#book-recommendations
1 messages · Page 97 of 1
if by "advanced calculus" you mean multivariable analysis, you can look at hubbard or shifrin
callahan also makes good supplementary reading
i suppose knapp, bhattacharya et al., and ash's Basic Abstract Algebra would also be good choices
knapp has long hints that border on solutions to every problem in the back
bhattacharya has solutions to odd exercises
ash has solutions to every problem
https://mtaylor.web.unc.edu/notes/math-521-522-basic-undergraduate-analysis-advanced-calculus/ The choice of topics of the several variables book is great, but it's a bit terse.
100 million digits of pi
Are there any comprehensive recommendations for statistics?
hi everyone
I know basic algebraic topology (chapter 1-2 of hatcher) and read Tu's manifolds textbook
I want to get "introduced" to knot theory from this context
any textbook recs?
ty
What type of knot theory are you interested in
Jessica Purcell’s hyperbolic knot theory is excellent
If you’re interested in hyperbolic stuff
Idk what people read for more algebraic stuff
@remote sparrow what do people usually recc for measure theoretic probability?
I've been using billingsley and I find it exceedingly dry
not sure if that's a me issue but I wanna try out a different book
Durrett is good but it’s also a bit dry
maybe durrett (has a reputation for hard exercises)
Honestly there are not many good intro prob texts
you can also look at ash
billingsley already reads one of the best to me
does durrett at least have good typesetting?
yes
Decent I. Guess
But it is very much
A learn through exercises book
And it can be rough
the fun intuitive bits were already supposed to be in your calculus-based prob class
and how about these two suggestions from math overflow?
i don't recall williams having many exercises
inchresting
I might try that one out
and then perhaps go back to some other more comprehensive treatment in the future
Based
perhaps I'll use durrett for exercises!
anywho, thank you both 
Another good source of exercises
The Facebook group >actually good math problems
Prolly better and more fun than durrett
Although I don’t know
What they’ve come up with by now
Those animals
there's a guy on the statistics server that likes klenke and cinlar
rosenthal is really an advanced undergrad book, but it might be helpful supplementary reading
le gall does go over some of the basic material too and in @upbeat vine's opinion, its treatment of stochastic calculus is better than billingsley or durrett
Oh neither of the latter two
but cocat overall recommends billingsley for a first pass
Do stochastic calculus..
is brownian motion part of stochastic calc
Ye it’s like the canonical object
billingsley has one chapter on brownian motion, but obv stochastic calc gets short shrift
My favourite intro for stoc calc that isn’t too heavy or detailed
Is Steele
but it is not easy still haha
Baldi is a bit more dry but is as good of a textbook as you can get
karatzas and shreve is the reference, but generally people don't think it's good for learning stochastic calc
ok, I already hate this guy lmfao
Chapter 10 lol
I mean
If u already have measure theory
U can start straight on measure theoretic probability
durrett?
williams
yea, I think I'll skim part A
bro, I barely know the definition of a random variable LMFAO
Oh..
he's already done measure theory
besides, it's saying chapter 10 is when the real meat is at
Tao is good but hard
coz that's martingales
oh
It’s decent if u have folland level MT
follows durrett iirc
LMFAO
I'll check it out
I didn't realize Folland dislikes measure theory so much.
He covers it very well in his Real Analysis book.
Ah, the screenshot is Williams, not Folland?
Ye
Folland does more than Williams
So if he has folland he can just skip those chapters
Going to take MVC, linear algebra, and stats next year
Need some book or smth to learn linear
I think mvc and stats will be fine
Rd sharma , rs Agarwal are good books
Ok
Hey!
Im using a book named A course in differential ordinary equations by Randall Swift and Stephen Wirkus.
Am kind of new to DOE’s but am loving the book and the path it is following. Every book has its flaws, and so, just wanted to know if there is any books to complement it or that might be better?
Am studying for my mathematics degree but i still want to know lot more than what my teacher is teaching. (This book is already an extra and so ur recomendations will be)
is cengage book is sufficient for iit jee
"Multivariable Mathematics" by Ted Shifrin
it covers both MVC and Linear Algebra in a single book
Ok
Outsider about to punch this guy in the face 
thanks for your reply
i checked it out and if ur tlaking about the 62 pages one
it seems to me that this is abit more advanced for me just by reading a couple of pages
like just by the way it reads
yeah thats what i got but ig i found a shorter version
but yeah maybe im just being a pussy it says right in the prereqs that only basic AT is required
i dont even know what a PL map is
😄
Tbh like especially with knot theory you gotta black box a decent amount of stuff
And also be comfortable with arguments which are extremely visual (for example, often when describing isotopies of surfaces you just say “push this surface to this surface” or when describing the tetrahedral decomposition she says stuff like “stretch out this space and glue it here”)
This is like near universally happening in at least the geometric side of knot theory
I would encourage you if you’re interested to not stress too much about having every prereq bc you can still get a lot out of the book without them
As for black boxing, for example some of the techniques are extremely high level (the reason it’s even a field at all is Mostow Prasad rigidity, so geometric invariants of hyperbolic knots become topological invariants. Also, Thurston’s theorem says you just need to rule out 4 essential surfaces to prove a complement is hyperbolic).
