Trivium Academy

Trivium Academy Trivium Academy offers classical education for students aged 8 - 18.

Our five National Latin Exam gold medalists!
04/14/2026

Our five National Latin Exam gold medalists!

3 of our NLE gold medalists!
04/11/2026

3 of our NLE gold medalists!

All 5 of our Latin students earned a gold medal on the National Latin Exam!
04/09/2026

All 5 of our Latin students earned a gold medal on the National Latin Exam!

10 Education Misconceptions #4: Rote Memorization is Not Really LearningA.k.a.: "My kid doesn’t need to regurgitate fact...
03/27/2026

10 Education Misconceptions

#4: Rote Memorization is Not Really Learning
A.k.a.: "My kid doesn’t need to regurgitate facts!”

First of all: why is it always regurgitation? Can we please come up with a better verb?

WHAT IT IS: There is a popular notion that having kids memorize the state capitals, or the times tables, or important historical dates or names, or the quadratic equation, or how to conjugate verbs in the subjunctive tense…is useless. This has become an even more popular talking point in the age of Google searches, to say nothing of large language models (AI).

WHY IT'S APPEALING: Memorizing things is hard. (More on why that’s true in a moment.). We generally don’t enjoy this process, and for kids, it can be like pulling teeth. And...we don’t like to do hard things. Instead of facing up to this unpleasant task, we declare the task to be unnecessary. Beneath us, even! It’s mere regurgitation! Anyone can memorize a formula! Anyone can spit out all fifty state capitals, or the order of the U.S. presidents!

Except…they can’t. Most of us know, deep down, that this is a specious argument. But if all the moms at the playground echo it at the same time, then it kinda-sorta feels true. (“My kid is too smart to spend time doing rote memorization.”)

WHY IT'S WRONG: The unavoidable truth is that we need to memorize things in order to learn other things. Our pre-existing knowledge—that is, knowledge stored in our long-term memory—is what we use to learn literally everything else.

Unfortunately, building that foundational knowledge is very difficult. Here’s why. 👇👇

Our working memory is notoriously feeble: we can only hold about 4 discrete pieces of information in our working memory at any one time. Four. That’s not even a phone number. So how do we do it? We chunk things — combine discrete pieces of information by integrating them into larger frameworks. Then we move things from our working memory into our long-term memory, which is theoretically unlimited. When information moves from our short-term memories to long-term storage, we call that…learning.

Memorizing things—developing automaticity in skills and knowledge — is vital to being able to doing just about anything. In order to solve even a moderately complex algebraic equation, a student needs to already know things like what an integer is, how division works, the rules of distribution, exponent rules, place value…and I haven’t even mentioned things like knowing how to write numbers on paper.

🚨 STRAW MAN ALERT 🚨: “You just want kids to memorize a bunch of disconnected facts!”

Actually, no: good teaching does not unfold like a game of Trivial Pursuit. It builds a base of knowledge with facts and shows the connections between them. Not only that, but students soon make new connections across different disciplines.

The only kids learning a series of disconnected facts are, ironically, the ones engaged in pure discovery learning. Well-meaning parents and teachers give them access to books and videos until something catches their fancy. The Titanic had only twenty lifeboats! Dogs sweat through their paws! The escape velocity of the Earth is 11.2 km/second! What happens to these facts when they're acquired in a haphazard and foundationless fashion? They float around for a short period of time, but do not move to long-term storage.

THE BOTTOM LINE: We learn by analogy. All knowledge is learned with reference to things we already know. The concept of “just in time” learning ("I guess I could learn the rules of basic math on the fly while I’m trying to do nuclear physics") ignores the realities of human cognitive limitations.

(For an excellent article on memorization and working memory, check out this article by Holly Korbey:

https://hollykorbey.substack.com/p/working-memory-one-of-the-most-important)

10 Education Misconceptions #3: Learning Can--and Should--Be Fun Or, “Why can’t my kid learn calculus through video game...
03/22/2026

10 Education Misconceptions
#3: Learning Can--and Should--Be Fun

Or, “Why can’t my kid learn calculus through video games?”

WHAT IT IS: The idea that learning ought to be enjoyable and that frustration, boredom, or discomfort can (and should) be avoided.

WHY IT'S APPEALING: Where to begin? First of all, as homeschoolers, we're not getting paid to teach our own kid(s). Convincing them to do something they don’t want to do takes time and energy. It’s much more viscerally satisfying to watch your kid enjoying a game of Alphabet Bingo or happily absorbed in a video than to watch him struggle with the concept of sounding out the word “mat” or “fine” or (gulp) “enough.” In other words, “fun” learning is more fun for parents, too.

WHY IT'S WRONG: Learning is generally not fun. It can be rewarding, inspiring, and (sometimes, to some people) enjoyable, but it is not inherently fun.

