a cocktail of hydrogen isotopes is sprayed into a hollow metal donut called a torus, where it is suspended by a configuration of magnets supercooled to deep space temperatures. Voltages and coil currents and other science things are used to whip up and ignite and energize this hydrogen cloud into a terrifying frenzy; conditions inside the ignited cloud, called a plasma, become so unfathomably fierce that atoms begin to fuse together and form heavier atoms, blasting off subatomic particles and generating temperatures not found anywhere in our solar system. This astonishing heat triggers more fusion, and the reaction becomes self-sustaining. In a commercial reactor, the other thing the heat will do—which I will admit is somewhat boring—is it will boil some water. Steam from the water will rise and spin a turbine. Kinetic energy from the spinning turbine will drive a generator, and the generator quite literally will go brrrrrrr and make electricity, which will then be used to power your electric shaver, as you stare dead-eyed and defeated into your bathroom mirror at the beginning of yet another miserable day of existence.

What scientists are hunting, in order to make commercial fusion energy a planet-saving reality, is a self-sustaining plasma reaction that spits out more electricity than it consumes in its operations. They’ve fined-tuned the hydrogen fuel, fine-tuned the shape of the torus, fine-tuned the thermal insulation, and fine-tuned the big honkin’ magnets used to contain and energize the plasma, but optimizing the reaction means wielding invisible magnetic fields with incredible precision and delicacy, in order to shape and manipulate blazing star juice, inside the core of a gigantic reactor. Not as simple as it sounds! These are not big red ACME-branded horseshoe magnets with helpful little lightning bolt-shaped lines emanating from their ends, indicating the direction and strength of the magnetic forces. A human with their hands on the joysticks of this sucker would be controlling several of the most powerful forces in the observable universe. No pressure.

As humankind has not yet initiated the Butlerian Jihad, it is considered sound and fine to solve this challenge by handing the awesome, unfathomable responsibility of dominion over A Cloud Of God to computers, expressly because they are able to metabolize information and process variables and generate conclusions in ways and at speeds that our squishy little brains cannot. However, it seems like the pros and cons of this are something we ought to discuss, like, as a species, before we hand over precision control of jillion-degree plasma to The Singularity. I’m not sure I want a deep-learning algorithm to have hands-on experience manipulating a substance hot enough to quite literally burn The Sun. I can barely handle my damn coffee maker!

Artist’s conception: The author after handing over planet-killing power to a computer not currently smart enough to identify a damn traffic light without my CAPTCHA help.

It’s not so much the possibility of being blasted to smithereens by a bloodthirsty, extermination-minded cyborg that bothers me (quite the opposite, in fact), so much as it is the increasing likelihood that the master-appliance relationship I currently enjoy with my smartphone will very soon be turned on its head, once we’ve finished training computers how to build and mass-manufacture plasma cannons. Let’s at least get together and talk this over.

H/t Rory

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DR MICHAEL MOSLEY: What 2021 taught me and how it can change your life, too

Have you made any New Year’s resolutions yet? If you are looking for inspiration, then here are some of the tried-and-tested things I have incorporated into my own life, which you, too, could take on to ensure a healthier, happier 2022. 

Try a keto diet 

A 2021 survey by Public Health England revealed that nearly half of us have put on around half a stone (just over 3 kg) during the pandemic.

So how best to get rid of those Covid kilos? Over the autumn months I put on a few pounds, creeping into the overweight category (my BMI, which for years had been around 24, was 25).

I tried a new approach to slim down for Christmas: a short-term ‘keto’ diet — where you cut your consumption of carbs to less than 50g a day, while eating plenty of healthy fats, such as olive oil, oily fish and nuts, plus lots of veg. It forms the basis of my book, The Fast 800 Keto, which has just been published.

A 2021 survey by Public Health England revealed that nearly half of us have put on around half a stone (just over 3 kg) during the pandemic

When you drastically reduce your carb intake, your body starts to burn fat by converting your fat stores into ketones, which it then uses as fuel.

One of the big advantages of this is that ketones suppress hunger. In fact, a study published last April by Norwegian researchers found the more ketones your body produces, the lower the levels of the hunger hormone, ghrelin, in your system and the less hungry you feel.

During the 12-day run up to Christmas, I stuck to my low-calorie keto diet and lost 9 lb (4 kg) — reducing my BMI to 24 and taking an inch off my waist. 

