#book-recommendations
1 messages · Page 113 of 1
i don't see why not
we don't live in the 60s where the only available books were way too terse
could take a detour into linear algebra instead of real analysis if you want
linear algebra proofs are pretty straightforward comparatively
plenty of obvious applications
and i thought of adding calc to the mix
but i'm using strang's linear algebra book so not like axler or smth
not much of proof writing or something is required
yep!
<@&268886789983436800>
where did you get access to this link?
google: tong vector calculus
cambridge has like a fuck ton of lecture notes publicly available
how do i access those lecture notes like a WHOLE list of them
uhhh just google cambridge [course name] notes
i only look for lecture notes when im trying to revise for an exam tbh but they are genuinely good learning material, or supplementary material to a book
david tong has done a ton of courses and his notes are notoriously good
you can find them all here https://www.damtp.cam.ac.uk/user/tong/teaching.html
ty
gareth (also from cam) also has a ton of notes here (lots more pure stuff than tong) https://tartarus.org/gareth/maths/notes/
and dexter chua who was a student at cam is pretty famous for his notes, he took heaps of courses, find them here https://dec41.user.srcf.net
theres tons more out there but those are the most notable i would say
https://at2027.user.srcf.net/notes.html <- this has like everything lol
wow loads of people type and publish their notes at cambridge lol. i dont know a single person who does or has done that at my uni
i type my notes (to my observation im the only person who does this), maybe i should be the change i wanna see in the world 🔥
yeah there were at least three who was somewhat serious abt it in my year
i see a couple of there names on that page you ssent haha
but id say thats def the outlier
I read the previous comment on the book, and that is probably why others told me to read it with Bartle. I stopped reading it because I just got into an analysis class. Though I am reading a topology book for my relaxing times. I heard somewhere it is pretty much analysis... so I will be tested..
I've heard Baby Rudin is a painful book for a beginner? Unless I've heard wrong, and if so, link for a PDF?
:whaaa: I just like writing on a piece of paper. Typing is too boring.
Wait, so what is a good Analysis book? A book that would "knock your hair off" or .... I have no idea usually all the books I've read does that.
wht about tituu andrescuu
"Understanding Analysis" by Stephen Abbott, it's so good that it won't just knock your hair off, it'll make sure that your next 3 generations are bald
yea it's pedagogically poor, it's not good for self learning
but it's great for exercises
I thought that was the case with Tao's book. :dogekek:
I always recommend the Abbott + Rudin duo
Rudin for extra exercises
Rudin exercises are goated
Alright. What about Bartle?
exposition is trash
I've heard.
it's good too, most intro analysis books are great like Bartle, Tao, Cummings, Pugh, Schroder, etc.
But imo Abbott is one of the best undergrad math books of all time 
Well, lucky for me I have a PDF copy.
And I can also check out Rudin at the uni library.
check for Abbott (2nd edition) as well
My uni's math program is literally at its last straw, so I am pretty much the only mf who's going to be there. Imma ask them if they're planning to remove any math books to just give it to me.
Older edition? Or new? Why should I look for it?
Though I have the PDF of it; so I should be fine.
Exposition is just non existent
Trash implies it actually exists and is bad
@vestal junco I recommend for Vector calculus a book named: Vector analysis versus vector calculus
2nd edition is the latest
interesting title
It is
good books for multivariable calculus? the ones i know about are Spivak/Munkres/Apostol, are any of these fine?
i want a more pure-focused book because the only mvc ive learnt is for applied mathematicians so wasnt very rigorous
"Advanced Calculus" by Folland and https://mtaylor.web.unc.edu/notes/math-521-522-basic-undergraduate-analysis-advanced-calculus/
Are AOPS book recommendations for olympiad excellent?
Any book recommendations for history of mathematics?
check out Tao and Zorich
Tao vol 2 and Zorich vol 1
I think Zorich was nicer than Tao?
in that Tao used a lot of (albeit not very advanced) terminology from baby measure theory
so for a first pass Zorich is better imo
Stillwell - Mathematics and its History; Smith - History of Mathematics Vol. 1 and 2; Bell - Men of Mathematics
Hawking - God Created the Integers
Thank you so much!!
the Hawking book is quite cool for containing excerpts of original research papers of all the mathematicians it covers
along with Hawking's biographies and commentary
"History of Functional Analysis" by J. Dieudonne looks really good.
oh, Dieudonne's History of Algebraic and Differential Topology is great too. But you need to understand the subject well for it to make sense
If anyone here has read a book on liner algebra and thought it was helpful, I'd appreicate a recommendation please
Do you want it proof based, computational or both?
Both would be nice
Friedberg Insel Spence Linear Algebra
Prereqs?
Calculus and multivar
this?
seems cool
you're spanish?
i have spivak
Yeah
I'm looking for something i can place on my shelf and pretend I've read to impress other philistines.
what should i read before looking into galois theory? i assume i need sth in set theory, group theory, etc., but idk what is a good book for these topics
say for example i bumped into this calling x1 x2 x3 a symmetric group, before realizing that i cant just jump to galois theory, as there are way too much background knowledge not explained in a galois theory book
oh i cant paste pictures here ok
Pinter - A Book of Abstract Algebra is a good undergrad algebra book that's on the shorter side and gets to galois theory
Guys I had seen a link to the harvard page of the exams that have been done over the years notes and some exercises, I have lost the page someone knows where I can find it ?
I'm still in highschool , what books should I start reading if I barely have any experience
Pick up George Polya's "How to Solve it"
Should be a great read for starting with mathematical proof
What math topics are u curious about tho?
algebra and triginometry I guess
though I'm still not very good at trigonometry
Go to Khan Academy for that
Bro eigenvectors in chapter 2 is kinda crazy
Have an independent approach instead of reading books
why
you can define them as soon as you know matrix vector multiplication
getting to the important stuff quick lol
you can also define a topology on a set as soon as you know basic set theory 
Anybody also know a good geometrical vector book
I liked linear alg by shifrin
yes
See analysis in varieties
khan academy is ass cheeks
use exercises from textbook
use cengage for maths
yes
Cengage is not the name of a textbook
it's the name of a publisher
name of publisher
its like a brand
you can use JEE ADVANCED series of books for maths of cengage
"maths of cengage" makes no sense, JEE Advanced is the name of an exam, so are you referring to a book series?
use this book if want to
Okay so this is a book in the "JEE Advanced" Series
ya
also don't send links without removing the tracking data
that is what i was saying
https://www.cengage.co.in/book-list/print/jee-advanced-calculus-2g sending this link would have been enough
ok thanks
from india?
