Learning deeply by explaining - The Feynman Technique

How well do you really know what you have just studied? A fantastic way to test yourself is through the Feynman technique. It's known that teaching or explaining to others is a great way to learn something new or deepen your understanding about something. Because this technique requires you to simplify your language, it forces you to question how well you really know something. It's a great technique for any topic, including English as a second language. You can use it to learn new vocabulary and grammar, and also any topic you are trying to learn through English.
Watch the video I mentioned on teaching what you learn from the "Study Less, Study Smart" series: • "Study Less, Study Sma...
Blog post: www.morksensei.com/learning-de...
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[@ViacheslavKr]

Thank you, teacher! Glad to see you again. In Russian, we use proverb "Лучше меньше да лучше" instead of "Study Less, Study Smart". I think this is rather an exact equivalent.

[@morksensei]

‘better less and good, than more and bad’ - yes!

[@enero7171]

Thank you!...Yes, I have applied that tecnique to learn and it's awesome. In fact , I have teached with the purpose of learn many topics☺.

[@morksensei]

Thanks so much for your feedback here and there, Nora!

[@Debra-le9px]

0:55 ​@@morksensei

[@tomcarroll6744]

Sensei, You are a very good teacher. You speak at a measured pace, and you enunciate, To be the very best, so that your listeners have the best chance of understanding you, use a lapel microphone or some other high quality mic. Your current audio is too live. BTW remove that silver thing sticking out of the top of your head. 🙂

[@morksensei]

Cheers for the feedback! Yes, I will try to get better audio equipment. The background behind does look like a stick coming out of my head. 😆 I’ll keep that in mind for the future, too.

[@hassannorein3027]

gorgeous as usual!

[@ViacheslavKr]

Quantum electrodynamics describes how light and matter interact. Is it simple enough explanation? Interestingly, in quantum electrodynamics, the photon field can interact with itself via the vacuum fluctuations of the charged matter fields. I copied the second sentence from the Internet but do not understand it's meaning. We must ask dr. Feynman. Maybe.

[@morksensei]

haha! Yes!

[@ViacheslavKr]

@@morksensei Thank you, teacher, for the idea to read the book by Jared Diamond. I found audiobook here on KZbin. Always glad to listen to your lessons here.