But if you just accept those as fact you can do a lot with minimal background knowledge
yeah im still trying to get better with that from hatcher
im still very weak with like
visual arguments in the sense u described
but ig if i learn more about chapter 0 from hatcher and like CW complexes
i can try to make sense of them more
Yeah. I mean at the end of the day you can make these things rigorous. But the point is that it’s often incredibly annoying to do so. But it’s clear that such an argument is “correct”
yeah exactly i remember one of the exercises in point-set topology by hatcher was like
to show a quotient map from D^2 to S^1 and hten with a note claiming what ur saying
"a clear geometric description is enough"
& often making it fully rigorous by writing out formulas and stuff obscures the intuition for what’s going on
yeah true
Yeah exactly like
When I first took a topology class we had a couple homeworks on quotient spaces where the professor said he would only accept proof by picture
I’m very glad he did that
wow thats pretty cool
Yeah it was very fun
is this how professional mathematicians working in this area (geometric top/low dmi) usually work
And also like it really helped me train my visual intuition
like what i mean is
Low dim topology in my (limited) experience yes
I read a bunch of papers which are all like this
is choosing visual intuition over like making sure u write the explicit homotopies or maps or whatever a good advice
In hyperbolic knot theory
i see
ig maybe that's why hatcher is like
a hit or miss for some people
it's probably a hit for the low dim topologists
but a miss for like the people who want to do homotopy theory or somthign
This is a work from my advisor and one of his students from like last year
The style of argument is very typical for low dimensional topology
If you want to get a taste for the flavor
Or there’s another famous paper by I think Menasco
Where he proves alternating links with some conditions are hyperbolic
yeah ig that's what im going to be doing if i get accepted at a certain uni
LDT in particular
so im trying to practice my visual arguments more
do u have any advice to get more used to these types of arguments
ig just doing hatcher religiously?
Sure Hatcher is good. But i think what really helped me was my summer research, I spent a lot of time following these arguments and trying to understand them
yeah
ig talking with someone whos good with these types of arguments is nice cuz like
u can get a feel for when the thing u have in ur mind works when not etc
This paper is like pretty foundational and also a good feel for the style of argument
Basically I guess I would say instead of focusing too much on hatcher
Because a lot of the algebraic stuff is honestly not even needed
Read a lot of the literature on geometric topology itself
Eg, the Purcell book, or some low dimensional topology book
yeah thing is idk any riemanian geometry yet
and i believe that's a prereq?
all i know is basic smooth manifold theory and basic AT
Especially for proving things are hyperbolic you don’t actually really need to know anything geometric, just topological
Because of the theorem of thurston: it’s sufficient to disprove the existence of essential disks, spheres, tori, or annuli
And you disprove those via very visual combinatorial and topological arguments
If you want to prove specific things about the volumes once you know a link is hyperbolic then yeah you gotta know some hyperbolic geometry
i see
But a lot of the questions are like “here are some 3 manifolds, which are hyperbolic?”
And for that it’s just purely topological and combinatorial arguments usually
yeah i see
ig this sounds nice
reading about hyperbolic knos
knots
i really haven't learnt any hyperbolic geometry yet but yeah i see what ur saying
Yeah. Even proving stuff about the volume often you can do it with combinatorics of the tetrahedral decomposition of the knot complement
That’s described in the Purcell book
i see
thank you so much for this
i will try to read both hatcher and be a bit more brave with reading about knots
not worrying TOO much abotu the geometric prereqs
and ig even if i don't really understand the results seeing the arguments themselves in action would be beneficial ig
hopefully atleast
No problem!
I'm new here
and my recomandation is that you should read stephen hawkings
a brief history of time
really good book
we've read it before, definitely a nice book
but doubt we could get through it today; not enough maths
yes
think because it was made to for the general public and inflict the need/want for studying science or math
though the proper maths for GR and such is a bit beyond us rn
yeah
diff geo soon(tm)
we're gonna study differential geometry soon
and concepts from it come up frequently in general relativity
that is very cool
linear algebra problem book recommendations?
you cant
copy that and try?
k i'll tell name then
or that
we cant really allow attaching pdfs
we have to prevent posting of pirated material
thanks, I'll try it out.
np hope it helps
that link is local to your computer
lol what?
why do you think that's gonna happen
you posted a file link on your computer; that's not gonna do anything
like
at all
;-;
I regret to inform you that you’ve been hacked
I’ve hacked you right now
nooooooooooooooo
awwww shiiiiit
lol
WHY ARE YOUR FOLDER NAMES CAPITALIZED
BECAUSE THE DEFAULT FOLDER NAMES AREEEEE
frankly I'm more annoyed that my book titles are miscapitalized sometimes
how are you fine with some folders being capitalized and some not
anything outside of $HOME should be uncapitalized
well yeah
unless it's bullshit in lib placed by external software
yeah
but for me
my folders
except for Documents, Desktop, and Downloads bc i don't think windows lets you rename them
What are some books recommended for calculus?
james stewart is nice
he has a book on 1-3
and i believe a chapter or two on differential equations
Hello, does anyone have a recommandation on beginner trigonometry and calculus book please ? Thanks
Oh wait
Do you happen to know any french books related to calculus?
books in French? I do not, but I'm sure that you could find them, the question is if they treat it well, but the material is pretty standard everywhere so I wouldn't worry
idk if Khan Academy has a translated webpage in French? but that could be another venue for problems (their lectures are in English afaik)
what prereqs do i need for conways functions of one complex variable?
ouch dont have topology yet
the most you will need to know is some knowledge of metric spaces
I was trying to think about the set up for the proof of the Riemann Mapping theorem, on the function space stuff
But I guess that is also a metric space
If a book is adapted by another author , is it worth buying that book ?
depends on the book
well, what does adapt mean here
are they just cutting down the text, as is the case with some editions of les miserables, which was written during a time when authors were paid by the page, so the author wrote lots of pages that are arguably not relevant to the story, or are they changing certain elements?