Also this book is not shipped outside of India, fwiw
дайте учебник
Most Cengage books are INCREDIBLY expensive here in the US
okk
$100-$200 for textbooks 💀
its really expensive
yes, yes it is
its around 13 $ in india
isn't that the price of a normal textbook in the US 
yeah
it is
For trigonometry???
Khan is perfectly fine for the level of math it seeks to teach
Why are you thinking about ass cheeks
PDF file for Linear Algebra Done Right, fourth edition (11 February 2025)
https://linear.axler.net/LADR4e.pdf
if only it were a good book
only if it was written right
anyhow
I am in need of a problem book for real and complex analysis by rudin, i read the proofs, understand most stuff hopefully, and i can do most of the exercises, but i still feel like it's a bit too in the air for me, ik it'd be difficult to find a book with similar course of action, but i'd appriciete anything at this point
tldr; need a measure theo/real analysis book with hard problems
What's wrong with LADR?
I'm currently working through it, and it's a really good read.
Why? I haven't still read it, but was planning to do
I think it harps on too much about how determinants are bad, and I don't see the point in only working over R and C when so much of it could be abstracted to arbitrary fields (especially since this is for a second course in LA supposedly)
is it a second course? my school used it for the first course, and that's why i didn't like it
the proper way to deal with the determinant is to show that it's a unique map satisfying some properties and then go that way (which also gives a view into multilinear algebra)
I recommend Friedberg, Insel, and Spence's Linear Algebra
i'd rather have some motivation and cool stuff introduced first, and only then get to the details
I love that text
I see we share the deepest of passion for this book. It's so, so, good. It's the best book I've read, period. I just wish the project sections and the ending sections were a bit more sketched out in detail; they were really hard (eg. WAT/Blancmange Curve/Section 8.x)
Abbott glazing session lets goooo
i need more books written like Abbott
I could glaze Abbott for hours. It's a pity he hasn't written on other topics. Yet to find books that are similar to his style.
yeah its a shame that im past first year analysis anyways :(
anyone got a good book to precede Vick's Homology theory?
"Arithmetic For The Practical Man by Thompson, J. E." I'm trying to refresh my fundamentals in math, but as a non-native english speaker i find it incredibly difficult to understand his way of explaining. Does anyone know a free book in pdf, where i can quickly refresh fundamentals in math?
free book in pdf
every book is free and in pdf if you know where to look.
Older books like this tend to be written in a more formal or at-least more old-fashioned way so they tend to more difficult to follow along; besides books, websites like Khan Academy can be helpful for reviewing fundamentals
Do not discuss piracy in this server
in google
The really big niche it serves that nothing else does is its treatment readily generalizes to functional analysis.
But it also treats things in a way where it's not difficult to generalize it to an arbitrary field. The choice of notation of F is suggestive of this I think. Ultimately the book just does a lot of things well imo, better for what it is than anything else, abstract linear algebra. But the prep for functional analysis is its standout feature.
If you have any interest in quantum mechanics or quantum computing, there is no better prep (especially which is accessible to an undergrad) than Axler's book. The fact it's open access is just another bonus.
It still does treat determinants for the record. but it's a bit different than most books do. I think it's fine. In the most recent addition it focuses on tensors and being a form even.
Advocating for piracy is a TOS violation and puts this entire server at risk. You're jeopardizing the hard work staff has done here and that everyone else has done contributing to the server.
<@&268886789983436800> user is providing links to piracy pages against TOS
what? I just said they should be shut down and i did not provide links???
but if mentioning their names was an issue i'm sorry
i won't do again
it is
Also the way you phased it made it seem like you were meaning the money stealing thing in an ironic sense
alr, wont do it again, should i also delete it?
fwiw yes publishers steal money but mentioning piracy sites will get you in BIG trouble
Also yes????
alr
Ill try to find something, but im not sure if every book is free, there are many that only lead to their Amazon page
That’s true i quess, i really wish that math was in english internationally
Most books are written in English these days AFAIK
Not a book per se. But for high school and early university math I found khan academy very helpful.
It’s not free. You might choose to ignore the harm you do or the cost associated with the book. But it gets paid anyway, one way or another.
As was already explained to you, we can't allow people giving details on how to pirate books on this server. This is just a friendly notice, don't worry.
okay, thanks ♥️
isnt axler more of an analyst? i thought that was why he did R/C vector spaces
If you want to support the author, buy them a cup of coffee or something
https://www.youtube.com/playlist?list=PLmsIjFudc1l3ZOb772LlZEu_k1nPpPFuY
not a book but still useful alongside a book. lecture series that follows cohn's Measure Theory. hopefully useful to someone else down the line.
also his accent is kinda fire
so what are yalls fave textbooks for calculus? im in precalc rn but i rlly like math so i wanna progress further to understand more
there are 2 main ways to go as of today, adams and spivak
adams is the standard text used for everyone
it isn't much rigorous, but, it covers most things you need
it's what also most uni's use
spivak, on the other hand, gives proof of almost everything, it's more demanding but you'll learn more
dudeee
i tried to use spivak
but like
idk how to write proofs
so i got stuck on chapter 1
😭
if it's your first time encountering proofs and stuff, just go with adams
adams? pls send title
that mathematical maturity is something you will build up over time
also you can def. check out some books on proof methods
they are fun too
adams, calculus
ight bet thanks
thoughts on learning calculus from mit open library as well?
bet u got any to rec?
when i was in ug, i learnt multivar calc from mit ocw
def a great source
but i think they changed some stuff about calc 1 and it's not that goods
depends on your uni tho
oh
my uni choseed to cover entire calc in 2 semesters so mit ocw fell short
im in hs
ohh ok i see wha tuy mean
well you'll go to uni someday no?
yeahh u right
if you're in hs, you should probably stick to adams
u think i could start proofs?