A brighter year ahead

There are many reasons to feel optimistic about the coming year. Not only do we, finally, have Covid on the run, but the resulting developments in vaccine technology will also improve our ability to fight other infectious diseases, and even boost our immune system’s ability to fight cancers.

And our greater understanding of how the immune system works should also lead to major advances in our treatment of allergies. In a few months’ time, parents who have children with severe peanut allergies will, for the first time, be able to access a life-changing new drug, called Palforzia, free on the NHS.

The drug dampens the body’s reaction to peanuts, which, in turn, reduces the risk that the child will have a severe, even fatal, reaction if accidentally exposed. And that is very good news.

 

Set exercise alarms 

If, like me, you struggle to find the time and inclination for lengthy workouts, why not try ‘exercise snacking’? The idea is that, rather than spending hours at the gym, you try to build more moments of activity into your life.

Research published last year in the Journal Of Applied Physiology showed that if you get up from your chair every 30 minutes and do a few squats, a brisk walk, some press-ups or even just walk up and down the stairs a few times, every day, that can be enough to make a positive impact on your health.

I spend a lot of time at my computer, so I set an alarm every 30 minutes to remind me to move.

I also go for a couple of brisk 20-minute walks each day, and I do The 7-Minute Workout most mornings. It’s a free app that combines resistance exercises (to build muscle) with an aerobic workout (to strengthen the lungs) and involves a mix of activities, such as press-ups, lunges and tricep dips. 

Rewire your brain 

There are real benefits to looking on the bright side. In a 2019 study by Boston University School of Medicine, researchers discovered that optimistic people live, on average, seven years longer than their more pessimistic friends. And they are more likely to achieve ‘exceptional longevity’, i.e. living to age 85 or older.

Another study in 2019, from the University of Illinois, found optimistic people tend to sleep better, too. That may be because they usually look for answers to problems, rather than fretting about things, which disrupts sleep.

One way to cultivate a more optimistic mindset is to stop listening to your inner critic and instead focus on your successes. Research shows that this can rewire your brain.

BUY POT PLANTs

If you love the great outdoors, you’ll know that walking in a wood or field makes you feel calmer. A 2019 study at Exeter University, involving more than 20,000 people, found those who spend at least two hours a week in nature reported better physical and mental health than those who don’t.

Not only does looking at trees reduce stress, lower blood pressure and improve mood, but plants also produce chemicals called phytoncides, which boost our immune system.

If you can’t get outside very often, I recommend bringing nature into your home by buying pot plants. Research suggests they can help soothe your mood as well as remove toxins from the air.

If you can’t get outside very often, I recommend bringing nature into your home by buying pot plants

STOP SLOUCHING

If you are a sloucher, as I am, one sure-fire way to look younger and feel better is to pull back your shoulders and stand up straight. Slouching makes you look older and contributes to back pain.

The first way to improve your posture is to change how you sit. Try to avoid leaning on the back of the chair (you might even buy a backless chair, as these make key posture muscles in your back work harder).

You could also buy a posture brace, a series of straps which go over your shoulders and meet at a belt around your stomach.

When I slouch it digs into my shoulders and reminds me to pull them back. 

Say it with a song 

Whether you sing in a choir or alone in the shower, there is evidence that belting out a tune can reduce stress, improve your blood pressure and even reduce chronic pain.

Singing gives us a ‘high’ because it boosts levels of endocannabinoids, cannabis-like chemicals that your body naturally produces.

In a study I helped set up at Nottingham University in 2018, we showed that singing produced a 48 per cent increase in levels of this feel-good chemical. It works for me. 

Cut out junk food 

Junk food is bad for our waistlines and our brains. It leads to chronic inflammation, which contributes to heart disease and cancer, and also to depression, anxiety and, potentially, memory loss.

A study by Ohio State University, published in October, showed that putting rats on a junk food diet for four weeks led to an inflammatory response in their brains and signs of early memory loss.

Junk food is bad for our waistlines and our brains. It leads to chronic inflammation, which contributes to heart disease and cancer, and also to depression, anxiety and, potentially, memory loss

Stand on one leg 

Having a good sense of balance is very important, particularly as we age. Falling over is the commonest cause of accidental death worldwide, after traffic accidents. I find that standing on one leg, while brushing my teeth, improves my balance. I stand on my left leg for 30 seconds, then my right, and repeat.

It also means I clean my teeth thoroughly! 