an adaptation of huckleberry finn, for instance, may change every instance of the n-word to slaves. i'd probably say an adaptation of this sort isn't worth reading
there are also some stories which have been translated from another language that, while not necessarily hewing closely to the text in the original language, have become classics in their own right
i mean
everything is just an adaptation right
its not like a math book is written from the author who never looked at anything else
i actually don't know that . The book of discrete maths by kenneth H rosen is quite expensive , there is a cheaper alternative available but on it's cover page it's written " Indian Adaptation by (author name) , AICTE syllabus recommended book" [AICTE is the governing body which dictates the rules and regulation of the books which need to be used etc etc]. So would the contents match with original book ? what changes can i expect ?
fair enough 💀
Mfw I read cours d'analyse de l'école polytechnique coz Cauchy is the goat
🏃♂️ 🏃♂️
hey guys
how is the book
"a course of pure mathematics" by G.H.Hardy
I will assume it is aweful since hardy is an egotistic writer lmfao
I literally read mere pages off of some of his work and it was ful of unnecessary elitist remarks lmao
wait wut
what all do you take into account to mark a book as good or not
oh well
i had no idea about that
you can ignore me I suppose, you shouldn't take my remark as actual criticism of the book
since I obviously haven't read it lmfao
but yea, I dunno, everything I read off of hardy was insufferable 
Hey everyone, first post, do we have a pinned post for solid book recs? I stopped studying math in high school outside of statistics throughout undergrad but I have a break coming up next year between my honors thesis and starting my phd and I'd like to spend it brushing up on math
Trigonometry would be a good starting point for me?
yea, in fact there is!
Excellent!!
That's okay! As long as I can get a starting point somewhere
I'm getting you have background in statistics?
that would mean you know a fair amount of calculus, right?
Nothing too in depth, just enough to have gotten through undergrad (a double major in bioscience and conservation and wildlife biology)
I'd consider myself very beginner at everything
but shes got a fighting spirit 😤
well, there are a couple paths you could follow
you could either go the proof based math route
or continue looking at works made for non-specialists at math
I honestly feel like every STEM person should know how proofs go in mathematics
so you could try to familiarize yourself with how those go using something like "discrete mathematics with applications"
Noooo, don't go for those Indian adaptation ones. They are a horrible concept. They take a classic, add some Indian authors to it, who add a few examples, problems here and there, add or remove a section or two and sell it as an adaptation. imho, it should be a crime! I bought the adaption of Apostol Calculus II, but I could not stand the edits. So, I ended up not using it and giving it away as soon as I could. However, they are cheap and printing quality is decent. For the specific book, see if you can find the preface which will tell you what unholy edits they made.
there's also some math book for engineers which goes throught a shit ton of very essential applied mathematics
but I don't recall its name
Perfect, I'll look into finding a copy! Thank you!
np!
That'd also be super interesting! I've been stuck home with a head cold and I've been listening to a lil series on engineering fundamentals while I game 😅
it is avlaible as a pdf for free
if interested
@remote sparrow do you know which one I'm talking about?
it's extremely famous amongst engineers
Probably Advanced Engg Maths by Kreyszig?
For a moment I read this as "I'm extremely famous amongst engineers" 
ok will do 🫡
just for reference the adapted version is for rs800($9.53) and the original one is for rs8,000($95.2) 💀
Brist0l
bro
for free, sure .
In general its called pirating
texit is the dad bot of the mathcord server
fr
yes infact
or u can deal with the indian adaptations
oh wait that is too much of a discount
as tubelight suggested check the preface and the index
the indian adaptations are also piracy as far as im concerned. But it is understandable if folks find them cost effective, which they undeniably are...
how hard is it to learn french or is this like..."mathematical french"
you think I actually opened that piece of crap? 
how tf would I know

also hru darq
that's good :)
Any book recommendations upon how/why this thing in math works?
like why does this work and why does that work?
what is "this thing"
every concept probably has a different proof
yes exactly, summing up all of them in one book is too much
"Mathematical Methods for Physics and Engineering" by Riley, Hobson and Bence?
Yep
Seems to be the exact one
@lapis salmon the engie book I spoke of:
I seem to have been diagnosed with a mild case of severe Autodidacticism
I am reffering to formula's and other type of stuff
In short, I am just asking myself "why does math work?"
this doesnt help at all
whats your background?
who told you math works
Technically, yes.
My brain.
I just asked it and why does it work in a way
oh and here i thought you were talking about fiction
idk, they're probably similar enough
average brit
but i believe the work mentioned is an old-fashioned course in real analysis
besides kreyzsig, there are a few other tomes that are titled Advanced Engineering Mathematics
there are also math methods books, such as those by boas or arfken
usually physicists are assigned them
It's ok, neam already got it
It's called math methods for physics and engineering
Hello, I am planning on studying computer science at University and was wondering if anyone had suggestions related to essential maths for CS?
well you need calculus and discrete math
pretty sure linear algebra should be important too
i don't exactly know how much linear algebra the general CS major needs to know (some programs don't have linear algebra as a requirement), but certainly students interested in machine learning or graphics need it
also those interested in theoretical CS should learn it
where does calculus come up for comp-sci outside of machine learning? although i guess that's a big deal now :p
analysis of algorithms
Not about books, but are there any good pdf reader? I like Microsft edge, but it doesn't keep up to the pages, it just gets defaulted next time opening it.
any good (and short) intro geometry books?
