跟讀練習: 5 Tips to Learn Anything FAST - 通過影片學習英語口語

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As we get older and especially as we get to our mid and late 20s, it takes an immense amount of focus and energy in order to learn.

But that focus and energy feels almost like an agitation, like it's something to back away from.

But if we can learn to approach that and understand that that agitation is actually the circulation of chemicals, which is the brain and nervous system telling itself,

aha, now I need to pay attention and change, we can start to actually modify the way

that system works how do you think our relationship with learning

has been formed over time i think it was the great physicist max del brook who said

that you know when teaching assume zero knowledge and infinite intelligence i try

and keep that in mind i think

that we are all innate learners by virtue of the fact

that this thing this nervous system as it's called is really

a map of our experience the nervous system is there essentially to educate itself

so that it can operate better in a given environment.

And once one understands that, you start to realize that the forms of learning are many.

So whether or not one learns better verbally or visually, or whether one has a propensity for math or for verbal subjects, what is true for all of us is

that the brain is there always asking questions and trying to make predictions about its environment.

And I think what happens is when we're children, we are learning passively all the time.

As we get older and especially as we get to our mid

and late 20s it takes an immense amount of focus

and energy in order to learn

but of course the nervous system can still shape itself well into adulthood almost certainly for the entire lifespan

but that focus and energy feels almost like an agitation

and i think that as children we don't necessarily experience

that agitation because we can for better for worse we can experience

and change passively neuroplasticity just happens by way of pure experience.

As we get older, mid -20s, early 30s, and so on, that threshold of agitation for people feels like it's something to back away from.

But if we can learn to approach that and understand that that agitation is actually the circulation of chemicals, which is the brain and nervous system telling itself,

aha, now I need to pay attention and change, we can start to actually modify the way that system works.

So that's a bit of a convoluted answer to your question, but I I think that at the heart of our nervous system is this ability.

And it's on all of us to understand that that bit of agitation and discomfort need not be interpreted as discomfort.

That's the edge where learning is beginning.

So confusion, being perplexed, feeling somewhat overwhelmed by the amount of information.

That's actually the stir of chemicals that are cueing the nervous system to change because if it can do something easily, there's no reason for the nervous system to change.

Now, in terms of different styles of teaching and learning, I think that many of us experience that agitation early on, and we, for reasons that are understandable,

we backed away from learning anymore.

The agitation, the stress, the embarrassment is actually the cue to the nervous system that it's about to rewire itself.

So I think if people just understood that, children and adults would lean into learning more regularly, and hopefully with more ease overall.

How can someone start thinking about how they should approach learning?

Terrific question and fortunately nowadays we can look to studies done in humans that define some very key principles.

The first principle is that the whole process of neuroplasticity and learning is really a two -stage process.

First, there must be focus and alertness.

That focus and alertness is associated with the release of neurochemicals, so -called neuromodulators, things like acetylcholine in particular, which sort of acts as a highlighter pen,

if you will, for certain connections in the brain to later be reinforced, and the neurochemical adrenaline, which is also called epinephrine.

Epinephrine is associated with an increase in kind of agitation and alertness.

So you need alertness and focus.

And then the second stage is that it is only during periods of deep rest, in particular sleep and something that I call non -sleep deep rest, which I've given an acronym because scientists like acronyms,

NSDR, non -sleep deep rest, things like yoga nidra, things like shallow naps things like forms of meditation

that don't involve a lot of focused concentration it is only periods of intense focus

and alertness followed by periods of deep rest

that allow the nervous system to change

and there is an abundance of evidence for that

so that's the first thing to understand the brain actually rewires during deep sleep

and rest because during deep sleep

and rest naps yoga nidra deep sleep there's a replay of the very same cells in the brain

that we're active during learning, oftentimes in reverse for reasons that are still not understood, but at a much higher repetition rate.

So you're actually getting repetitions while you sleep.

This is why one will strain to learn a language

or a motor skill or maths or something like that over and over and over.

It doesn't happen.

You take a couple of nights sleep, take a break from it, all of a sudden it's there.

It's because it happens in rest.

Now, there's some other things that one can do to enhance this process further that arrive to us from good data.

First of all, there's a so -called ultradian rhythm, which is the 90 minute cycles during which we can focus.

pretty well for a duration of about 90 minutes.

Of course, flickering in and out of focus.

Nobody really focuses for 90 minutes straight unless they've built up

that capacity or they are very interested in what they're learning, right?

They're just wrapped with attention.

Usually people flicker in and out.

And of course, nowadays there's a lot of literature and ideas about ways to maintain focus.

Put the phone away, limit noise.

Some people like background noise, some people like music, some don't.

It's very contextual, highly individualized.

But 90 minutes is sort of the batch of time

that the brain can focus really hard on one thing before it needs a true rest of an hour

or two before you can go back to learning or working very hard.

The other thing is that there's some very interesting data showing that shallow naps or NSDR, non -sleep deep rest,

done within four hours of one of these 90 -minute learning bouts can be very beneficial for accelerating learning.