Give more hugs 

One of the things I’ve found hard about the past two years is that I have become much more wary about hugging friends and family. When I go to hug my mother, there is the fear I might give her Covid. It is not very likely, as we are both triple-jabbed and neither of us regularly visits bars or clubs.

Yet I know that a nice, long hug would be good for us both. Studies show regular 20-second hugs can reduce stress and lower blood pressure, while also boosting levels of the ‘cuddle hormone’, oxytocin.

A 2019 study found cuddling a dog also boosts oxytocin, in the owner — and in the dog.

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‘Life has taught me a lot’: Pankaj Tripathi explains his choices in films and life

From Gangs of Wasseypur to Mirzapur, from Run to Mimi, Pankaj Tripathi has sure come a long way. The actor, whose early roles are mostly credited as ‘unnamed character’ now has roles written specifically for him. His presence has become a value add in any project, whether it is a film or web series. And such as the quality of his work that it would be hard for any one of us to pick just one favourite film or series that features Pankaj Tripathi.

This year, the actor was in seen in Kaagaz, his first film as a lead, and now, he stars in Mimi. In the Laxman Uterkar directorial, Pankaj Tripathi plays the role of Bhanu. He is funny and witty as the man who introduces the idea of surrogacy to the lead protagonist and also becomes her support as things go awry.

Recently, indianexpress.com sat down for a conversation with Pankaj Tripathi during which, we tried to explore what goes behind creating a character like Bhanu. At first, Tripathi joked that when he is paid on time, the work becomes easy. But later, Pankaj said the script was a huge boon and even director Laxman Utekar’s guidance helped him.

Watch | Kriti Sanon and Pankaj Tripathi talk everything about Mimi

Thoda bohot toh sochte hi hai ki character ki history kya hogi (I do think of a backstory of a character). Written material accha mila tha aur sir ne badhiya guide kiya (The script was nice. Laxman Uterkar sir also guided well),” he said.

Duniya me bohot saare logo se mile hai, aisi paristhiti me rahe hai (I have met many people, I have lived in many situations). I have seen that world. So, it is all an experience of life. Life taught me a lot. So, it all comes from the learnings,” Tripathi said when asked about how he makes his character on the script come alive on screen.

Even Mimi director Laxman Utekar confessed that Bhanu was written keeping Pankaj in mind. “Before even getting started with the script, we were sure Bhanu will be played by Pankaj sir. The dialogues were written keeping Pankaj sir in mind,” the director told us.

When the trailer of Mimi was released, people tagged it as yet another small-town story. But Pankaj said while hundreds of stories from the heartland have made it to the silver screen, there are more left to be told. “Abhi bohot saari kahani bachi hai. Humara desh bohot bada hai dost. Yes, we will tell urban stories, that are based abroad but we also need to tell stories that dig deep into the roots of our nation. So many stories have been told but there are thousands more waiting to be explored,” Pankaj replied with a smile on his face.

His film Mimi is a comedy-drama that explores the concept of surrogacy in a lighthearted manner. We asked the actor how a comedy film with a message can impact the audience, in response to which, Tripathi stated that watching a comedy film is like meditating. He said comedy films make an impact on people’s minds effortlessly.

Watch MIMI trailer here:

“I feel when you are saying something through humour or comedy, the impact is larger and successful because it is like meditation. The purpose of meditation is to lose oneself in nothingness. To bring ourselves in a state where we have no thoughts. And for any human, it is difficult to come into such a zone because every one of us is a thinking individual. We have multiple thoughts going on in our minds. When you meditate for a year, you can zero down to only maybe two moments when you could put yourself in the zone of nothing. In comedy, when you watch the film (or series) and laugh out loud, for those 10 seconds, your brain has no other thought but happiness. No EMI pressure, no career issues and no complexities of any sort. In a comedy film, if we can give 10 such laughter moments, we are giving the audience 10 meditative moments. That elevates the message of the film,” he expressed with a disclaimer saying, “this is my logic.”

He also added, “Your mental calmness increases when you watch a comedy film. In that space, when the filmmaker is trying to put across a poignant statement or message, it creates a lasting impression. Films are a strong medium, why waste it only on entertainment. If you can convey a message in a this way then why not?”

Mimi marks Pankaj Tripathi’s third film with Kriti Sanon. The actors have previously shared the screen space in Bareilly Ki Barfi and Luka Chupi. Mimi is currently streaming on Jio Cinema and Netflix.

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