sure, why not
even the most basic facts need some kind of proof methods
its good to study anything in high school tbh
even if you take a class on it later
its just a free A
my uni sucked ass in proof classes so i didn't learn much
and you are prob competent enough to do research fairly early
only one ik is proofs: transitioning to advanced math or something like this
can't remember the title
one thing to keep in mind when learning proofs is that you usually don't want to try things that you aren't already familiar with
Mmmm okay i see u
i'm bringing this up again but my class in uni was giving us new stuff each week, totally unfamiliar to us, and that was the way to learn proofs
no one learnt anything from that class
because no one even knew what topology is, and we'd just randomly get a homework with the definition of topology and stuff to ptove
it was an ok uni, thankfully im not there anymore
no idea
good luck! hope you'll have fun
calc is perhaps the most important thing you'll ever learn
it'll let you solve a lot lot more problems than before
yes goat
wait its
Calculus: A Complete Course (5th Edition)
righgt?
yeah i think so
^ up
ty goat
any book u got in particualar?
What math have you learned
doing trig rn
but like i remember most of algebra 2
Probably better to focus on calculus
ah alr thanks
I thought you already did so
anyone have a roadmap to independent study of combinatorics (starting at undergrad level), my uni has no courses in it 💔 i have an introductory level understanding (combinations/permutations, basic level problems). any videos or textbooks would be appreciated! asked this in math discussions but it’s getting buried lol
Any books that cover basically all topics from calc 1-2 and some hs stuff just for review and to get better at the basics? I want to have a really good foundation for other higher level topics
this could be good for the beginning
https://www.mathematicalgemstones.com/maria/OER.html
Bona, Miklos. A Walk Through Combinatorics: An Introduction to Enumeration and Graph Theory.
MIT course: https://ocw.mit.edu/courses/18-314-combinatorial-analysis-fall-2014/pages/syllabus
I am at an undergrad level of mathematics and I found this textbook very approachable for self study. Each chapter has a large bank of questions with full answers.
thank you!
Hello, I am finishing Understanding Analysis, what book can I use for self learning further real analysis( I have heard that Tao’s Analysis 2 is great, or how about Lang’s Analysis 2)
Thanks
Can someone suggest me books that cover basic + advance theory and illustrations for pre-college mathematics (especially for olympiads like the IMO, RMO and InMO)
are you more interested in meaures? metric spaceses? calc on manifods?
are there any better books to study calculas in detailed
irrespective of high school syllabus
you can't grow if you aren't challenged and besides I think the project sections were meant to be assigned to a group of students anyway
I know right!! I think "A user friendly introduction to lebesgue measure and integration" is kind of Abbott-esque but I'm not 100% sure as I haven't used it
realll!!!
He should write a book on measure theory and another one on functional analysis
(I think he does functional analysis research)
he has written one book on math + theather
I'm not sure what it is but I will be buying it when I get the time to go through it
oh fr
ill check that out when im home
but the one draw back is that it doesn't cover as many topics as your average measure theory/grad analysis book would cover
You can also look at axlers new book or royden, they seem to be similar to book neam suggested
yeah i like Axler’s book
we meet again dogu...
how's it going?
I forget, you are in the 1st/2nd year of your PhD?
How's your arcs coming along
Eh, not good not bad, trying to understand proofs lol
1st
I need to work harder
much harder
and I need to be much smarter, not just about math but also about how I spend my time
oh wait I have something to show you too, let me ping you in my thread
My goal now is to learn algebraic topology, but I’m not sure how to build a roadmap towards it. If I already finished how to prove it, linear algebra done right, and understanding analysis, what topic should I cover next and with which book?
point set topology and abstract algebra is what you need
once you finish learning those two, you can start learning algebraic topology 
as for books I'd recommend Munkres and D&F

in fact in Munkres' book part I is point set topology and part II is some algebraic topology
guys. I would like an Algebra 1 book that have great explanation and lots of problems to solve
I found AoPS ones. Is it good?
A book on algebra might help, you can also study this alongside of point set topology
Then you can probs go hatcher
Or may even idk
when you say algebra 1, do you mean abstract algebra?
or are we talking pre-calc
like middle school algebra
ohhh
There's Algebra 1 and 2
Then pre-calculus from what I've heard
I don't mind if the book also comes with pre-calc
a brief look over the contents page of this AoPS thing looks pretty good
Any book recommendations for Calculus of Variations geared toward mechanical or structural engineers as opposed to mathematicians?
Chapter on Taylors or Goldstein's book
Not a book but this is a good set of lectures
the first few videos are about calculus of variations
But also check these out if you want to read an explanation from a text
Thanks. I saw that one. There’s also another set from Dr. Fertig that I saw which I’d start with as I have no idea who that person is credential-wise.
chapter 6 of Taylor is Calculus of Variations and I think chapter 2 or 3 of Goldstein is about that
Classical Mechanics by John R. Taylor?
yes
insanely based book
though I didn't find his derivation of the EL-equations very satisfying, I mean they're fine for an intro classical mech course for undergrads I suppose? I need to check out Goldstein's derivation, I heard that's much better
maybe Stewart or Thomas
Goldsteins first derivation was straight up evil
He starts from F=ma
you gotta find that yourself 
mfw generalized force = time derivative of generalized 🇵omentum
I was reading Zienciewicz’s Finite Element Method - Its Basis and Fundamentals and encountered the topic in Ch. 4 Variational Forms & Finite Element Approximation: 1-D Problems
I believe he didn't even use generalized force
As I said, pure evil
yes
appreciated
Btw the best derivation imo is in Arnold's book
This book by Robert Weinstock was written to fill the need for a basic introduction to the calculus of variations. Simply and easily written, with an emphasis on the applications of this calculus, it has long been a standard reference of physicists, engineers, and applied mathematicians. The auth...
i heard marion and thornton's derivation was unsatisfying as well
we shall see tho
No no no
Classical mech
I've never read a book on odes or PDEs and I refuse to do so
Ohhhh
why
Arnold has a mathphys book on classical mech using diff geo right?
yes
AFAIK having at-least some knowledge of differential equations is useful in most fields of maths
Afaik spivaks that book is terrible
what about nonlinear problems
simply linearize
that aren't easily approximated by linear problems
Spivak's book on classical mech is terrible?