I use foxit reader. There might be better ones tho
sumatrapdf!
wrong reply. sry
@near jewel
seconded
oh this looks good
Try zoteto
very good looking, nice interface. Free & syncs
Sioyek is gud but unmaintained
I use koodo reader!
zotero? I've used it but never could quite get used to bib management in general
ideally id want to keep the bib management and pdf reader bits in separate programs
Hi, I am starting an undergrad math degree in the US in a couple of months and i wanted to keep my math skills sharp right now when i dont have anything else to do. Ive finished high school from india so thats kinda where my level is at. Any book recommendations which i could solve?
principles of mathematical analysis
Alright thanks
💀 is it not good?
It's a good book but it might be too advanced for your level
In my first sem ill be doing the mat231 calculus 2 course. Now i dont really know what that means tbh and which books to go for
Ah okay
read the 1 million digits of pi
Now thats why i chose a math degree. Hell yeah
Cant seem to find a recommended lit page. Ill just get a regular calc book
Now, any recommendations for that lmao?
stewart
james stewart
but i'm pretty sure it's very expensive so you might want to indulge in the vast availabilities provided to you by the internet
Alr thanks a lot
Dont really use it for that so can't comment
But pdf reader is p good
other than that okular is nice too
I'm in my first sem in India and we use it as a standard book so I think it's alright?
If you're following a course, then it's probably fine.
Its just that, if you're new to proofs and have little mathematical maturity, self-studying from baby Rudin may not be the best idea.
If you wanna read ahead of your course, something like Abbott is gentler and may provide greater insight with less frustration.
Light transport and graphics programming (But I'm not sure if that counts as a subfield of TCS)
also Rudin, pedagogically speaking is trash, whereas Abbott is the absolute pinnacle of pedagogy 


Abbott -> if you want to actually learn analysis
Rudin -> source of problems for getting even better at analysis
Rudin I think belongs as a second-pass book
yea defo
Learning from Rudin in undergrad sounds like a bad time
for a second-pass it's great
mfw set theory 
Tbh I think the proofs in Rudin are better than the ones in Schroder. Some in Schroder tend to be convoluted because of avoidance of topics like Topology or just convoluted seemingly for zero reason.
I like Rudin's FA text. I refer to it when I can't find something in Reed and Simon or in Amann and Escher
this is why Abbott does Topology in chapter 3, it becomes much easier later on
I haven't read Tao, but I'm sure it's good
especially for people who like foundations 
For example, I love the proof in Rudin for the Intermediate Value Theorem, which uses the fact that compact sets have a compact image under a continuous map, and that continuous maps preserve connectedness.
most intro analysis books are good, like Tao, Cummings, Schroder, Bartle etc
ooohh
Its slick.
actually
iirc IVT is actually a special case of continuous maps preserving connectedness
I remember Abbott mentioning this 
he first proves that, and then offers two separate proofs of IVT
Indeed.
As an aside, is there an image of Walter Rudin as a baby? I should use that as the cover page for my notes 
Nice
I think this is as far back as it goes 

so only papa rudin is possible
you better start doing papa rudin then 
for when you do grandpa rudin (FA)
I'll just paste the latest picture of Walter Rudin onto the face of a baby for maximal comedy.
I am looking for a computational Multivariable Calculus book which is unlike Stewart and has reasonable amount of exercises (not too excess like Stewart/Thomas).
I tried finding some Dover titles but it seems like there isn't one which matches the description
why aren't Stewart and Thomas suiting your needs?
Usually one is happy with more exercises, not fewer 
but more seriously, if you're open to abbott maybe that would work?
I need smth concise that I can wrap in the course of a 4-6 weeks
Stewart seems to bombard a lot of repetitve and mechanical exercises
Oh are you running the class? Then just assign every 2nd or 3rd question
Nah I have a backlog in Calc 3
I need to appear for it in December
it's not technically a backlog, I am just appearing again to imrpove my grades
and I have other coursework on top of it, so I need smth compact
Again try abbott or doing some fraction of the q's
If you're after something totally fresh maybe use this as a starting point: https://tutorial.math.lamar.edu/Classes/CalcIII/CalcIII.aspx
Here is a set of notes used by Paul Dawkins to teach his Calculus III course at Lamar University. Topics covered are Three Dimensional Space, Limits of functions of multiple variables, Partial Derivatives, Directional Derivatives, Identifying Relative and Absolute Extrema of functions of multiple variables, Lagrange Multipliers, Double (Cartesi...
oh this seems nice
lmao CMI
Hello, could anyone please tell me if Enderton's introduction to mathematical logic has enough/good exercises?
yes
Hello guys
I need references for which book I can use for Maths for class 12th boards?
rd sharma
ok
damn that's a difficult book
Even more difficult book is ncert
Fr it's d14 level
well, you can have more elegant proofs if you choose to use more machinery, but i think it goes against the basic spirit of an introduction to analysis course, which is to learn how to bound things
I just checked out a book in the library called painless geometry that I’m going to work through, is this sufficent to teach me intro geoemtry?
Any good book for Science Computing level math?

all the proofs are the same fundamentally lol
i don't know of a first semester analysis proof that is somehow greatly simplified by apealing to topological notions
besides, many of these theorems are in fact equivalent to the completeness of the real line
so any proof is going to be fundamentally the same
Any good calc bc books
intermediate value theorem vs continuous image of a connected set is connected
larson ap edition
Is it a textbook
yea
yea him
Thx bro
you’re welcome
Im failing rn I only have a b 😭
I sleep now bye bye
not a textbook but khanacademy has it as a course
it's free
Hey what are some good books to learn basic number theory for olympiads
Please suggest some other resources as well
I like Aops number theory books
any olympiad level inequalities book suggestions
the cauchy schwartz masterclsss is a good one
"secrets in inequalities" is a popular one
Stewerttt
Hey!
