Favourite field of mathematics

  • Thread starter Thread starter regularngon
  • Start date Start date
  • Tags Tags
    Field Mathematics
Click For Summary
SUMMARY

The forum discussion centers on participants' favorite fields of mathematics, with a strong emphasis on algebra, particularly Galois theory, and number theory. Users express their enjoyment of abstract algebra and its various branches, including group theory, complex analysis, and differential geometry. The conversation highlights the appeal of mathematical abstraction compared to calculus and the excitement of exploring complex topics such as functional analysis and algebraic geometry. Participants also share personal experiences and insights into their mathematical journeys, emphasizing the beauty and depth of the subject.

PREREQUISITES
  • Understanding of basic algebra concepts
  • Familiarity with calculus, specifically Calculus I
  • Knowledge of abstract algebra, including group theory
  • Introduction to complex analysis and differential geometry
NEXT STEPS
  • Study Galois theory and its applications in algebra
  • Explore the fundamentals of functional analysis
  • Learn about algebraic geometry and Groebner bases
  • Investigate the connections between group theory and quantum mechanics
USEFUL FOR

Students and enthusiasts of mathematics, particularly those interested in abstract algebra, complex analysis, and theoretical physics, will benefit from this discussion.

regularngon
Messages
19
Reaction score
0
I myself love anything and everything to with algebra, particularly Galois theory. Number theory is a close second.
 
Mathematics news on Phys.org
Admittedly my mathematics background is extremely shallow (nothing higher than Calculus I), I have been working independently through a few modern abstract algebra books, I am enjoying this field of mathematics more than any other field I have been exposed to. I have just started learning group theory and will eventually move through fields, rings, Galois Theory, etc.

How far can someone go into this field of mathematics, because I am really enjoying it a lot. Of course, I am reserving my selection of specilization until I am exposed to more mathematics. I really enjoy the abstractness that this field of maths develops. It is refreshing to do something, which to me, is a lot different than calculus.
 
I will also admit that I do not truly have deep knowledge in any particular area of mathematics to really pick a favorite, but currently I would say my favorite is algebra(even with my limited experience in it), but of the subjects I have had classes in I find complex analysis, and partial differential equations very interesting as well.
 
Differential topology...was like discovering sex.
 
>.< Number Theory, But I wouldn't say it was like discovering sex...lol. Both things are equally beautiful :p. Thats a BIG compliment for Number Theory, trust me :)
 
I was fascinated with the idea of studying functions of a complex variable. Later I found out I could study functions on n- dimensional complex space. I currently studying function theory of several complex variables. I also like differential geometry.

So my hope is to study complex (differential) geometry (i.e., geometry of complex manifolds)
 
So far, the subject in math that was the most enthralling to me is functional analysis.
 
Gib Z said:
>.< Number Theory, But I wouldn't say it was like discovering sex...lol. Both things are equally beautiful :p. Thats a BIG compliment for Number Theory, trust me :)

You're only 15, how would you know?
 
theperthvan said:
You're only 15, how would you know?

Haha, I was thinking the same thing.
 
  • #10
I'm somewhat partial to complex analysis and differential geometry. But I'm on an algebraic geometry kick at the moment, simply because I feel that Groebner bases are far cooler than they're given credit for.
 
  • #11
differential topology, differential geometry
 
  • #12
Differential topology and geometry are my current obsessions.
 
  • #13
dynamical systems (flow, collisionless or collisoin)

edit: oh and graph theory and 3D engine mathematics.
 
Last edited:
  • #14
It's so hard to say. I like analysis, differential geometry, algebraic and point set topology, combinatorics, logic, algebraic geometry, group theory, representation theory and commutative algebra.

But I hate non-commutative rings.
 
  • #15
Number Theory.
 
  • #16
I prefer addition.
 
  • #17
Rofl we got a comedian here!

Quote theperthian (dunno if i spelled right): How would you know, your only 15?
Quote d_leet : I was thinking the same thing

I got lucky :p

EDIT: I Spelled "Spelled" as "slept"...Im pretty bad at slepting :p
 
Last edited:
  • #18
That gives me an idea, ima start a thread in PF lounge on when people lost their..innocence, thatll be a nice thread :p

Just need a mentor to tell me i won't be banned for doing so before i make it lol.

Btw: Last post, i was kidding.

Its like, f'(x)= d/dx (sex) and I don't know f(x), but I am using 10 Riemann Midpoint sums :P I am such a nerd
 
  • #19
Jarle said:
I prefer addition.
It's all you'll ever need :smile:
 
  • #20
Currently I'm doing some research in higher dimensional interior angles, which is a fun topic, dealing with the infamous gamma vector, but I particularly enjoy differential equations and am starting to develop a love for Complex Analysis.
 
