First off, this article is a re-share from EdSurge. Links to original articles are below.
Secondly, here is the Wikipedia synopsis of Shakespeare’s ‘Love’s Labour’s Lost’. Don’t be lazy, read it.
Finally, if you enjoy staycurious.org, please support this open-source project.
In “Love’s Labour’s Lost,” a comedy that William Shakespeare wrote in the 16th century, the character Biron asks, “What is the end of study?”
Questioning the end, or purpose, of education is an exercise that modern students, professors and college leaders engage in all the time. Scott Newstok, professor of English at Rhodes College in Memphis, believes that Shakespeare’s own training—in rhetoric, craftsmanship and conversation—reveals the answer.
“This big, long-term, ambitious task of education is the development of your fullest human capacities to be self-reflective and to be able to articulate complex thoughts and engage with other people,” Newstok says.
In other words, he believes the purpose of education is learning to think.
Newstok explores this philosophy in his new book, “How to Think Like Shakespeare: Lessons From a Renaissance Education.” It’s a slim, surprising exploration of the value that deeply human engagement has in a world full of data points and distractions.
Surveying the obsessions that dominate instruction time in many classrooms, including standardized tests, Newstok finds them at odds with the practices that he believes are essential to developing a “fully deployed mind” like Shakespeare’s own. It’s reading, writing, translation and discussion that truly teach people to think, according to Newstok, who asserts that those same exercises can also help people today develop empathy by stretching “your cognitive capacity to imagine yourself into other subject positions.”
The kind of teaching and learning that Newstok prescribes takes time and effort. Education technology that promises shortcuts for “delivering content” cannot substitute for the hard mental labor of thinking, Newstok says, nor the skilled craftsmanship of teachers.
“They need to have content-specific knowledge, but they also have all kinds animating ways in which they help us care about that knowledge,” he explains. “And they nudge us and they press us and they shame us and they inspire us. That’s a complex art.”
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When I was in 7th grade, my U.S. history teacher gave my class the following advice:
Your teachers in high school won’t expect you to remember every little fact about U.S. history. They can fill in the details you’ve forgotten. What they will expect, though, is for you to be able to think; to know how to make connections between ideas and evaluate information critically.
I didn’t realize it at the time, but my teacher was giving a concise summary of critical thinking. My high school teachers gave similar speeches when describing what would be expected of us in college: it’s not about the facts you know, but rather about your ability to evaluate them.
And now that I’m in college, my professors often mention that the ability to think through and solve difficult problems matters more in the “real world” than specific content.
Despite hearing so much about critical thinking all these years, I realized that I still couldn’t give a concrete definition of it, and I certainly couldn’t explain how to do it. It seemed like something that my teachers just expected us to pick up in the course of our studies. While I venture that a lot of us did learn it, I prefer to approach learning deliberately, and so I decided to investigate critical thinking for myself.
What is it, how do we do it, why is it important, and how can we get better at it? This post is my attempt to answer those questions.
In addition to answering these questions, I’ll also offer seven ways that you can start thinking more critically today, both in and outside of class.
What Is Critical Thinking?
“Critical thinking is the intellectually disciplined process of actively and skillfully conceptualizing, applying, analyzing, synthesizing, and/or evaluating information gathered from, or generated by, observation, experience, reflection, reasoning, or communication, as a guide to belief and action.”
– The Foundation for Critical Thinking
The above definition from the Foundation for Critical Thinking website is pretty wordy, but critical thinking, in essence, is not that complex.
Critical thinking is just deliberately and systematically processing information so that you can make better decisions and generally understand things better. The above definition includes so many words because critical thinking requires you to apply diverse intellectual tools to diverse information.
Ways to critically think about information include:
That information can come from sources such as:
And all this is meant to guide:
You can also define it this way:
Critical thinking is the opposite of regular, everyday thinking.
Moment to moment, most thinking happens automatically. When you think critically, you deliberately employ any of the above intellectual tools to reach more accurate conclusions than your brain automatically would (more on this in a bit).
This is what critical thinking is. But so what?
Why Does Critical Thinking Matter?
Most of our everyday thinking is uncritical.
If you think about it, this makes sense. If we had to think deliberately about every single action (such as breathing, for instance), we wouldn’t have any cognitive energy left for the important stuff like D&D. It’s good that much of our thinking is automatic.
We can run into problems, though, when we let our automatic mental processes govern important decisions. Without critical thinking, it’s easy for people to manipulate us and for all sorts of catastrophes to result. Anywhere that some form of fundamentalism led to tragedy (the Holocaust is a textbook example), critical thinking was sorely lacking.
Even day to day, it’s easy to get caught in pointless arguments or say stupid things just because you failed to stop and think deliberately.
But you’re reading College Info Geek, so I’m sure you’re interested to know why critical thinking matters in college.
