I was wondering if anyone knows the name of the font used in screenshot below? Thanks in advance! The proof of the "if"-part of Theorem 3.1


2 Answers 2


This seems to be Palatino, with math from mathpazo. Just to point out: you can also use this font with the more recent (and actively maintained) bundle newpx, although the math font is slightly different (the greek letters differ a bit, for example).

\subsection{The proof of the ``if''-part of Theorem 3.1}
Suppose that \(f\) satisfies multiplicative symmetries. Denote by \(\sigma(N)\) the sum of the positive divisors of \(N\). By Lemma 3.3, we have
    & \epsilon_N q^{\sigma(N)} \prod_{\substack{ad=N \\ 0\leq b<d}} \Bigl( f^{(as)} (\zeta_d^b q^{a/d}) - f^{(as)}(r) \Bigr) \\
    & = \prod_{\substack{ad=N \\ 0\leq b<d}} \biggl( 1 - \zeta_d^b q^{a/d} f^{(as)}(r) + \sum_{m=2}^\infty H_{m-1}^{(as)} \zeta_d^{bm} q^{am/d} \biggr)

It's called Palatino.

I highly recommend to look at: How do I find out what fonts are used in a document/picture? which was suggested in this comment by David Carlisle, but the top answer to that question requires you to have a PDF file with the font in it.

Fortunately, even without the PDF file I was able to recognize this font because I have used it for almost all of my papers, for example here, and here and here.

  • 1
    I did not look at all links, but in your first manuscript you seem to mix palatine text with computer modern math.
    – mickep
    Commented Oct 2, 2023 at 18:00
  • Thanks for pointing that out! I did use palatino in all of those papers, but it's true that for the first paper I also used computer modern for the math-mode parts (still the vast majority of the paper uses palatino). mickep and I had a discussion about this here in case anyone is interested. Commented Oct 2, 2023 at 18:35

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