  • #21
Gib Z said:
Im such a nerd

Aren't we all :biggrin:
 
  • #22
Jarle said:
Aren't we all :biggrin:

I prefer intellect. Intellects acquire knowledge because they have a passion for discovery and exploration and simply because they can. Nerds acquire knowledge because it's all they are good at.

I can never have a social, intellectual conversation with stereotypical 'nerds' because they always seem to lack good conversation skills and word formation. This is why I prefer the term intellect, we blend in with society and act like we don't care but secretly do homework in our closets.

<333

In France, intellects are celebrities, (e.g. Jean Paul Sartre - one of my favorite philosophers).

This is of course, purely anecdotal.
 
Last edited:
  • #23
a more difficult and useful exercise is to regain ones innocence.
 
  • #24
mathwonk said:
a more difficult and useful exercise is to regain ones innocence.

Innocence distorts one's ability to transcend the tangible, concrete foundations of reality and expand their awareness across the plane of infinite imagination. Corrupt yourself as much as you can and you will feel an inextricable, interconnectedness between your perceptions and reality.

Actually, I have no idea what innocence you were describing, I was focusing on the embodied consciousness and how we can disassociate and disconnect it from the usual flow of perception.
 
  • #25
i was thinking of grohendieck's notion of the innocence of a child in research, in being willing to conjecture things too simple minded for the sophisticated to attempt, like the prime spectrum of an arbitrary ring as the right framework for algebraic geometry and number theory.

or picassos innocence in relearning to draw with the freedom and creativity
again of a child. As he put it, he could draw like raphael as a child himself, and it took him years to regain the free expression of the ordinary child.
 
  • #26
great thread. didn't know we had so many poets and philosophers here! ;)
Since I'm a physics guy, I enjoy pretty much every branch of math related to/supporting the framework of theoretical physics (facsinated at the moment by connections of group theory to QM, lie groups, generators of symmetry, and how linear algebra all of a sudden seems like a tremendously large subject compared to the high school days of matrices and vectors)
 
  • #27
great thread. didn't know we had so many poets and philosophers here! ;)
Since I'm a physics guy, I enjoy pretty much every branch of math related to/supporting the framework of theoretical physics (facsinated at the moment by connections of group theory to QM, lie groups, generators of symmetry, and how linear algebra all of a sudden seems like a tremendously large subject compared to the high school days of matrices and vectors)

Wu Tang homie!

I, too, share your interests at the moment and have only recently began my introduction into abstract algebras. It's tight!
 
  • #28
complexPHILOSOPHY said:
I prefer intellect. Intellects acquire knowledge because they have a passion for discovery and exploration and simply because they can. Nerds acquire knowledge because it's all they are good at.

I can never have a social, intellectual conversation with stereotypical 'nerds' because they always seem to lack good conversation skills and word formation. This is why I prefer the term intellect, we blend in with society and act like we don't care but secretly do homework in our closets.

<333

In France, intellects are celebrities, (e.g. Jean Paul Sartre - one of my favorite philosophers).

This is of course, purely anecdotal.

I know what you mean. I think I could put myself in such a group, although my interests are not covered totally. It's fun to talk to nerds anyway I think :smile:

secretly do homework in our closets.
In almost every hobby, or interest field you have, it is perfectly normal to use your spare time on it. But if you are interested in math's or physics it's "nerdy" to learn more of it, and do extra homework on it. Wonder why...
 
  • #29
Gib Z said:
Rofl we got a comedian here!

Quote theperthian (dunno if i spelled right): How would you know, your only 15?
Quote d_leet : I was thinking the same thing

I got lucky :p

No, I don't think you have.
 
  • #30
What about foundations of mathematics?
 

Similar threads

  • · Replies 36 ·
2
Replies
36
Views
4K
  • · Replies 25 ·
Replies
25
Views
4K
  • · Replies 105 ·
4
Replies
105
Views
8K
  • · Replies 11 ·
Replies
11
Views
3K
  • · Replies 2 ·
Replies
2
Views
3K
  • · Replies 0 ·
Replies
0
Views
3K
  • · Replies 1 ·
Replies
1
Views
2K
  • · Replies 18 ·
Replies
18
Views
2K
  • · Replies 8 ·
Replies
8
Views
3K
  • · Replies 108 ·
4
Replies
108
Views
11K