According to Andrew Roberts, author of The Thinking Student’s Guide to College, critical thinking matters in college because students often adopt the wrong attitude to thinking about difficult questions. These attitudes include:
Ignorant certainty is the belief that there are definite, correct answers to all questions–all you have to do is find the right source (102). It’s understandable that a lot of students come into college thinking this way–it’s enough to get you through most of your high school coursework.
In college and in life, however, the answers to most meaningful questions are rarely straightforward. To get anywhere in college classes (especially upper-level ones), you have to think critically about the material.
Naive relativism is the belief that there is no truth and all arguments are equal (102-103). According to Roberts, this is often a view that students adopt once they learn the error of ignorant certainty.
While it’s certainly a more “critical” approach than ignorant certainty, naive relativism is still inadequate since it misses the whole point of critical thinking: arriving at a more complete, “less wrong” answer.
Part of thinking critically is evaluating the validity of arguments (yours and others’). Therefore, to think critically you must accept that some arguments are better (and that some are just plain awful).
Critical thinking also matters in college because:
- It allows you to form your own opinions and engage with material beyond a superficial level. This is essential to crafting a great essay and having an intelligent discussion with your professors or classmates. Regurgitating what the textbook says won’t get you far.
- It allows you to craft worthy arguments and back them up. If you plan to go on to graduate school or pursue a PhD., original, critical thought is crucial
- It helps you evaluate your own work. This leads to better grades (who doesn’t want those?) and better habits of mind.
Doing college level work without critical is a lot like walking blindfolded: you’ll get somewhere, but it’s unlikely to be the place you desire.
The value of critical thinking doesn’t stop with college, however. Once you get out into the real world, critical thinking matters even more. This is because:
- It allows you to continue to develop intellectually after you graduate. Progress shouldn’t stop after graduation–you should keep learning as much as you can. When you encounter new information, knowing how to think critically will help you evaluate and use it.
- It helps you make hard decisions. I’ve written before about how defining your values helps you make better decisions. Equally important in the decision-making process is the ability to think critically. Critical thinking allows you compare the pros and cons of your available options, showing that you have more options than you might imagine.
- People can and will manipulate you. At least, they will if you take everything at face value and allow others to think for you. Just look at ads for the latest fad diet or “miracle” drug–these rely on ignorance and false hope to get people to buy something that is at best useless and at worst harmful. When you evaluate information critically (especially information meant to sell something), you can avoid falling prey to unethical companies and people.
- It makes you more employable (and better paid). The best employees not only know how to solve existing problems–they also know how to come up with solutions to problems no one ever imagined. To get a great job after graduating, you need to be one of those employees, and critical thinking is the key ingredient to solving difficult, novel problems.
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7 Ways to Think More Critically
Now we come to the part that I’m sure you’ve all been waiting for: how the heck do we get better at critical thinking? Below, you’ll find seven ways to get started.
1. Ask Basic Questions
“The world is complicated. But does every problem require a complicated solution?”
– Stephen J. Dubner
Sometimes an explanation becomes so complex that the original question get lost. To avoid this, continually go back to the basic questions you asked when you set out to solve the problem.
Here are a few key basic question you can ask when approaching any problem:
- What do you already know?
- How do you know that?
- What are you trying to prove, disprove, demonstrated, critique, etc.?
- What are you overlooking?
Some of the most breathtaking solutions to problems are astounding not because of their complexity, but because of their elegant simplicity. Seek the simple solution first.
2. Question Basic Assumptions
“When you assume, you make an ass out of you and me.”
The above saying holds true when you’re thinking through a problem. it’s quite easy to make an ass of yourself simply by failing to question your basic assumptions.
Some of the greatest innovators in human history were those who simply looked up for a moment and wondered if one of everyone’s general assumptions was wrong. From Newton to Einstein to Yitang Zhang, questioning assumptions is where innovation happens.
You don’t even have to be an aspiring Einstein to benefit from questioning your assumptions. That trip you’ve wanted to take? That hobby you’ve wanted to try? That internship you’ve wanted to get? That attractive person in your World Civilizations class you’ve wanted to talk to?
All these things can be a reality if you just question your assumptions and critically evaluate your beliefs about what’s prudent, appropriate, or possible.
If you’re looking for some help with this process, then check out Oblique Strategies. It’s a tool that musician Brian Eno and artist Peter Schmidt created to aid creative problem solving. Some of the “cards” are specific to music, but most work for any time you’re stuck on a problem.
3. Be Aware of Your Mental Processes
Human thought is amazing, but the speed and automation with which it happens can be a disadvantage when we’re trying to think critically. Our brains naturally use heuristics (mental shortcuts) to explain what’s happening around us.