Slander I say!
i think strogatz's book is cool
you might like hirsch, smale, and devaney as well
yeah
because it's fun 
giancarlo rota?
P sure that'd be easier than reading a PDE book tbh
not sure about "most"
Nice
but learning functional analysis and then learning about PDEs will be super exciting
imagine all the inequalities you get to use
what about numerical PDEs
oh no I'm turning into an analyst 
there's plenty of work in simulating solutions to PDEs
Triangle and Cauchy schwartz
Awful
Neam guess which book imma use
Peter Lax?
i heard this book is good for undergrad PDEs
Sour Drop measure theoretic probability arc when?
also wait what do you do? are you an undergrad?
i'm a masters student
nothing interesting right now; just taking measure theory and complex analysis
1st year?
Hell yeah you're right lmao
based
Then i just might switch to his last book, the grand grandpa rudin
This is the entire article from Dogu's POV:
Lamo
huh??
Grandpa Rudin is not Rudin's last book??
i don't think i'll grow to love analysis
think he wrote a book called Fourier Analysis on Groups
it's published by dover
He has like 3 more
Rudin harmonic anal 
Walter Rudin (May 2, 1921 – May 20, 2010) was an Austrian-American mathematician and professor of mathematics at the University of Wisconsin–Madison.
In addition to his contributions to complex and harmonic analysis, Rudin was known for his mathematical analysis textbooks: Principles of Mathematical Analysis, Real and Complex Analysis, and Funct...
Complex functions in unit ball in C^n or something like that





the prize for the best lack of exposition goes to...Waltuh Rudin! 
İnterestingly enough, in all the books I've tried, i found the exposition on RCA to be the just the right amount
He skips some "trivial" stuff but going faster at an abstract course helps ngl
didn't you post the exact same message before
Oh, I’m sorry, I had connection troubles, and it have been sent twice
joe biden type shit
oh I see
Thanks a lot
İf you want an alternative to munkres for topology, you can check out Willard btw
Excellent book imo
This is actually a fun and informative read, thanks man 

damn he feels quite strongly about this
which I commend
because I too am sick of poorly presented intro ODE courses
the only good ODE notes I've found was Paul's Online Notes
bro 
ok, the very next paragraph runs in contradiction to the first
ig they're just talking about existence theorems for odes
which I am hopelessly unfamiliar with 
same
but I saw Rudin had an exercise about an existence theorem iirc?
in chapter 6 or 7
Rudin PMA

existence results are inferior mathematics
existence results are extraordinarily interesting
What he is saying is kind of dumb, existence theorems are not psychological theorems. They are often the starting point of various concepts. "Since a solution to this DE exists, we can consider this object...". And uniqueness is also quite useful, you don't need to write explicit formulas, often from uniqueness you can derive nontrivial relations.
I don't have much experience with differential equations in general, but I think this kind of existence theorems are used all over the place in differential geometry
but one was in the context of ODEs, and the other in the context of PDEs, so the contradiction isn’t quite there 
Existence theorems are pretty useful for proving other theorems though
Thoughts on munkres for algebraic topology
If I js finish part one of munkres and an abstract algebra book (hungerford)
Any particular reason that you don't wanna use hatcher?
Idk I hear mixed things
Ppl complain that it's hard to find what's important since it's buried so deep in the exposition
Hello friends. Can someone please suggest what to study for IMO? And what is the best book?
okay, it's time for my daily textbook question, so i talked to my advisor today and he said i should probably start learning functional analysis, i was gonna use the grandpa rudin, but there is no available as of now, so i'm looking for alternatives that cover more or less the same ground, any advice?
my library also doesn't have the full simon set
adams, spivak or spivak
If ur not involved yet the art of problem solving website (AOPS) has a really big community around competitions
I don't really know specific books but I hear good things abt EGMO by Evan Chen
can you compare this to rudin, or direct me to a place that has a review/comparison
Is there a good Partial Differential Equations book for an engineering student? What would you recommend? Thanks!
This makes no sense
Is this person trying to fit the most shit takes in a single text or what 
or should i just yolo it and read the entirity of reed and simon series
there are the books of Lax and Ward. I'm no functional analyst, but I think they are standard
you can also just use pdf/djvus
Hello! I'm looking into reading about graph theory
Ive heard about Bondy and Murty as well as Diestel
which of these is better/more rigorous?
reed and simon
i looked trough lax but it seemed to miss quite a lot
will def check out ward tho
not the 4 volumes 😭
it's just volume 1
whaaat?
yeah only volume 1 is function analysis
idk what the rest are
they're impossible to find lmao
we have like 5 sets in our library lmao
2nd volume is on fourier analysis and self-adjointness
3 is scattering theory
it's more than enough
4 is analysis of opearators
bondy and murty has more topics relevant to computer science, but both are good
@crimson leaf @mossy flume
i see
i was recommended both in order to better research steenrod algebras
does it cover everything in grandpa rudin?
but since i think its intended for pure research ill read the latter
I'm p sure the answer is complicated
I'm not sure what Rudin covers but Reed Simon is REALLY in depth
like horribly in depth
https://catdir.loc.gov/catdir/toc/mh021/90005677.html this place seems to have a list
they are available on google, except the fourth
So I mainly did combinatorics on trees instead of actual graph theory but I learned all my graph theory from Introduction to Graph Theory by Wislon which is a pretty easy to read and work through book that covers what you need to start, my advisors book and papers on chemical graph theory, and graph theory by Diestel which I've read parts of on my own and I really liked it, couldn't get into Bondy and Murty as much myself.
Diestel is classic graph theory text
but tbh I haven't studied much graph theory formally so I sadly can't say much more than that
oh nice
im in good hands then
apparently graph theory isnt combinatorics though
i really thought it was
oh
but I think typically when people say combinatorics what they really mean is enumerative combinatorics
i asked the postdoc doing steenrod algebras about studying more combinatorics since theres graph theory
oh this might be what she thought i meant
i just meant the entire subject of combinatorics
which again some people also use to just mean "combinatorics which isn't graph theory"
As far as graph theory texts go, I'm sure Douglas West's text is good
i was confused about this, since my linalg professor is a combinatorial algebraist and a lot of his arxiv work is graph theoretic
meh it's just words
fair enough
I'd say I'm interested in combinatorics and I hate graph theory lol
i just didnt know that these words could mean something else
im historically terrible at combinatorics and have no clue what graph theory is
im only bad at it because i never really formally studied it though frankly
i think its about time i do
Does anyone know a good maths integrals practice books? Specifically not just any but it would be great if they had notions related to vectorial spaces, stair functions, differential equations, riemann sumations etc...
