The AMS and MAA have recently published (and made available online) a collection of essays entitled “Living Proof: Stories of Resilience Along the Mathematical Journey”. Each author contributes a story of how they encountered some internal or external difficulty in advancing their mathematical career, and how they were able to deal with such difficulties. I myself have contributed one of these essays; I was initially somewhat surprised when I was approached for a contribution, as my career trajectory has been somewhat of an outlier, and I have been very fortunate to not experience to the same extent many of the obstacles that other contributors write about in this text. Nevertheless there was a turning point in my career that I write about here during my graduate years, when I found that the improvised and poorly disciplined study habits that were able to get me into graduate school due to an over-reliance on raw mathematical ability were completely inadequate to handle the graduate qualifying exam. With a combination of an astute advisor and some sheer luck, I was able to pass the exam and finally develop a more sustainable approach to learning and doing mathematics, but it could easily have gone quite differently. (My ~~20~~ 25-year old writeup of this examination, complete with spelling errors, may be found here.)

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27 June, 2019 at 11:58 am

omarleoblogThanks so much.

27 June, 2019 at 12:21 pm

little manYou are a gem. I am struggling with my scientific career since about 25 years and such experience reports help me a lot to cope with my fate.

27 June, 2019 at 12:54 pm

Allen KnutsonHa! I remember that occasion. You cut down on gaming afterward, you say? _That_ I don’t remember.

27 June, 2019 at 1:17 pm

Terence TaoHaha, well I didn’t specify how quickly that happened and to what extent :-). I did phase the gaming out though over the next two or so years, though not completely; a combination of having the time displaced by actual research, and also losing regular access to the graduate college computer room…

27 June, 2019 at 10:56 pm

AnonymousNow I have to ask what games you were into! Was computer gaming already a thing in that era, or are we talking about Hex, chess variants, Avalon Hill / D&D, or that sort of thing? I’m sure lots of us want to know…

28 June, 2019 at 8:19 am

AnonymousI’m the same age and in that era we had games like quake, diablo, starcraft, warcraft 2, command and conquer, baldur’s gate, civilization 2, grand theft auto, etc.

15 August, 2019 at 5:51 am

AvantiDear Terence,

Since you are a prodigy with such a high IQ I was wondering how come you didn’t memorize the pages of the textbook verbatim for your generals? I mean you could then recall the theorems and proofs without necessarily understanding them but sufficient for the purposes of the exam.

27 June, 2019 at 2:12 pm

David DavisGlad it worked out.

27 June, 2019 at 3:38 pm

AnonymousWow! ‘Living Proof: Stories of Resilience Along the Mathematical Journey’ is very good! And I can relate to it…

Best wishes and success to all! And please stay passionate about mathematics and learning.

We are lucky since mathematics is the best science! :-0

28 June, 2019 at 3:56 pm

AnonymousSome Food for Thought:

“Science is an adventure of the human spirit. It is essentially an artistic enterprise, stimulated largely by curiosity, served largely by disciplined imagination, and based largely on faith in the reasonableness, order, and beauty of the universe.” — Warren Weaver.

29 June, 2019 at 5:53 am

Anonymous‘So you want to be a mathematician?’ is a good story too.

Relevant Reference Link:

https://anthonybonato.com/2017/08/23/so-you-want-to-be-a-mathematician/

28 June, 2019 at 1:50 am

AnonymousWhat happens if you fail the general? Do you get to take it again?

28 June, 2019 at 2:22 am

AnonymousUnfortunately, several famous young mathematicians (Abel, Eisenstein, Riemann, Ramanujan) died from tuberculosis.

28 June, 2019 at 5:20 am

AnonymousSome well known bad examples are

1. Galois repeated failure to pass entrance examinations to the Ecole Polytechnique (because he made too many logical leaps that baffled his examiners.)

2.Ramanujan lost his fellowships by neglecting all non-mathematical courses.

3 Einstein as a student also neglected his studies and prepared only few weeks before the examinations (with the help of the well written lecture notes made by his friend Marcel Grossmann.)

28 June, 2019 at 11:39 am

AnonymousI’m reminded of the Calvin & Hobbes where Calvin says “you know how bad Einstein’s grades were as a kid? Well, mine are even worse!”.

28 June, 2019 at 5:34 am

mathtuition88Reblogged this on Singapore Maths Tuition and commented:

Very inspirational collection of essays on stories of resilience in the lives of mathematicians.

28 June, 2019 at 11:38 am

TIL that Terence Tao struggled to pass his qualifying exams at Princeton and benefitted from "some sheer luck." - Nevin Manimala's Blog[…] by /u/boutandabout [link] […]

29 June, 2019 at 1:28 am

Melissa TacyIt’s great to see AMS and MAA getting into this kind of thing, particularly as it seems like they have recruited over a pretty wide range of mathematicians. It’s important to hear stories and advice not only from those who have had exceptional careers (though it is reassuring to know that even they have had occasions where things haven’t gone to plan) but also from people who have been successful in a more “normal” path.

29 June, 2019 at 5:25 am

1900Hello, I found an interesting phenomenon, but my math ability is very poor, I can’t check it in more places, but I think this phenomenon will be very useful.

A new solution to the Hilbert hotel paradox(the real nature of 0)

0 is a combination of real and virtual numbers. When the observer looks at it from different angles, it will show different properties.

When 0 tends to infinitesimal , it is infinitely close to real, we denote it 0↓;

When 0 tends to infinity, its infinity is close to imaginary, we denote it 0↑；

Then when a guest wants to stay in a hotel with unlimited guests, whether he can live in it depends on whether the hotel is real or virtual;

It is expressed as follows by mathematical formula:

1+0↓=1 Then the guest can’t enter the hotel because every house has a corresponding guest (you can understand that 0 tends to infinitesimal,if someone can only count to 9, the number 10 for him is an infinite number,then in his understanding the hotel can only accommodate a maximum of 9 people, so new guests can not stay at the hotel);

1+0↑=0↑ Then the guest can stay in the hotel, because there are infinite rooms, there must be room for the limited guests (ie, if someone can count 10 in the previous example, then customers can be arranged)

The virtual and real properties of 0 can also be reflected in other operations, as follows:

1×0↓ =0↓ 1×0↑=0↑ So 1×0=0

1÷0↓=0↑ 1÷0↑=0↓ So 1÷0=0

(If the understanding of the real and virtual Numbers is difficult, then if you compare people to 0, you will understand a little better; people’s thinking is virtual, the human body is real; that is, when you see a person lying flat, his next action is 0, I call it behavior association,and we’ll talk about that if you’re interested.)

30 June, 2019 at 12:35 am

AnonymousAn extraordinary example of resilience was given by Hawking who was able to cope with his illness for decades and still remaining a leading physicist.

1 July, 2019 at 3:10 am

Living Proof | Solvable by Radicals[…] am going to add my voice to the others talking about Living Proof (which was originally brought to my attention by a biology […]

10 July, 2019 at 10:51 pm

Augusto Gabriel RodriguesDear professor i am from Angola. We would like to know If you accept ti visit our country!

14 July, 2019 at 5:14 pm

Arsene1412Thanks for sharing this, It is very encouraging to remember that other people beside myself are going through the same road.