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The Distinction Between Being Smart, Educated, And Clever

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It’s surprising to know that there are a big number of applicants which can be being turned down in most nursing colleges. Diane F. Halpern, a psychologist and past-president of the American Psychological Association (APA), wrote in her essay contribution to Why Smart Individuals Can Be So Stupid that normally, we recognize individuals as clever if they’ve some mixture of those achievements (1) good grades in school; (2) a high level of education; (3) a accountable, complicated job; (4) another recognition of being intelligent, akin to winning prestigious awards or incomes a big salary; (5) the flexibility to read complicated text with good comprehension; (6) solve difficult and novel issues.

Maybe he does not like school because of external influences; i.e. bullying, tough lecturers, taunting by other college students, or peer stress. These students that do not absorb info in addition to others could discover themselves at a decrease stage inside Maslow’s pyramid because the course progresses.

Instructors are subsequently confronted with the problem of designing programs that move forward such that these students with a slower learning pace don’t get left behind, whereas not moving so slowly that students with faster learning paces get bored.

The growing understanding is that globalization is being mirrored in an educational agenda that enables for numerous, and countless, improvements upon the education system that enables the educators themselves to expand on their teaching, and current students with real world situations that require them to “assume outdoors the box”, or outdoors the realm of their particular subject, if you will.

One sad fact remained is that there are nursing schools that don’t have the sufficient facility to their nursing students may find yourself missing some technical know-hows. Sure, sensible sounding kids tend to return from educated, professional, two-dad or mum environments where they decide-up …

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Why Education, Alone, Does not Make A SMART Leader?

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Education is very important. With the mass exodus of teachers, many college students aren’t able to domesticate the mentoring relationships that they as soon as were in a position to because so many are leaving the occupation – voluntarily and involuntarily – inside a mean of three years.

Within the wake of today’s social, economic and political flux, our educational system and establishments must reflect the significance of participating college students, as much as they work toward instilling data. Nevertheless, the classroom allows for much less flexibility than programs run in online education environments.

As an alternative, public dollars would fund public faculties designed to accomplish a public need: the real education of America’s least-privileged youngsters. When billions of dollars are divided among the many 9.6 million eligible college-aged kids, the potential for change is staggering.

I) Education ought to provide the coed with the elemental information and fundamental skills that she or he would require as a working member of the group. This includes studying through both theoretical components of a course, as well as social interplay with each instructors and other students.

The classroom surroundings allows students to clarify what’s being taught not solely with their instructors, however with other college students. 2. More preparation required on the part of the trainer: In an internet education environment, an instructor cannot merely stand in entrance of a whiteboard and deliver a class.…

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Asteroid Bennu Could Shed Light on How Ingredients for Life Reached Earth | Smart News

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A series of studies published last week in the journals Science and Science Advances offer a new, detailed look at the makeup of a small asteroid called Bennu. The studies come just before NASA’s OSIRIS-REx spacecraft plans to pick up a sample from the asteroid’s surface on October 20 and return with it to Earth in 2023.

Before the OSIRIS-REx spacecraft reached the asteroid in 2018, astronomers could only study it with telescopes that couldn’t make out details smaller than cities or states, Michael Greshko reports for National Geographic. OSIRIS-REx allows astronomers to map details the size of basketball courts, sheets of paper and postage stamps, depending on the imaging tool they used.

“The reason there’s so much interest in asteroids is a lot of them are very primitive, from when the Solar System formed, and they didn’t change with wind and water, or weather like on Earth,” planetary scientist Amy Simon of NASA’s Goddard Space Flight Center tells Passant Rabie at Inverse. “They’re still more pristine than anything you could find in the universe.”

Researchers chose Bennu for close study and a sample-return mission because it is a relatively rare type of asteroid that’s rich in carbon-containing molecules, or organics, and because it formed early in the history of our solar system, Neel Patel reports for the MIT Technology Review. It’s also relatively close to Earth.

Bennu is about a third of a mile wide, made of a pile of rubble that is loosely held together by its own gravity, per National Geographic. The rubble resulted from a collision with a 60-mile-wide object in the asteroid belt that destroyed Bennu’s parent body, a larger asteroid. Bennu probably formed between 700 million and two billion years ago somewhere between Mars and Jupiter, and has drifted closer to Earth

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Nearly Half of South America’s Mammals Came from North America, New Research May Explain Why | Smart News

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North and South America haven’t always been connected. South America functioned as a continent-sized island for millions of years following the extinction of the dinosaurs, incubating its own strange assembly of animals such as giant ground sloths, massive armored mammals akin to armadillos and saber-toothed marsupial carnivores. Meanwhile, North America was exchanging animals with Asia, populating it with the ancestors of modern horses, camels and cats, writes Asher Elbein for the New York Times.

Finally, when tectonic activity formed the Isthmus of Panama roughly ten million years ago, a massive biological exchange took place. The many species that had been evolving in isolation from one another on both continents began migrating across the narrow new land bridge. Llamas, raccoons, wolves and bears trekked south, while armadillos, possums and porcupines went north.

It would be reasonable to expect this grand biological and geological event, known to paleontologists as the Great American Biotic Interchange, resulted in equal numbers of northern and southern species spreading across the two land masses; but that’s not what happened.

Instead, many more North American mammal species made homes down south than the other way around. Almost half of living South American mammals have North American evolutionary roots, whereas only around ten percent of North American mammals once hailed from South America. Now, researchers who reviewed some 20,000 fossils may have an answer, according to the Times.

According to the paper, published this week in the journal the Proceedings of the National Academy of Sciences, the asymmetry of immigrant mammal diversity we see today was the result of droves of South American mammals going extinct, leaving gaping ecological holes waiting to be filled by northern species and reducing the pool of potential immigrant species to make the trek north, reports Christine Janis, an ecologist at

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Curly the Curling Robot Can Beat the Pros at Their Own Game | Smart News

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The sport of curling requires such precision and strategy that it’s sometimes referred to as “chess on ice.” Players push 40-pound stones across frozen sheets, rotating the stones just enough that they “curl,” and try to knock opposing teams’ stones out of central rings.

Subtle variables at play—tiny, ever-changing bumps in ice, the pressure exerted by one’s hand, the smoothness of the stone—all impact the outcome, so much that curling requires machine-like precision from its players.

So, it makes sense that an actual machine might have a shot at winning, if it could learn to strategize on its own. Enter Curly: a robot powered by artificial intelligence (AI) that recently competed against professional South Korean curling teams and won three out of four official matches.

Curly’s impressive feat is recounted in an article published this month in Science Robotics by researchers Seong-Whan Lee and Dong-Ok Won of Korea University and Klaus-Robert Müller of the Berlin Institute of Technology. The robot gave a top-ranked women’s team and a national wheelchair team a run for their money, the authors write, thanks to its “adaptive deep reinforcement learning framework.”

Curly actually consists of two robots that communicate with each other: a “skipper” that aims the stone and a “thrower” that pushes it across the ice, reports Brooks Hays for United Press International (UPI). It rolls on wheels and uses a conveyer belt to rotate the curling stone, reports Matt Simon for Wired magazine. One camera on Curly’s “head” is able to give the robot a view of the field, and another camera just above its front wheels watches the “hogline,” or the boundary on the ice where players are required to release the stone.

When Curly competes, it raises its white, teardrop-shaped head and extends its seven-foot-long neck to get a good view

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