Learning is the process by which we move information from our short-term/working memory to our long-term memory. We take in information from our environment—say, by reading a chapter in a textbook or watching someone work through a math problem on the whiteboard—and it enters our working memory. Then—by processes which I will soon explain—we move it to the long-term storage facility in our brains.

Sadly, there’s a catch: our working memories are extraordinarily feeble. Research shows that working memory can hold about 3 - 7 discrete items at a given time. It’s a wonder we can learn anything. The brain, luckily, has a few tricks up its sleeve:
(1) Prior relevant information. While our working memory is severely limited, our long-term storage is theoretically unlimited. Thus, the key to teaching students new knowledge or skills is to leverage what they already know. (This, by the way, is why the “just-in-time” — a.k.a., “my kid can just Google it”—approach to learning doesn’t work.)
(2) Chunking. This is when we take discrete bits of information and combine them into “chunks” — that is, we recode multiple items into more meaningful units of information.
(3) Schemata. A ‘schema’ is a fancy word for a knowledge framework: that is, a way of categorizing and organizing information (for example: incorporating cats, dogs, and gerbils under the larger concept of ‘mammals.’)

An effective teacher will use various techniques to stretch the limits of students’ working memories, such as ensuring that the student has prior relevant information (by building foundational knowledge) and providing an accurate framework with which to organize new facts. But even with these techniques, learning still feels hard. It takes effort, concentration, and the willingness to delay gratification.

(For background on why learning feels hard, check out this article by Carl Hendrick:

https://carlhendrick.substack.com/p/why-does-thinking-feel-so-hard).

A brief digression: LEARNING THEATER

Nobody wants to deal with bored, reluctant students, so there is a trend toward substituting actual instruction with “fun” educational activities. I call this “learning theater” because these activities offer superficial performance instead of real learning.

What does “learning theater” look like? Classes where kids “learn about France” by eating croissants. Or how about that old standby, the baking-soda volcano? Nowadays, there are also pricey “science kits” in which an “experiment” is 95% completed, and the child is expected to attach a few rubber bands or clips (“Wow, my kid made a nuclear reactor!”). Don’t even get me started on “coding classes” where a tablet app instructs kids to move a blue square onto a green circle (“’Look you programmed the robot to move in a straight line!”)

The problem with “making learning fun” is that, in making something truly fun, one has to remove the learning component. A kid who just dumped some baking soda and vinegar into a paper-maché volcano model is probably not going to be able to explain the principles of plate tectonics.

THE BOTTOM LINE: Learning is not inherently fun; even bright, enthusiastic students will experience discomfort, boredom, and frustration. If you try to avoid this by making everything fun and easy, you will be substituting learning with “learning theater.”
Not only that, but you will be teaching your child that boredom, discomfort, and effort are to be avoided at all costs. Teaching your child that some things in life are difficult but worth doing anyway is an important lesson.

10 Education MisconceptionsMyth  #2: Discovery Learning Or, “Teachers should be a Guide on the Side, not a Sage on the S...
03/18/2026

10 Education Misconceptions
Myth #2: Discovery Learning

Or, “Teachers should be a Guide on the Side, not a Sage on the Stage.”

WHAT IT IS: The idea that kids (and people in general) learn best when they’re allowed to freely explore a topic on their own. This is the opposite of direct instruction, in which a teacher explains a concept to a student using some combination of lecture, visual representation, and demonstration (e.g., working through a math problem on a board).

WHY IT'S APPEALING: This belief has become massively popular, in spite of the fact that all empirical evidence points to the contrary.* The charitable explanation is that parents want to raise children who are self-sufficient and independent; that is, kids who can go out into the world and figure things out for themselves. We want to believe that giving children a bucket of math toys (and little to no instruction) will lead to them learning arithmetic, or that leaving them with a pile of books will turn them into proficient readers.

WHY IT'S WRONG: Natural learning is the process by which we gather sensory input from our environment and attempt to construct larger abstract principles out of what we have encountered. The process is, to put it mildly, inefficient. Yes, we can learn things from our environment, but the process is, in the words of education researcher Carl Hendrick, “slow, brutal, and indifferent to the suffering of the learner.”

In his article “In Praise of Artificial Learning,”** Hendrick writes:

❝Consider what ‘natural’ learning actually looks like. Natural selection operates by a simple method: those who fail to learn, perish. It took hundreds of thousands of years for humans to discover that certain plants were poisonous, certain animals dangerous, certain strategies effective for hunting. Each lesson was paid for in corpses. The knowledge we now transmit in a single sentence; do not eat that berry; do not approach that snake; represents generations of fatal errors.❞

Learning in a natural environment isn’t necessarily fatal, but it does lead to the wrong conclusions. Consider the generations of scientists who believed that maggots could arise spontaneously from rotting flesh—a conclusion that was consistently borne out by observation (until experimentation under more artificial conditions showed that this was not true).***

THE BOTTOM LINE: Learning is best done in an artificial, not natural environment. Discovery learning works when it is done in a controlled environment by an expert with pre-existing, relevant knowledge who is capable of identifying and discarding irrelevant information.

