Is Learning Greek the Key to Mastering Physics?

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The discussion centers around the idea that teaching Greek in elementary education could significantly improve understanding of physics and mathematics. The original poster argues that many students struggle with these subjects due to a lack of familiarity with Greek, which is often used in scientific contexts, particularly in the form of symbols. Some participants express skepticism, suggesting that knowing the Greek alphabet or language does not necessarily aid in understanding mathematical concepts. They argue that the symbols are merely representations and that comprehension of their meanings in context is what truly matters. Others share personal experiences, indicating that learning Greek did not enhance their mathematical abilities. The conversation also touches on the broader implications of language learning in education, with some humorously suggesting alternative languages or symbols for mathematical representation. Overall, the thread highlights a divide between those who see value in learning Greek for scientific literacy and those who view it as unnecessary.
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I see a lot of people having problems in physics in here but almost all of those problems could be solved if Greek was taught in the elementary curriculum.

How many of you were taught Greek, learned Greek, or still don't know why it's so important?
 
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but almost all of those problems could be solved if Greek was taught in the elementary curriculum.

What?
 
Office_Shredder said:
What?

Leaving Greek out of the educational system is a serious mistake. Establishments of higher learning still use Greek as we see in fraternities and sororities but <1% of those students understand the value of the language and how it relates to math and science.

If it were a standard in the basic curriculum progress in math and science would come much quicker and with less effort. JMHO.
 
If it were a standard in the basic curriculum progress in math and science would come much quicker and with less effort. JMHO.

What about the Greek language in particular lends itself to facilitating math education?
 
I know the Greek alphabet? Does that count?
 
Office_Shredder said:
What about the Greek language in particular lends itself to facilitating math education?

Because often we hear people say "Math is Greek to me".
 
Doesn't everyone know the numbers 0, 1, 2, 3,...,\infty came from Greece? Hmmm, or maybe it was just the Arab part of Greece? Anyway \infty is a Greek letter for sure, isn't it? (after omega I think).
 
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onlinementor said:
I see a lot of people having problems in physics in here but almost all of those problems could be solved if Greek was taught in the elementary curriculum.

How many of you were taught Greek, learned Greek, or still don't know why it's so important?

You are wrong. In physics we use Greek letters like \Xi because we're missing letters in our alphabet to assignate variables in problems. Learning an alphabet (or some letters of it) is not learning a language.
By the way in France at least in public high schools (age around 13) you have the choice to "learn" old languages like Latin and old Greek. Very few people (around 2 I think) chose the later in my high school.
 
I've heard similar arguments that learning Latin would help in learning biology, in reality I think this is a naive view. Just because a modern field takes words and symbols from another language doesn't mean that learning that language will help understand the field.
 
  • #10
I learned Greek in high school (and I forgot most of it) and I don't quite see how it would be able to help me in mathematics...
 
  • #11
I think the point of the OP is "if you don't know what epsilon and delta are, you can't understand limit proofs" or something like that.
It's not "if you know what epsilon and delta are, then you know how to do limit proofs".
 
  • #12
fluidistic said:
I think the point of the OP is "if you don't know what epsilon and delta are, you can't understand limit proofs" or something like that.
It's not "if you know what epsilon and delta are, then you know how to do limit proofs".
But would rudimentary Greek actually help in this situation? If I take a symbol from any alphabet and say "this symbol represents W.XYZ" how will knowing what the symbol originally mean help?
 
  • #13
To learn math, you first have to learn hebrew. :smile:
 
  • #14
Actually, the original poster is correct. When I joined a fraternity and they taught me the entire Greek language, my math & physics grades just skyrocketed.

On a sidenote, what I said above is completely false.
 
  • #15
onlinementor said:
I see a lot of people having problems in physics in here but almost all of those problems could be solved if Greek was taught in the elementary curriculum.

How many of you were taught Greek, learned Greek, or still don't know why it's so important?

This is nonsense. The greek alphabet, as used in science, is just a series of symbols that represent numbers and functions. All you're doing is identifying a certain pattern of ink on a piece of paper with a number or concept in your mind. How in the world would understanding even a single Greek word or a single concept in grammar under the Greek language make that any easier?

I've never met a student who didn't understand a concept because they didn't know what a Greek letter meant in the context of the language. You're confusing not understanding what the physical implication of the letter is and what the letter is in the context of the language.
 
  • #16
I'm pretty sure that the OP meant it as a joke and that zoobyshoe figured it out.

However, if I'm wrong, could the OP please provide us with the name of a person who is having trouble with a physics problem, along with the problem itself, and how teaching Greek in elementary school would help solve it.