Intro to PDEs by Strauss feels alot like Abbott’s Understanding Analysis
Am i crazy for saying that?
Unrelated but elementary graph theory is really really fun
I'm starting diestel tomorrow
Learning some graph theory for a potential REU
I’m also doing Diestel 6th edition
good books for getting into foundations of mathematics?
oh damn really?
diestel seems like such a fun book, will get into it after midterms
thx, whats the general order to approach topics in foundations?
after reading one of the books i mentioned? there isn't really an order to follow; the very basics of formal axiomatic set theory, model theory, proof theory, type theory, and computability theory don't really depend on each other too heavily
of course, as you get more advanced, there will be connections made between branches
It's really good, it's a graduate book but I think it works for undergraduate students just fine.
Hi , can some one help me ,i need a good book for number theory from 0 ,and where can i find problems to practice
analytic or algebraic?
Yeah, again maybe im crazy
But despite it being PDEs, it feels like strauss is talking to me
Even though some of it is still over my head, the way its written just makes me want to read the next page
Just number theory ,if there is both give both
i've used silvermans book before, it's not exactly the best, but it covers most basic things in good detail imo
It haves both topics analytic and algebric?
those are in the more advanced class of number theory, this is basics
that's just the early chapters
yea I love how Abbott's book is so conversational and it's like sitting through a good lecture
and you're saying Strauss is similar? I shall need to try it out!
what happens in later chapters 
Ok thanks
Ok thanks
it's terse or downright way too skimpy
I see I wonder why the exposition changes halfway through the book
Is there a book that gives a good treatment to precalculus? (coordinate geometry, algebra, trig)
I am not asking for something extremely rigorous that builds everything from axiom book, because that doesn't exist, just something that's good. Khan Academy or similar books are (i) too easy, way too easy (ii) too long, this is boring because if it's easy and too long, it's demotivating.
and no, the book by Serge Lang does not cut it. it doesn't cover half the topics you learn in a standard precalculus course, is way too easy in proofs, and does not go over the computational side.
i am fine with if they are separate books on separate topics. my only requirement is that an ebook should be available.
I dont think any olympiad style treatment of precalculus exists
part of the issue here is that "precalculus" is kind of a fake term that means different things in different regions - all it really means is the course taken immediately before calculus, but the actual contents of that course can vary
the reason no competition treatment exists is because they instead use actually descriptive titles, like "algebra" or "geometry"
not just "the course before calculus in this state's/province's curriculum"
as an example, we certainly didnt cover any coordinate geometry in my high school's precalculus course - the only vaguely geometric work we did was a tiny bit of trig identities
really by precalculus, i refer to the coordinate geometry (slope, lines, parabolas, all that), algebra (complex numbers, functions, vectors and matrices, special polynomial stuff and all that) and trig (graphs, functions, identities, their special properties, inverse functions) usually covered in 11th and 12th. i am fine if they are separate books.
i cant find any decent book that go over those and you know, dont cost a fortune to buy
you can try openstax precalculus but i have no clue if that would be sufficient for you
im pretty sure it doesnt cover any complex numbers or vectors/matrices, for example
(but my high school precalc class didnt cover those either)
oh actually it does introduce matrices in the context of solving systems of linear equations
i do feel like its on the easier end but tbh i have no clue how to judge the difficulty of HS curriculum
yeah no openstax is way too long and repetitive and pretty easy
i am not supposed to do all of those problems, but i just dont like opennstax personally
i think its kind of just a standard text and youre looking for a market category that doesnt really exist
if a student is comfortable enough with mathematics to find the textbook boring theyre probably not reading the textbook at all and are just learning the material in class or from competition-oriented sources
serge lang's basic mathematics existing at all is kind of an abberation since serge lang himself wrote a textbook for fucking everything
i think he just wanted a "high school math" textbook in his usual style to "complete the set" rather than because he expected it to sell lol
its more "i read a really good discrete math book and now i am fantasizing about books for precalc that are simliar"
That’s understandable
I’m primarily interested in the first half of the book, so I’ve been spared
(I do care about eigenfunctions obv., but tbh i feel that should come much earlier)
What is the important of discart math ,and what is the difference between math Logic and discart math?
Can you give me the name of this book
discart math? discrete math? its just the study of set of discrete (separate) topics; mainly graphs, logic, combinatorics, and cryptography. a jumbo set of topics.
math logic is logic, i guess? discrete math covers logic, but not really as in-depth as those dedicated "mathematical logic" books would. i used "Discrete Mathematics" by "László Lovász". i haven't read all of it, just the combinatorics part and graphs. I dont know how it compares to other dm books.
Ok thanks man
can anyone suggest a book to study set theory from scratch?
@heady ember
naive set theory is great as i've heard
and for more advanced stuff kunnen is great
Halmos?
yup
thanks
i just want to build a foundation than for advanced things let it for later
folland's ch 0 goes over the basics if you want a short and concise intro
so does langs algebras appexdix
they go over the most used stuff, if you're not interested in non CH maths these can also be considered
non CH math
wait till you hear about non AoC math
oh never mind I misread CH as AoC
then lemme introduce you to constructive math
my first analysis textbook was actually a constructive analysis textbook
continuum hypothesis moment
soooooo
just math?
useful math at any rate :3
might as well use the ryszyck's aops book
i'm taking an applied probability course rn, any book recommendations? the textbook that we use in class is kinda too basic for me it's called a first course in probability by sheldon ross. i'm trynna find a measure theoretic approach to applied probability
Why are you trying measure theory if your course is Ross?
i am intrested in every thing
idk whats that tho
Continuum hypothesis is usually considered an axiom, which says if the "size" of a set is smaller than the "size" of real numbers, then the set has either finite number of elements or as many elements as natural numbers
this is independent from the actual axioms of set theory
hmmmmm
well let this for later
for now i want to know what is set theory about because i dont know nearly anything now about it
isn't that true if the Continuum hypothesis is false?