This was beneficial to humans when we were hunting large game and fighting off wild animals, but it can be disastrous when we’re trying to decide who to vote for.
A critical thinker is aware of their cognitive biases and personal prejudices and how they influence seemingly “objective” decisions and solutions.
All of us have biases in our thinking. Becoming aware of them is what makes critical thinking possible.
4. Try Reversing Things
A great way to get “unstuck” on a hard problem is to try reversing things. It may seem obvious that X causes Y, but what if Y caused X?
The “chicken and egg problem” a classic example of this. At first, it seems obvious that the chicken had to come first. The chicken lays the egg, after all. But then you quickly realize that the chicken had to come from somewhere, and since chickens come from eggs, the egg must have come first. Or did it?
Even if it turns out that the reverse isn’t true, considering it can set you on the path to finding a solution.
5. Evaluate the Existing Evidence
“If I have seen further it is by standing on the shoulders of giants.”
When you’re trying to solve a problem, it’s always helpful to look at other work that has been done in the same area. There’s no reason to start solving a problem from scratch when someone has already laid the groundwork.
It’s important, however, to evaluate this information critically, or else you can easily reach the wrong conclusion. Ask the following questions of any evidence you encounter:
- Who gathered this evidence?
- How did they gather it?
Take, for example, a study showing the health benefits of a sugary cereal. On paper, the study sounds pretty convincing. That is, until you learn that a sugary cereal company funded it.
You can’t automatically assume that this invalidates the study’s results, but you should certainly question them when a conflict of interests is so apparent.
6. Remember to Think for Yourself
Don’t get so bogged down in research and reading that you forget to think for yourself–sometimes this can be your most powerful tool.
Writing about Einstein’s paper “On the Electrodynamics of Moving Bodies” (the paper that contained the famous equation E=mc2), C.P. Snow observed that “it was as if Einstein ‘had reached the conclusions by pure thought, unaided, without listening to the opinions of others. To a surprisingly large extent, that is precisely what he had done’”(121).
Don’t be overconfident, but recognize that thinking for yourself is essential to answering tough questions. I find this to be true when writing essays–it’s so easy to get lost in other people’s work that I forget to have my own thoughts. Don’t make this mistake.
For more on the importance of thinking for yourself, check out our article on mental laziness.
7. Understand That No One Thinks Critically 100% of the Time
“Critical thinking of any kind is never universal in any individual; everyone is subject to episodes of undisciplined or irrational thought.”
– Michael Scriven and Richard Paul
You can’t think critically all the time, and that’s okay. Critical thinking is a tool that you should deploy when you need to make important decisions or solve difficult problems, but you don’t need to think critically about everything.
And even in important matters, you will experience lapses in your reasoning. What matters is that you recognize these lapses and try to avoid them in the future.
Even Isaac Newton, genius that he was, believed that alchemy was a legitimate pursuit.
As I hope you now see, learning to think critically will benefit you both in the classroom and beyond. I hope this post has given you some ideas about how you can think more critically in your own life. Remember: learning to think critically is a lifelong journey, and there’s always more to learn.
For a look at critical thinking principles in action, check out this guide to strategic thinking.
- Original Article
- The Thinking Student’s Guide to College by Andrew Roberts (the source of several of the seven ways to think more critically)
- What the Best College Teachers Do by Ken Bain (the source of several of the seven ways to think more critically)
- A Short History of Nearly Everything by Bill Bryson (the source for the C.P. Snow quote about Einstein and the information about Isaac Newton).
That’s the question parents and teachers both dread and love to hear from kids. We dread it because, well, sometimes we don’t know the answer—or we’re too lazy or harried to come up with a good one. But we usually do our best, understanding that curiosity is key to learning.
But did you know that the benefits of curiosity are not limited to the intellectual? For children and adults alike, curiosity has been linked with psychological, emotional, social, and even health benefits. Here are six of them!
1. Curiosity helps us survive.
The urge to explore and seek novelty helps us remain vigilant and gain knowledge about our constantly changing environment, which may be why our brains evolved to release dopamine and other feel-good chemicals when we encounter new things.
2. Curious people are happier.
Research has shown curiosity to be associated with higher levels of positive emotions, lower levels of anxiety, more satisfaction with life, and greater psychological well-being. Of course, it may be, at least partially, that people who are already happier tend to be more curious, but since novelty makes us feel good (see above), it seems likely that it goes the other direction as well.
3. Curiosity boosts achievement.
Studies reveal that curiosity leads to more enjoyment and participation in school and higher academic achievement, as well as greater learning, engagement, and performance at work. It may seem like common sense, but when we are more curious about and interested in what we are doing, it’s easier to get involved, put effort in, and do well.