And then there are these incredible data on so -called gap effects.

So there've been studies now of skills that are physical skills, mental skills, where people will,

for instance, try to learn scales on the piano or a math problem or a spatial problem or a physical skill.

And then at random, every so often a buzzer will go off and the person will just be told to do nothing, sit their eyes closed or eyes open and do nothing.

Just stop the learning process for about 10 seconds and then return to doing what they're doing.

These are these little micro rests.

It turns out that during those micro rests, the hippocampus of brain areas you know that's associated with learning

and memory and the neocortex also associated with learning

and memory undergoes replay of the thing

that the individual is trying to learn at 20 times the speed also in reverse just as in sleep

and that has can lead and has been shown to lead to accelerations in learning

so whether or not you're a child or an adult every

so often when trying to learn something just pause for 10 seconds or so do your best to just clear your mind.

Of course, it's very hard to clear the mind, but do your best to clear the mind and then go back to the learning task, as it were.

And that has been shown to significantly accelerate the learning process and the retention of newly learned information.

And then the last thing, this notion of incremental learning.

Turns out that from beautiful work done by my colleague at Stanford School of Medicine, Eric Knudsen, has shown that, yes, it's true that early in development, in humans, this would be up until the mid -20s,

we can learn things in larger batches and much more easily than we can later in life.

However, if one batches that work into smaller increments, so for instance, deciding maybe set a timer, turning the phone off otherwise and saying, I'm gonna spend three minutes,

just three minutes in trying to intensely learn this thing.

Even if I feel like I'm failing, if one does that repeatedly, those little increments of learning can lead to an outsized amount of learning overall.

And so the nervous system loves incremental learning.

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It loves to batch things into focused little bouts.

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But if somebody is out there struggling to learn, really trying to break things down into very brief periods of intense focus, that is the cue by which during sleep,

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the nervous system will change itself.

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And this has been shown over and over and over again, even in very late life, people in their 80s and 90s still have neuroplasticity.

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There's even evidence that new neurons can be produced in the hippocampus of people in their late 80s and 90s.

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So the capacity is there.

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Amen.

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為什麼用這個影片練口語？

看影片學英語是提升口語的高效方式，尤其是這個探討學習方法的影片，對話邏輯清晰、用詞精準，非常適合shadow speak練習。影片中關於神經可塑性、學習階段的論述，不僅能積累學術表達，還能訓練流暢轉述複雜觀點的能力。通過影子跟讀，你能同步提升聽力、發音和語言組織力，輕鬆掌握母語者的語速與語調。

語境中的語法與表達

同位語從句：“the fact that this nervous system... is really a map of our experience”，用同位語從句解釋事實，增強論述嚴謹性。練習時注意“the fact that”的流暢連讀。
條件狀語從句：“if we can learn to approach that... we can start to modify...”，主將從現結構清晰，適合訓練邏輯表達。影子跟讀後可嘗試替換主句內容，提升靈活運用能力。
強調結構：“it is only during periods of deep rest that allow...”，強調句突出關鍵資訊。注意“it is... that”的弱讀與重音位置，模仿時需準確把握節奏。

常見發音陷阱

影片中部分單詞發音易混淆，需特別注意：neuroplasticity（神經可塑性）的重音在倒數第三個音節，避免讀成“neuroPLASticity”；epinephrine（腎上腺素）的“ph”發/f/音，而非/p/。此外，“agitation”“perplexed”等長單詞的連讀與弱讀，建議通過英語影子跟讀反覆練習，直至能自然流暢地說出。

影片中的語法

說話人最常用的結構，並附上影片中的原話：

結構	影片中的用法
被動語態 be + 過去分詞 — 強調發生了什麼，而不是誰做的	has been formed · be interpreted · being perplexed
現在完成時 have/has + 過去分詞 — 過去發生但與現在仍有關聯的事	has been formed · I've given · they've built
定語從句 who / which + 從句 — 補充說明人或事物	chemicals, which is · adrenaline, which is · rhythm, which is

什麼是跟讀法？

跟讀法 (Shadowing) 是一種有科學依據的語言學習技巧，最初開發用於專業口譯員的培訓，並由多語言者Alexander Arguelles博士普及。這個方法簡單而強大：您在聽英語母語原聲的同時立即大聲重複——就像是一個延遲1-2秒緊跟說話者的影子。與被動聽力或語法練習不同，跟讀法強迫您的大腦和口腔肌肉同時處理並模模擬實的講話模式。研究表明它能顯著提高發音準確性，語調，節奏，連讀，聽力理解和口語流利度——使其成為雅思口語備考和真實英語交流最有效的方法之一。

影子跟讀法: 閱讀完整分步指南 →

跟讀練習: 5 Tips to Learn Anything FAST - 通過影片學習英語口語

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為什麼用這個影片練口語？

語境中的語法與表達

常見發音陷阱

影片中的語法

什麼是跟讀法？