i just found two books
Charles C. Pinter (2014) A Book of Set Theory
Naive Set Theory
which is better?
as a starter
oh nevermind
id go with naive set theory
it's standard, it's clear, it's in bite sized pieces
i didn't read all of it(too wordy for me) but i've never heard anything bad about it from anyone
hmm alr what about problem solving? do you know any book with problems to solve about this topic?
set theory? or general?
set theory
any good group theory book covering symmetric groups in detail? Thanks
there's a book named something along the lines of problems and theorems in classical set theory and I believe komjath is one of the authors
book recommendations for set theory?
oh someone just asked this lmfao
i swear this happens every time i ask smthn in this chat
Lmao
actually ill ask a new question, any recommendations for a book that treats both logic and set theory at the same time?
so i was going to actually learn "real topology" after going trough analysis but rudin is driving me insane and i think i will be more productive if i read both at the same time, so i have 2 books in hand, willard and engelking, considering functional analysis is the end goal, would willard be enough? or will i need stuff from engelking? Either way unless it's a absoulutely needed, i won't touch kelley's book, so, advice?
In my experience you have to understand PDEs to understand "basic" functional analysis (compact operators, self adjoint operators, etc.). The topology section from Folland's Real Analysis book is enough general topology background. PDE books by Folland or Taylor or Evans are all good
oh that's no issue, i read most of that, but i wanted to learn topology anyhow, and i need something to go back and forth
not the pde
the topology section in folland
can one read brezis'
functiona analysis without any ODE/PDE theory but wanting to learn some
?
You can, but I find it dry or unmotivated if you dont have an application in mind.
the application is learning about infinite-dimensional spaces really
if you are into topology/geometry, i want to acquire the analysis enough to understand floer homology
Hello guys
I like to read functional analysis simultaneously with PDE. Like, I need to know spectral decomposition of compact self adjoint operator for laplace operator theory, so I take a detour into functional analysis to learn it, then come back to PDE.
Hope I'm not interrupting, I just wanted to ask some questions regarding analysis/measure theory book recs
I've borrowed a book on measure theory called "Measures, Integrals and Martingales", which I've read great things of, and in the prelude it is explicitly mentioned that the author tried to avoid topology
I've also seen it mentioned online that an approach to measure on general topological spaces can be taken, I've not had "classical" measure theory yet but my question is if there are any books that take this approach from the outset and if it'd be a good idea to start with such a book?
im using bass's real analsyis but it may not be the best for your first exposure
i thikn the best first exposure is cohn's measure theoy
i see
but how does one start PDEs without any knowledge of ODEs or functional analysis
all my analysis is just basic
meassure theory and basic banach/hilbert spaces and the 3 main theorems
that's enough for PDEs.
Yeah. For example, Taylor's PDE book covers ODE briefly. It seems that ODE is more necessary for differential geometry than PDE.
i see
very cool coincidence ig
well my end goal is also topology/geometry but yeah 😄 thank you
unrelated, but schilling has a full solutions manual readily available online for this book
I just got an undergraduate thesis advisor!!!!
Does anyone have any good introductory texts or papers that they recommend on domination or maximum flow/circulation problems
Looking for surveys to get acquainted with the topics at a high level atm
complex topology when 
I have seen Neuenschwander been recommended for Tensor Calc
(From a physics POV)
Eigenchris on yt is good, Carroll's Gr book is also good
You can't pay me to study that
How different is topology on C than R
The topological properties of C are pretty much identical to R^2 under the usual metrics
it's a joke based on the fact that dogu said "real topology"... so yk? complex as opposed to real 
Quartenion topology 
But let's not do octonion topology 
Eigenchris mentioned, the GOAT
xylyxylyx is also very based
Quick, make C a totally ordered field 
Oh i thought he meant Riemann surfaces and shi
Thank you :)
Ahhhh
Riemann surfaces changed my life
hopefully for the better...
Yeah
Does any one know good resources for undergraduate algebra courses?
"algebra" as in abstract algebra?
Advanced Precalcus by Daniel Kim. You’ll be stronger than anyone in the class
I'm excited for complex analysis
it is SO cool
very cool thank you
hey what's a good starting point for somebody who doesn't know their math level? i'm technically a dropout due to life circumstances so i haven't been to school in years and i have no idea what i forgot or still remember. i was also never really a math person as a kid but over these past few years i've developed a huge interest in it and i've finally made my mind up on committing to learning
i've heard khan academy's good but i think i'd prefer books as i enjoy reading
That really depends on how far back you need to go. Do you know the multiplication table?
Do exams from 1. grade, 2.grade, etc. till you find hard to do. Then, learn what the grade is teaching.
Hi, I'm really interested in complex analysis, I was wondering if there are any good books that go pretty in-depth
what are you looking for exactly?
and what's your background
I'm pre-university, but I've alredy finished that math outside of schooling. Now I'm more just exploring different unique topics and proofs
how good are you with calculus?
I finished year 2 calc material with tutor, so I'm pretty familiar
linear algebra? it's not necessary per se, but it's a very useful tool to have under your pocket
I've done most of the course material for linear algebra
okay than you can probably read churchill and brown or gamelin
they both take a slow and steady road
but gamelin covers more
c&b has more applications
Thank you, I'll make sure to check those out
hi all, I was recently accepted to a fairly competitive summer research program, and my first listed research subject was algebraic number theory
I have a decent background in group theory from last semester, and have just finished rings, but haven't done fields or galois theory
I was thinking of starting marcus' number fields to prep for the program and get some background info; is this a good idea and are there better books for this?
i do know the multiplication table but my mental math isn't as good as i want it to be
sorry for the late response
you mean the khan academy exams or should i look into the ones they give kids in the school curriculum?
Congrats on getting in!