The OP asks how many of us still don't know why it is important. I, for one, still don't know and I blame the OP for it. For the record, I did not learn Greek in elementary school, nor at any other time either. The closest I came was in high school where one of my English teachers did a sequence on Greek and Latin roots along with Greek and Roman mythology. I was taught that Zeus is Jupiter which hasn't helped me in astronomy one bit. It isn't even true. It's like saying Obama is Putin.
 
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  • #17
Ryan_m_b said:
But would rudimentary Greek actually help in this situation? If I take a symbol from any alphabet and say "this symbol represents W.XYZ" how will knowing what the symbol originally mean help?

Of course not. I was just saying what I think the OP meant. :smile:
 
  • #18
fluidistic said:
Of course not. I was just saying what I think the OP meant. :smile:
Ah, I see :smile:
 
  • #19
maybe if the Greeks had learned Greek, their economy wouldn't be up the creek
 
  • #20
Αριστοτέλης κανόνες!
 
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  • #21
Μπορώ να χρησιμοποιήσω το Google Translate πάρα πολύ
 
  • #22
onlinementor said:
I see a lot of people having problems in physics in here but almost all of those problems could be solved if Greek was taught in the elementary curriculum.

How many of you were taught Greek, learned Greek, or still don't know why it's so important?

I think learning Greek is absolutely essential! For a lesser example, that's how knowledge of the letter 'a' in the Latin alphabet lends itself to the understanding of the antidisestablishmentarianist movement in 16th century England and its applicability to 21st century American separation between church and state! That aside, you may wish to address your fundamental weakness and force yourself to learn Hindu and Arabic to properly do math.
 
  • #23
MATLABdude said:
I think learning Greek is absolutely essential! For a lesser example, that's how knowledge of the letter 'a' in the Latin alphabet lends itself to the understanding of the antidisestablishmentarianist movement in 16th century England and its applicability to 21st century American separation between church and state! That aside, you may wish to address your fundamental weakness and force yourself to learn Hindu and Arabic to properly do math.

Could you please translate this into Greek so I can really truly understand it? I would also like to say that Aristotle had the Theory of Everything over 2300 years ago. Today's physicists should be trying to find the right combinations of earth, air, water and fire that different things are made of rather than building gigantic machines to find some ridiculously small particle they call the Higgs boson. How could something so small be important anyway?

The physicist's place is in the kitchen, testing recipes. It's true this will involve some dirt, but there's nothing wrong with getting your hands dirty with honest work.
 
  • #24
SW VandeCarr said:
Could you please translate this into Greek so I can really truly understand it? I would also like to say that Aristotle had the Theory of Everything over 2300 years ago. Today's physicists should be trying to find the right combinations of earth, air, water and fire that different things are made of rather than building gigantic machines to find some ridiculously small particle they call the Higgs boson. How could something so small be important anyway?

The physicist's place is in the kitchen, testing recipes. It's true this will involve some dirt, but there's nothing wrong with getting your hands dirty with honest work.

How very... Roman and plebeian of you. A pure scientist would never get involved in such grad-studently and technician-oriented activities so as to get, ugh, dirty.
 
  • #25
Having grown up in Greece and then moving to Germany left me utterly confused. I used to write the greek alpha symbol the same way I wrote "a". And then suddenly they were writing a fish-like symbol and that was supposed to be an alpha and the same exercise had both "alpha" and "a"... This took some time getting used to.. (Same problem with lower-case \nu and "v").

(For the first few weeks though I enjoyed having ξ, φ, θ in my arsenal, but soon enough the professors started using them too and it was not as cool anymore ;(. )
 
  • #26
humanino said:
To learn math, you first have to learn hebrew. :smile:

Roger Penrose and S. Chandrashekar both ran out of alphabets in some of their books and had to steal eth and thorn from from the Old English alphabet. So, I guess reading Beowulf in the original Old English will help you learn about spinors and Black Holes!


Skippy
 
  • #27
madshiver said:
(Same problem with lower-case \nu and "v").

I'm pretty sure everybody has problems with these
 
  • #28
Soon, mathmeticians and scientists are going to run out of Greek and Herbrew letters.
I suggest that they start using Chinese characters, that way no one will have to worry about running out for a long time.
 
  • #29
I don't want to brag but I know Greek, Hebrew, Japanese, Klingon, Chinese, German, Italian...


and 42 other such words.
 
  • #30
thinktank2 said:
I don't want to brag but I know Greek, Hebrew, Japanese, Klingon, Chinese, German, Italian...


and 42 other such words.

Klingon, eh?
 
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