4. Curiosity can expand our empathy.
When we are curious about others and talk to people outside our usual social circle, we become better able to understand those with lives, experiences, and worldviews different than our own. Next time you have the chance to talk with a stranger, especially someone who may be quite dissimilar to you, try engaging with them on a personal level (respectfully, of course) and showing them that you are interested in what they have to say.
5. Curiosity helps strengthen relationships.
One study asked strangers to pose and answer personal questions, a process scientists call “reciprocal self-disclosure.” They found that people were rated as warmer and more attractive if they showed real curiosity in the exchange (while other variables like the person’s social anxiety and their levels of positive and negative emotions did not affect the partner’s feelings of attraction and closeness). This implies that demonstrating curiosity towards someone is a great way to build your closeness with them.
6. Curiosity improves healthcare.
Research suggests that when doctors are genuinely curious about their patients’ perspectives, both doctors and patients report less anger and frustration and make better decisions, ultimately increasing the effectiveness of treatment.
This article originally appeared in Greater Good Magazine.
If there’s an algorithm for Innovation, it must begin with two key components, Curiosity & Creativity.
These two words lie at the very foundation of every true innovative process. If great minds like Newton, Einstein, Beethoven, Shakespeare, Leonardo da Vinci have anything in common, it would be these two qualities: Curiosity and Creativity. But let’s back it up and try to define these three words: Creativity, Curiosity, and Innovation algorithm.
Creativity is the innate ability to use one’s imagination to bring an original idea to life.
It can also be the use of original ideas to invent something; it can indicate a flash of insight otherwise known as the “Eureka” or “Light Bulb” moment. A good example of Creativity is Sir Issac Newton’s flash of genius as an apple fell while he under the apple tree. This event sparked a moment of creative brilliance that inspired Newton to develop the theories of Gravitation. Creativity would ensure that one can connect with the original ideas and convert them into material that can energize innovation. On the other hand, how can Curiosity be defined?
Curiosity is a passionate desire to discover and to know.
Curiosity is a subtle quality of great that mostly goes unnoticed. It doesn’t seem to garner as much acclaim as it deserves which is also makes it difficult for those who embrace Creativity without it to produce anything meaningful that truly impacts and changes the world. Curiosity has proven to be a precursor to Creativity time and again. One very notable example of Curiosity is the Ford Model T designed and developed by American inventor Henry Ford.
Ford is known to have made a quote which goes thus: “If I had asked them what they wanted; they would have said faster horses”. Henry Ford was curious about what other forms of transportation existed beyond the horses and the carts. This pushed him into a creative zone that was hitherto unexplored simply because of sheer curiosity. This curiosity made him into one of the greatest inventors America has ever had. His curiosity made the Ford Model T to be named in 1999 as the most influential car of the 20th century at the Car of the Century competition. By now, it is must be clearer how critical the qualities of creativity and curiosity are to the Innovation algorithm.
So, what’s the Innovation algorithm?It is a set of creative processes that work together to convert a problem into a solution.
In 1485, Italian polymath Leonardo da Vinci conceived and mapped out plans and designs for a ornithopter (a device intended to fly through aid of human power). Leonardo saw a transportation problem that carts and horses could not solve and he got curious. He was known to be obsessed with flight so much so that he would buy birds in the market and set them free. He was always curious about how birds took flight, the position of their heads and wings, the settings of their tail wings, the shape of their bodies while in flight and so forth. This made him think of transportation in ways that were out of the conventional transportation of his day. It was never really known if Leonardo’s ornithopter worked.
Four centuries down the line, transportation by air would become a major issue especially in the military sector. In 1903, two brothers named Wilbur and Orville Wright made four flights at Kitty Hawk, North Carolina. And they had successfully invented the first airplane. Was this a coincidence? Absolutely not! There is a link in creative processes. The innovative algorithm that solved the problem of human flight began in the 15th century in Italy in the curious mind of the Italian maestro, Leonardo da Vinci. And this curiosity birthed creative processes in inventors like the Montgolfier brothers -who developed the hot air balloon flight in 1783- and George Cayley in 1843 who published the biplane design until the Wright brothers came along.
It is safe to assert that Curiosity and Creativity exists in a loop or some sort of continuum that keeps the core process of Innovation alive. When there is a problem, curiosity must be engaged. We must ask “Why” like Henry Ford did. “Why” is the article of curiosity. When we ask why, it becomes clear how our imaginations must work to solve the problem at hand. Einstein is noted for saying: “We can not solve our problems with the same level of thinking that created them”. Until curiosity is engaged and why is known, we cannot change our level of thinking.
Without changing the level of thinking, problems are never solved; they are simply recycled. As we become more curious about the ways to deal with problems, we become more creative in thinking of ways to solve the problem and the result is innovation that blows the world away.
Do you want your Innovation to blow the world away?
Embrace Curiosity and Creativity!