Trying to read up on matroids, which are pretty linear algebra heavy and it's been a while for me
Can anyone recommend good resources for linear algebra - especially dealing with it over different fields?
Things like finding bases, span, dependence, all that sort of thing over different fields
I’m a 4th year undergrad prepping for putnam but my elementary number theory is really poor. Any good texts for getting me up to par?
I think Babai has a text like this
I think rather than books you usually end up reading handouts
yeah lol i can never spell that
maybe one of Titu Andreescu's books
i want a book about descrete maths and to be a bit simple to understand cus im not the best at math, college level btw not graduate
Lovasz?
thanks ill see it
best precalc textbook?
thx
Any thoughts on Linear representations of finite groups by Serre
Inequalities by B.J. Venkatachala
very good
it has the perfect balance between the deep algebra
and the elementary computations
imo, it is an easier read than fulton and harris
https://ieeexplore.ieee.org/document/9564096, can someone help me download this pdf
I want to download but buying IEEE membership just to read 1 paper don't worth it.

(resolved)
I'm reading Partial Differential Equations (3rd edition) by Jürgen Jost
How well would u recommend this to someone revisiting pde's after years from uni and not having lecture notes?
Some parts gloss over the fact you know certain notations, like C²( Omega-bar )
I think this is about continuity classes of 2nd order pde's?
I want some books about differential geometry or riemannian geometry thanks
Pre calculus by james stewart
Functions that are differentiable twice with all partials continuous over the closure of Omega
Its common in real analysis
lee's smooth manifolds; Tu's intro to manifolds, Lee's Intro to Riemannian Manifolds
Thank you,are these books on classical differential geometry?
these are modern approaches AFAIK
Thank you
I am starting calculus this month as I haven't learnt it before
Which books should i read to have a good basic understanding
checkout thomas calculus, it has it all
Not a book but Paul’s online math notes is a good start and it even has “cheat sheets” that I found useful
And it’s free which is always nice
Youtube?
No it’s a website (:
you can download the notes as pdf books
just use the download button in the top corner
stewart's calculus and thomas' calculus
+1 for Stewart’s as well
But yeah Paul’s math notes has all you need on the site with the practice problems and such as well as all of the info for the subject
CALCULUS
EARLY TRANSCENDENTALS
HOWARD ANTON (Drexel University)
IRL BIVENS (Davidson College)
STEPHEN DAVIS (Davidson College)
this one?
no
I would use thrift books to purchase btw if they ship to your country/area
CALCULUS: EARLY TRANSCENDENTALS, 9th Edition, provides you with the strongest foundation for a STEM future. James Stewart’s Calculus series is the top-seller in the world because of its problem-solving focus, mathematical precision and accuracy, and outstanding examples and problem sets. Selected...
i cant find them in the stores here
is this going to be enough
don't discuss finding pirated materials in this server please
sorry mb
yes that will definitely be enough; would recommend using it in conjunction with professor leonard's calculus lecture videos, blackpenredpen's calculus videos, and paul's online maths notes
thanks

btw are professor leonard's Precalculus - College Algebra/Trigonometry videos good?
I'd think they're fine for prcalc; if you need calculus, look at his calculus 1 videos
also is precalc from khan academy good?
Guys is "algebra by I. M. gelfand" good or not? I want to be like genuis people in math is it good for me or not?
AFAIK it's considered good; and no book will make you a genius and you have a LOT further to go in maths
I know it won't make a genius all of sudden... but I mean I want a book that will make me achive my goal which is to be a genius at math
"Helping me to achive it"
there's no such thing as being a genius, eventually you'll probably specialize in a niche topic and do work there, sometimes people branch out further but like...you'll know a lot about your field but you may not know much about other fields
there is no such thing as being a genius, there never will be, don't try to be a genius
trying to become a "genius in math" is a misplaced goal
Dark Brilliance. Good intro into Renaissance period
I mean one may argue there definitely has been "math geniuses", its just not the norm.
some people are just exceptionally good at there field, ofcourse its almost impossible to be good at multiple fields in todays age, but still, people like Terrance tao are math geniuses imo.
But i agree that its not wise to learn math for the sake of being a "genius", instead focusing on whether you actually enjoy it
True, even with people who are outliers like this, we don't like putting them on the pedestal that a word like "genius" implies. In the end, they are all still human
yeah i mean its good to recognize everyone is human, but its good to recognize some people just have noticably more skill than the average in a field.
real, it's sometimes really discouraging to see people being placed on a pedestal and treated wholely differently
but i get what you are getting at, to avoid idolizing people
yeah this
i think idolizing people is fine as long as you have a healthy mindset about it
it's good when you see it as an inspiration rather than a goalpost you need to reach
Another issue is how quickly that inspiration can turn into a goalpost
right
and it can fluctuate too
with music, for example, I've got artists which one day inspire me greatly yet the other make me want to curl up and cry at their genius because I'll never make something as good as them
Hello! I’m and interested starting to learn mathematics both beginner and advanced levels, any recommendations to start?
What have you studied so far
Nothing really
im reading Thomas Calculus and currently, on differential equations, im trying to buy a physical calculus book that I can bring in with me but the paperback version of Stewart and Thomas Calculus is pretty expensive, do you know any general differential calculus books that cover similar materials and have cheaper versions?
buy an old edition
i have the pdf on my pc but while im in school i need a physical version
any specific older edition you fancy?
it doesn't really matter
the hardcover for this is cheap
i really recommend the hardcover
i know it might be heavier than the paperback but it's a better product overall
well, there is one 1 in stock and it also takes ages to arrive since im shipping it from outside the USA.
do you have amazon in your country?
yes ofcourse
it's a pretty standard textbook; i'm sure you can search "calculus early transcendentals 6th edition" on amazon and find many vendors shipping from within your country
so you prefer stewart over thomas's calculus?
i've never used thomas
i'm sure an old edition would also be priced similarly
i've heard very old editions of thomas' calculus are good
Thank you!