I think getting some background is good, but have you verified or communicated with the program (or mentor) what topic/area you will be working on? (Ofcourse, its nice to study something on its own too).
thanks! i have verified that i will be attending, but i haven't received additional information like my mentor or my specific project yet
i believe the program is structured for a week of classes, then to go into a 5 week research project
i've been wanting to look into alg nt anyways so it would be cool just to study it on its own
but it's more motivating now that i have this
Pupils, students; from elementary to junior high school, to high school, to university (bachelor), etc.
where do i buy this online tho?
like the ebook if its available
it costs like 50$ on amazon to order, which is pretty pricey
There’s free libraries online!! the Internet archive.org is an amazing source!
that particular book is not really available anywhere. not internet archive. not any of the book stores. not even those cough sites. i checked.
i am not big a fan of physical books, prefer paying for ebooks
I just found it with one search? Advanced pre calculus By Daniel Kim correct?
Quick question but did you not Google it?
i did; i checked all the sites. found only physical copies
https://www.scribd.com/document/790061622/Advanced-Precalculus-2-1-1 Its on google books and amazon for 33 usd
what the hell
my first result of scribd was like a scam url
so i didnt check hte other results
How so-??
thought it wasnt a legit site
i was like going through yandex, uh, i am not sure i am allowed to send the url here, but it was like those standard "scam" url. the original url, was scribd[someothernumber], so i didnt check.
well thank you
i have a good anti virus i can check the doc for you if you want
dont need it, its just a pdf. i have js turned off, so not a concern. thank you for the offer, though.
ya no worrys
For those interested, Springer has offers a 50% discount at link.springer.com with the code HLT50
offer ends today at 23:59 EST
Thank you so much
what is your question?
I think they want a multivar calc textbook
I like Apostol
hi, does anyone know a textbook where i can read about weighted functions spaces or more specific weighted lebesgue and sobolevspaces?
Sorry I was wrong, it's 23:59 tomorrow EST
can anyone recommend some problem-oriented resources for a first course in combinatorics?
starting from stars-and-bars
nice
Is there a noticeable difference between Thomas' Calculus, Calculus by Stewart, and Calculus by Howard Anton? I currently have Thomas' calculus paperback 14th edition and was wondering if there is a better book or should I just stick with thomas?
no
Really? What was ur experience with any of these books?
i used stewart in high school and larson for multivariable calculus in community college
they present basically the same thing, just minor changes, with the same style
you won't miss out
Larson teaches multivariable?
most calculus books cover multivariable calculus
provided you're buying the right edition
sometimes publishers split them into "single-variable" and "multivariable" books for some reason
What topics are included in multivariable calculus?
your copy of thomas' calculus probably has a table of contents, no?
you can look there
It does
But I don’t think it mentions multivariable
really?
nothing about multiple integrals, for example?
or volume integrals
stokes theorem?
divergence
none of those words show up?
a lot of intro calculus book are single-variable only. Like Stewart
ok so your book does cover multivariable calculus
you might have been unlucky because the standard editions that are sold cover three semesters of calculus
stewart is not a "single-variable" only book
oh, I didn't know that
Yeah
But I’m curious what topic does multi start with
And when does it end
it seems my version is explitly single-variable
Bc Thomas doesn’t specify when u transition to multi yet there are topics on it
chapter 12, vectors
Oh
Well I’m not even close to that so it’ll take me a while
I heard Stewart has a problems plus section whereas Thomas has an advanced exercise section
Some say Thomas problems are easier and more drill like?
imagine stewart being 1300 pages and only single variable
I've had it all wrong, gonna have to think about buying the real thing now
i got a copy of the 6th edition for like $12
my single-variable version is still over 800 pages though
I have Colley for multivariable
it's alright I guess, never excited me much
holy smokes, the price for Colley on amazon is insane
does he build everything from, like, idk, addition?
oh it's probably a fair bit longer than usual because it's an instructor's edition
well, there's a 5th edition now
oh cool. yeah I was looking at the 4th
What???
So cheap
Is Pearson good for their textbooks?
you should probably choose textbooks by their reviews and not the publisher
every publisher has good and bad books
Yeah
But some books got similarly good reviews so it’s kinda hard to choose between
the "basic" courses have many many textbooks that are good because the way to present topics is very standard and many people published books in that subject
so adams, stewart, thomas... all very similiar, therefore you get similar reviews
if you're buying, then it'd suggest getting the cheapest one
if you're not, just spin a wheel to decide
I found a James Stewart calculus 8th edition at my library
Yeah Thomas was the cheapest option and not even the hardcover
I kinda regret it bc this copy isn’t in color and the paper quality isn’t on par with its hardcover counterpart
But oh well, what can I do?
these are also the textbooks you won't hold onto until the end of time, so those factors are kinda irrelevant
that's how i decide which textbooks i actually wanna buy
True, I just like all textbooks
same, but i hate all of them

seems like it covers everything you'll possiblily need in regards to calc
Great that’s all I needed to hear
Fractional calculus recs?
you'll be VERY good at single variable calculus by the end of that 
Any recommendations for literature on integral transforms & integral geometry?
what is integral geometry 
what could be the good references/sources for learning AA? (My main text is D&F)
references other than D&F? D&F itself is like a reference 
well thats true actually 
but still if something that i can use on side exists
Gallian is a nice AA book it has a lot of visual stuff, I'm not sure how well that would complement D&F though
Gallian's "Contemporary Abstract Algebra" 10th edition is the latest I think 
i have read like first 2/3 chapter of Gallian 
book with a LOT of problems
Oh Noicee
yea it's like Abbott with the amount of problems it gives out 
but don't worry D&F has even more 

How did you forget about my boi Jacobson
oh gosh how i forgot this 
Good books to learn probability and statistics? And if there is any prerequisites let me know that too
For linear algebra ill be using gilbert and for calculus velleman
Someone confirm on this too
hii! just wanted to know if anyone here had any good recs for astronomy, especially books that are beginner friendly? ty in advance
learn calculus first
most people dont study astrophysics here so u will prbably have better luck in the physics server
water beam in book recs? what timeline are we living in 
ive been in book recs b4 when i first started calculus, sourdrop recommended me a book 
oh okayy, i see!
you might wanna check out lang or hungerford
Is differential equations with applications and historical notes by george simmons a good introduction to DEs
Lang would be harder i believe, but yeah i have heard Hungerford is of same level of difficulty as D&F
Is it as long though? If so, you might need to Hunger down.
are you talking about Lang?