So, yes, your kid can learn everything via “discovery learning,” but he’s going to have the scientific, literary, and technological understanding of homo habilis.

UP NEXT: Myth #3: Learning Can--and Should--Be Fun


* See: https://theeconomyofmeaning.com/2018/01/10/this-new-meta-analysis-is-making-the-news-direct-instruction/

** Full article here: https://carlhendrick.substack.com/p/in-praise-of-artificial-learning

*** https://en.wikipedia.org/wiki/Spontaneous_generation

🤔 What are the most misleading -- but intuitively appealing -- myths about education? 👇I've compiled a list of ten such ...
03/16/2026

🤔 What are the most misleading -- but intuitively appealing -- myths about education? 👇

I've compiled a list of ten such myths. I will explain why they're appealing and why they're wrong. I'll present one here each day. Today is MYTH #1: LEARNING HAPPENS NATURALLY.

📌 MYTH 1: Learning happens naturally (“We’re born to learn!”)

(Or, “My kid will learn to read by talking to strangers on Roblox.”)

WHAT IT IS: The belief that learning happens naturally—and effortlessly—as a response to mere environmental exposure. This belief is applied to every field of knowledge and skill: math, reading, writing, ice skating, drawing, etc.

WHY IT'S APPEALING: It’s convenient. If we, as parents, accept the notion that a child will learn regardless of whether a good teacher — or any teacher — is involved, then we need not fret about our child’s education. It’s also intuitively plausible, because humans do in fact learn certain things by mere environmental exposure, such as learning how to speak one’s native language.

WHY IT'S WRONG: The idea of “natural learning” fails to distinguish between primary learning and secondary learning. Biological or evolutionary primary learning involves learning things that are necessary to our survival, such as walking and talking.* We are hardwired to learn these skills and are therefore able to learn them “automatically” — that is, through exposure.

Secondary learning involves anything not strictly necessary to survival, which is to say pretty much everything one learns in school. Reading, writing, math, science geography, the U.S. state capitals…none of these is learned automatically. Learning these things requires conscious effort (by the student) and actual instruction (by a teacher).

THE BOTTOM LINE: Yes, learning comes naturally to humans—but only certain types of learning.

Tomorrow we'll be looking at Myth #2: Kids Learn Best Through Discovery & Exploration.

*For a detailed explanation of this idea--and plenty of hard evidence to back it up-- please see "How Learning Happens: Seminal Works in Educational Psychology and What They Mean in Practice" by Paul A. Kirschner and Carl Hendrick. (A discussion of primary and secondary learning can be found in Chapter 9: "An Evolutionary View of Learning".)

Come to our 🏠 Open House 🏠 Saturday, May 9th, 2 - 5 PM👉 RSVP here: https://www.facebook.com/share/1DRDZqdbSn/Here are th...
03/14/2026

Come to our 🏠 Open House 🏠 Saturday, May 9th, 2 - 5 PM

👉 RSVP here: https://www.facebook.com/share/1DRDZqdbSn/

Here are the basics:

📌 We offer in-person academic classes for homeschoolers Monday - Thursday, 9 - 3 PM at our location in Litchfield, NH

➡️ Full schedule of classes: https://trivium.sh/classes/

📌 Some of our current classes:

Phonics (elementary)
Writing (elementary)
Math (elementary)
Literature & Writing (12 +)
History of Western Civilization (12 +)
Philosophy & Writing (13 +)
Logic
Pre-Algebra
Algebra & Trigonometry
Medieval History
Latin

📌 Parents can sign up for 2 full days, 4 full days, or individual classes.

📌 No tech! We use human teachers, books, pen/pencil and paper, whiteboards, and the Socratic method.

📌 We are an EFA-approved vendor.

➡️ Sign up for a free trial week of classes here: https://trivium.sh/contact/

We are excited to announce our partnership with TeachGenie!  We will be offering SAT prep courses on a rolling basis.  S...
03/12/2026

We are excited to announce our partnership with TeachGenie! We will be offering SAT prep courses on a rolling basis.

Sign up here: https://trivium.sh/sat/

👉 "Students are incapable of sitting in any kind of intellectual discomfort." Here is a great short video on how technol...
01/22/2026

👉 "Students are incapable of sitting in any kind of intellectual discomfort."

Here is a great short video on how technology is ruining not just education, but students' ability to think:

https://youtu.be/XTugyu2F0pc

Address

271 Derry Road
Litchfield, NH
03051

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