Np. I started with that one.
my problem with stewart`s is that it doesnt have as many things covered. like if i would buy that after 2 chapters i would be out of things to do.
what are you looking to have covered
everything from chapter 9
wait
so not sure if the stewart book would cover them.
looks pretty similar to average calculus textbooks
does the title of your pdf of stewart contain the words "single variable calculus?"
because stewart covers both single variable and multivariable calculus
what im saying is that if i will buy one it should cover as many things as possible
I'd recommend checking openstax calc books.
they both do that
look, i'm just throwing out an old edition of stewart because it's cheap
it's what i used
the 10th edition can be obtained used for very cheap
@civic hollow
i need a physical copy of it, i have tons of pdfs saved
you can get physical copies of openstax calc books
they are prolly to expensive
calculus books are all very similar now
don't worry too much about which book covers more
i totally get your desire to be as thorough as possible but we all studied from very similar books
maybe ask your teachers which calculus book is assigned?
use that
Yeah they all offer the same, really. It's a matter of style which one you prefer.
W pfp btw.
thanks
I hate lang I hate lang I hate lang I hate lang
Lang is easily the worst math book I’ve ever read
It’s sooooo bad
which book from Lang?
Algebra
that one tends to be a little infamous, I hear 
Yeah…
My prof is using it for his class
Tbh like I wasn’t expecting the class to be very hard cause I thought I was ok with algebra and I’ve had classes with “hard” books before and been fine (eg: baby Rudin a while ago, I’m doing right now and AT class with Fomenko Fuchs)
But on the other hand I am also just negatively interested in the material
Finite group theory is insanely boring and I don’t find rings any better
have you looked at bergman's companion to lang?
Yeah I have
It makes it like a tiny bit better but the problem is also longer
Like I’m having to read like 4 sections of lang every week
On top of 2 other very intense classes
And the reading is just so boring…
And then also extremely condensed and very difficult at the same time
I really hate it
i thought u were talkin abt ap lang 😭
was abt to defend my fav class
Can’t have someone saying AP Lang is good on this server
my teacher is the best
is this different from finite group theory you encounter in UG?
I’m currently an undergrad, and I would say it’s different from a first course in abstract algebra in that it’s more in depth
But here’s the thing, I’m a shapes mathematician not a number mathematician
And when every proof in finite group theory is some clever combinatorial argument or one of 10 billion facts about primes
My eyes just glaze over
any books (or book series?) that cover math from scratch to advanced topics, like calculus and trigonometry and geometry? preferably one that explains how to do most, if not all calculations by hand, from basic arithmetic to advanced math, thank you!
early in my undergrad, i had a pretty dismissive attitude about combinatorics
i kinda like discrete math more now
You should look into "The Art of Problem Solving". It's for students who want to excel in math, starting from pre-algebra to calculus. It focuses on problem-solving skills and hand calculations.
I do have one of the books, but I'm not sure if that's the places I should start, in which order should I read the books?
I find the Precalculus and Calculus books to be rewarding. However, it depends on your age and understanding.
well, I'd like to start from the very basics of math, pre-algebra, and arithmetic even, if they have books on the topic, up to calculus
In that case, you could look into volume 2: and beyond. It's primarily targeted towards students in 9-12 who are preparing for advanced contests, but it works fine for anyone.
There are also the introduction books, here's a website which may give you some ideas on where to start. https://artofproblemsolving.com/store/list/all-products#:~:text=Our curriculum is specifically designed for
is thomas calculus good nuff for self learning? I feel like Apostol offers more needed rigor for my IA materials
idk which to buy
thank you a lot!
You can probably get both for free.
just checked and it free indeed. I didnt know this, thx for the info
I’m not dismissive in the sense that I think it’s easy or anything like that
I just reaaaaaly don’t like it
And I’m bad at it
I’m been thinking like books, aren’t they just writing bs stuff to just get the book sold and make $. So how can one jump over thid
You can check its content
It falls way more into the “come up with a clever trick” style of math for me which I’m bad at because I’m not very clever. I much prefer the “think with high level new abstractions & new ways of thinking” math to the “solve difficult problems with clever tricks applied to current techniques” problems
Yeah i mean one solutions having proffesionals in the area recommending it
textbook authors really dont make much off books (in general)
Might be yeah, because i been thinking who would even write a book without the $ included
Based
real
no i was just relating my experience
i kinda think combo is neat now
It's very relatable to me.. Idk how to explain it
Guys I want to learn Laplace Trnasformation, what is a good book that deo this, and I need to do it quick
Fair enough
combo is the best field of math im not accepting ANY dissenting opinions there is NOTHING more beautiful than doing five billion different cases to get an upper bound of six blizzilygoogaskibidintillion
hi please someone can tell me how to prepare for olympiad geometry from basic/intermediate to olympiad level/
could someone recommend me some good topology book?
preferably one that doesn't need a bunch of knowledge to get into
tysm man ❤️
Bet
https://mtaylor.web.unc.edu/wp-content/uploads/sites/16915/2018/04/anal1v.pdf, Analysis II by T. Tao
mendelson
munkres was awful for me
if you hate munkres do mendelson
plus it's a dover paperback, so it's cheap
https://artofproblemsolving.com/store/book/aops-vol1
vol 1 to vol 2, helped me alot
also mostly depends on problem solving
so
MTH 101: Elementary Mathematics I (Algebra and Trigonometry)(2 Units)
Learning Outcomes:
At the end of the course students should be able to:
- define and explain set, subset, union, intersection, complements, and demonstrate theuse of
Venn diagrams; - solve quadratic equations;
- solve trigonometric functions;
- identify various types of numbers; and
- solve some problems using binomial theorem.