No I was making a pun: hunker ~ hunger ~ hungerford
Oh no a League player. We must run, allegedly.
"I have a question. I am a high school student, and I am self-studying advanced courses, but many books do not have answers. How do you solve this problem? Can you recommend some books on calculus, preferably with solutions?"
why is that in quotes 😭
I made a mistake in typing.
I guess fractional calculus might be a bit recent to ask about on this server or maybe it’s just the wrong place and or it’s not taken that seriously yet
There are but I don’t like to blindly sift through books
Not sure if they have any mathematically meaningful content
Mostly fractional differential equations
They are pretty difficult to calculate too
Maybe I should be looking at the diff Eq focused texts
I got some diff Eq stuff on my reading list. Interesting but broad area to explore
I mean you are in analytical territory so of course lol
Oh it’s looking like the fractional stuff is new. I’ll try to get my ass kicked trying to understand it, YOLO 😂
Been doing a decent job exploring the high level stuff recently. Can’t say I’m great at it but been not banging my head as much
best book for basic calculus/calculus1? also best online resource/yt vids/channels? thanks in advance if ya reply 🙂
Not sure about the base theory itself, but the general theory is extremely important, altho you'll need some functional analysis at hand for that, see pseudodifferential operators.
anyone??
introduction to calculus?
do you want rigor or application
i want to study it as a prereq to sucjects like linear lagebra, electrodynamic,statics. and then quatum stuff too, so yea
I’ve largely been focusing on functional analysis books. Good thing I had that same intuition moment you just prompted. Thank you
you can study linear algebra without calculus but if you have never done calculus before, i recommend stewart's book
the 9th edition
as for youtube sources, try MIT's playlist on single variable calculus
yeah linear algebra doesn't require knowing calculus but you can apply it to calculus
well i wanna study quatum mechanics and subjects which originate from it, these would serve as base for that
start from stewart's calculus
alright, appreciate it, ill order that then, thanks again!
also is gilbert strang's linear algebra good?
yes its fantastic
alright then
thanks 🙂
waittt, the stewart book is way too expensive X-X, is there no cheap alternative?
im a minor so i ofc wont get that big an allowance
the 8th edition, transendentals is far moree affordable, is that good?
fake James is imitating real James now... 
Banach
I don't think there's a difference in content. Calculus and Calculus: Early Transcendentals just switches the order of certain things around.
AFAIK more specifically it's whether e^x is introduced prior to integration
all my homies love e^x
That works yes
There’s also pdf’s of the 9th edition if you know where to look
Completely unrelated but 
I love that anime
Does anyone have a clean pdf of Introduction to the Theory of Numbers by Hardy and Wright?
Piracy and distribution of pirated materials is prohibited here
Isn't it public domain yet?
No
Mother Anarchy help us
I don't think at-least
Might be a strange request but does anyone in here know of any books that basically contain a complete start to finish of most of the mainstream mathematical fields (Algebra, Calc, geometry, topology, linear algebra, stats/stochastics basically the whole gamut)
Such a text doesn't exist
Damn
I wanted like one book I could use to get up to speed on everything over a year or two of intense study
And then branch out into more obscure and advanced disciplines once my foundation was perfect
Reading different books is cool, you don't need a single text
That doesn't exist in actual lol
Basically I’m the typical burnt out former gifted child that competed in youth math competitions and did excellent, always scored highly but underwent a deep depressive/other mental issues spiral in late elementary to high school and stopped studying or working towards my future
I’m rekindling my fascination with math now that I’ve overcome a lot of that crap
But it’s overwhelming to even start
We're in almost exactly the same boat, you just have to pick a topic and get started
Though, ig for us it was a little bit easier due to some irl friends pushing us to keep trying along the way, but the main idea still stands, pick a topic, find a text, and start reading, maybe attend some uni lectures if possible, watch youtube, etc...
Yeah you’re right, thanks. My strongest subject was always algebra so I’ll probably start with resurrecting my foundation there
With that in mind, what’s your guys’ favorite books for intermediate algebra students then?
Abstract Algebra or high school algebra?
Abstract, I’ve got high school algebra down pat since early childhood
Oh also for future reference, Dami's book reviews are all pinned here in the channel and AFAIK @remote sparrow also has some of their own they can link to
Nice
We wish you luck with your studies :)
You as well
thank you
We will say, out of the books we've looked at, our favourites so far have personally been Artin's Algebra and Rotman's Advanced Modern Algebra; one of our friends likes Gallian, another likes Herstein, and our best friend like Lang's Algebra
Yeah the post you linked mentioned Artin as the typical best starting point
Will probably begin with that and check out the others as I progress
Yep!, Dami's post is how we learned about Artin
That being said I hope he has some nice functional analysis book recs in mind. I’m enjoying the subject and I like looking at other takes
There is three book i use depending on what im doing: Brezis, rudin and yosida
yosida is a very nice book if you have the background for it
but all three of these require some measure theory and topology going in
more lightly is kreyzig which assumes only real analysis
Have you ever used Peter Lax's func anal book?
yes i use it as a reference
Afaict, in the UK a book is copyright protected until 70 years after the death of its authors. EM Wright died in 2005, so Intro to the Theory of Numbers should be in the public domain in 2075
Yea Kreyzig is nice. I started going through Kolmogorov and Fomin
Any good books on Analytic geometry??
Hello. I'm looking for recommendations of books at the HS level (chemistry) more focused on entrance exams that have a lot of exercises
I dont think there are that many chemists in here to give good reqs, try asking in the chem server (in #old-network )
Hey guys, do you have any more mathematicial books on QFT? I'm an undergrad physics & math and I want to self study a bit before I take it, but I prefer more mathematicial styles (Theorem, Proof)
I'd like for physics too @blazing holly
if you want books for a specific entrance exam
look for books on that exam
@median fossil
btw there are lot more mathematical physics people in the physics server than the math server (for some reason
)
What kind of analytic geometry
Not really great options in the field. Talagrand has a book, and Pavel Etingof released a preprint of his (soon to be published) book.
Peter Woit has a QM book that does a little QFT and is very approachable
can I ask a question here abt reading math books, but not necessarily a book recommendation? not sure if this is the right channel
Maybe more appropriate for #math-discussion ?