Course Contents:
Elementary set theory, subsets, union, intersection, complements, Venn diagrams. Real numbers,
integers, rational and irrational numbers. Mathematical induction, real sequences and series, theory of
quadratic equations, binomial theorem, complex numbers, algebra of complex numbers, the argand
diagram. De-Moiré’s theorem, nth roots of unity. Circular measure, trigonometric functions of angles of
any magnitude, addition and factor formulae.
Hi guys any recommendations for a textbook which covers the totality of the above topics to the extent needed for the first year of undergrad?
This is actually an excerpt from the programme manual.
In this new edition of the standard undergraduate textbook on electricity and magnetism, David Griffiths provides expanded discussions on topics such as the nature of field lines, the crystal ambiguity, eddy currents, and the Thomson kink model. Ideal for junior and senior undergraduate students ...
apparently there is a new edition of griffiths
@vital bane @molten gulch
you got me thinking Griffiths released a 6th edition LOL
nah, i just decided to post about it here since it showed up on my amazon feed
q, someone here once sent a real analysis thing (idk if it was a book, or lec notes) that was titled something like "a purely topological approach to real analysis", without epsilon delta stuff, i couldnt find smth like that after a couple google searches so im wondering if anyone here knows anything about smth like this
same
hi please someone can tell me how to prepare for olympiad geometry from basic/intermediate to olympiad level/
a decent book is Evan Chen's Euclidean Geometry in Mathematical Olympiads
for actual study tips and e.g. appreciations on the actual olympiad you plan to take you may have better luck asking in #competition-math and the olympiads server (see that channel's description)
thankyou
i just received my copy of dag westerstahl's Foundations of Logic: Completeness, Incompleteness, and Computability and so far, it's pretty much a more modern and readable mendelson @lean pagoda @torn crypt @heady ember @tawny crater
A comprehensive introduction to logic’s central concepts. This book provides a concise but detailed account of modern logic's three cornerstones: the completeness of first-order logic, Gödel's Incompleteness Theorems, and Turing's analysis of computability. In addition to the central text, an appendix explains the required technical terminology ...
let me reproduce the table of contents in a minute
whats the class?
a graduate introduction to algebra
Ah i see
Oh yeah I’m taking a graduate course in noncommutative algebra rn that’s very closely following Herstein’s Noncommutative Rings, and I highly recommend the book
noncom alg is so cool
The structure theory sort of stuff with the Jacobson radical, Jacobson density theorem, Wedderburn artin, nakayama’s lemma, etc has been so so so cool
We’re on noncommutative localization rn, so like ore condition, Goldie’s theorem
Also super cool
So true !! My ura next term is in it :))
Specifically, noetherian hopf algebras
what's a ura?
whoa fancy frfr have fun
Am reading Hopf Algebras and their Actions on Rings by Montgomery rn, and also Hopf Algebras: An Introduction by Dascalescu, Nastasescu, and Raianu. Will maybe post reviews when I’m done
Undergraduate research assistant (term)
Like a full time work term where I do research
4 months
Then go back to school
I’m in a coop program, so I get a work term credit
But I also just get paid
Since it’s a job
yepp
i like the comm side of things more bc my profs talk to me abt it more atm but noncomm is awesome
it's also super hard
good luck 
Yeah no this is the hardest course I’ve ever taken (but that’s also prolly cause it’s my first grad course)
I’m taking commutative algebra as well and that’s pretty cool
It’s really cool doing them in the same term bc I get to see stuff like localization, the Jacobson radical, nakayama’s lemma, etc explored in two different perspectives :) which is very neat
in which subject(s)?
topology
i read a point-set book (conway), it would be nice to have a good reference book
gamelin/greene and willard
conway's book is also ... 64.99 for 154 pages🤦♂️
gamelin is $4.00 and free shipping ... perfect thanks so much
@trail hemlock also, i've never looked at b. mendelson's topology textbook, but @hallow oriole rather likes it
yes!
it's great!
i'm not sure i would categorize it as a reference but i love it
maybe also try kelley's topology book!
it should also be dover and some people i respect have (probably biased) rave reviews
well i found an international edition of Munkres for 8 bucks
but the dover covers are so pretty
uggg
it is a dover
but i believe people say it's rather old-fashioned
dover is like the kona coffee single origin to springer's peet's coffee
if that makes sense
i don't know what pete's coffee is
also, considering my experience with starbucks, that would imply dover is overpriced
munkres is really the ultimate reference
ehh i mean aside from refernce for pst, i DO need to learn more than just point-set
it's also good to learn out of
of course, you won't necessarily need everything from munkres depending on your interests
there are places you can get a pdf printed for cheap! if you can legally acquire the pdf and format it correctly you shouldn't have a problem
barnes and nobles will do it
libby will too
i know daminark is a big fan of lee's ITM, but the coverage is not suitable for, say, students interested in further studies in logic
not sure of shipping outside the US but printing is gonna be 10-15$
legally acquire the pdf?
yeah
i'm sure lulu can do it too
like buying it
:(
or using uni access
well we aren't allowed to talk about illegally obtaining the pdf
yeah
o_o this could work, actually
my friend has uni access
but hypothetically if you did im not sure they would check, but with things like this it's best to be cautious
but i have uploaded random pdfs to lulu and i don't think they particularly care about the origin of the pdf
yeah ... im not brave enough to do allat
just keep the file private
^
lulu?
self-publishing company
it's a library thing
oh wow
i actually have a legal (actually legal) pdf
this is the part that should work
i got a book printed from barnes and nobles, it was really easy but i don't like the cover
the restrictions on what kind of pdfs you can upload can be a bit finicky to work with
that too
im not sure it's realistic without adobe acrobat depending on the source you originally get it from
completely unrelated but adobe is a shitty predatory company and in cases like these there are some things that are 100% justified
Page Layout: The page size or orientation differs within your PDF. Please ensure that all pages are the same size and oriented the same way (Portrait or Landscape). Learn about print size and orientation.
ffs this is directly from springer pdf 🤦♂️
oh yeah
with springer the cover page is formatted differently
just delete it
it'll be weird anyways bc you'll print the cover on the first page...
you have to submit a separate cover file
yeah this is too much work
im gonna stick with the road most travelled, and go with munkres
ill get gamelin cuz its 4 dollars and why teh fuck not
on the other hand you can make your own pretty covers!
oooooooooooooh
Springer cover at home:
you: "mom can i have a springer book?"
mom: "we have springer at home"
ah beat me to it
obviously, i chose to omit any mention to springer
like...an average matte?
i go with matte
spr*nger
i just can't find a printing option for it fsr
oh i wrote a lang essay about how springer has overpriced books and so forth
got a 100
you can choose to have your cover glossy or matte though
in the design process
also another fun thing you can do is write the printing costs off as education for tax stuff
if you get the pdfs for free from uni access or something it's basically free money frfr
inb4 0 tax
@fallow cypress @weary fox
Mazel tov!
Good to hear haha
When do you guys decide you want to own a physical copy of a book?
/what makes a book one that you purchase a physical copy of
Indeed, I sprung on the opportunity to snipe
If the topic and author interest me enough
that
and usually the idea that I'll be consulting that book often in the following year or so
How much real analysis would you recommend before diving into MIRA/Folland.
Would Abbott be enough or would you want something like baby rudin, or maybe Tao's Analysis II first?
familiarity with epsilon-delta type proofs is enough for measure theory, Abbott is prob fine
Very cool!
I have failed as a teacher

what?v
I hate munkres.
particularly for self-study
pointset is on its own incredibly dry
and munkres makes it worse
somehow
it's a good reference, sure, but you'd be much better off using something like lee
u told me this and it shaped my approach to point set
which was not as dry as i thought it would be
what’s good for analytic NT?
Thoughts on Mendelson’s Topology book?
Then why choose munkres 😭
When there are much better options
Has anyone here used Schroeder's Analysis textbook?
I want to review convergence and then maybe cover the standard sequence which entails Metric Spaces, Functional Limits and Continuity and then Riemann Integration
My impressions so far has been good. The exposition motivates various proof techniques involved and there are mini commentaries on logical leaps made in the proof.
I wonder what other people here who have worked through it feel like
My other alternative is working through Abbott but I dislike the tongue and cheek approach at times and want smth that is comprehensive yet accessible
looking at the toc. It has Lesbegue measure in Chapter 3!
yeah… i think it’s a graduate text actually oops
for undergrad level real analysis… i
💀
don’t know of any good recs
tao is ridiculously difficult
Cause he leaves all important theorems as exercises…
Abbott is nice but a bit whimsical
I’m looking for some recommendations on maths books for learning the fundamentals. Maybe in the direction of discrete math + applied math that’s used in computer science. Some context: I’m a programmer working in the industry for a few years now so I have a depth of understanding when it comes to writing software, but I often find myself falling short in applied mathematics fundamentals especially when reading papers while doing research, since I work in database systems I’m reading through the hyperloglog paper but the amount of math is scary and doesn’t make sense to me LOL. I have practically zero math background and am looking to pick up some books to help remedy my stupidity in this subject.
i think it depends on the book you're going for. MIRA doesn't require metric spaces until chapter 6, which has a short review section for it
folland assumes familiarity with metric spaces. rudin or carothers should be adequate for the metric space material, but optionally you may reference gamelin/greene, magnus, or o'searcoid
@heady ember @gentle arrow
bartle and sherbert is good
Any good book on predicate logic that doesn't explain the for_all and exists operators by using set theory?
You can not explain the for all in exists, without using set theory.
i'm not sure what you mean by "not using set theory"
They all implicitly use set theory. For all means for all members of some set. And there exists means there is at least one member. of this set.

are you worried this is somehow circular?
do you know the difference between an object language and metalanguage?
I don't think she needs to know it to understand what for all and there exists are
I was trying to teach first-order logic w/o introducing set theory yet if it was possible, but maybe it isn't
You don't need to be able to read Tarski to understand those two Predicates
They need at least a little bit of set theory. I would try Peter Smith's book It's freely available on his website Introduction to First order logic. There's some mistakes in it, but he has a list of errata
well they didn't specify what their purpose was, so i assumed they were looking for some metalogic textbook like enderton (but this doesn't satisfy the criterion given ofc)
pretty much no one outside of foundations
A set theory class, their entire classes for set theory.
yes, you need a dedicated class
If you're in a discrete math class, you're touching it too
even so, the treatment can be semi-formal (lists axioms in natural language) rather than formalized in first-order logic
Yeah, i don't think discrete maths teach axiomatic set theory
semi-formal treatments include enderton, goldrei, and hrbacek/jech
No, but I'm saying they touch. set theory. I got taught the piano axioms in it. But you're right. You won't get taught ZFC.
if you're just talking about quantifiers at that level, you can just mention the intuitive semantics of the quantifiers