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| [[Walther_MA271_Fall2020_topic28|Quaternions]]
| [[Walther_MA271_Fall2020_topic28|Quaternions]]
| Group 28: Krish Gupta
| Group 28: Krish Gupta
| 29
| [[Walther_MA271_Fall2020_topic2|Schrödinger equation]]
| Group 29: Varun Chheda

Revision as of 11:36, 1 September 2020

Rhea Section for MA 271 Professor Walther, Fall 2020

Rhea Section for MA271: "Multivariable Calculus"

Professor Walther, Fall 2020


To edit: click on "user" and choose "log in" in the drop down menu. Enter Purdue ID and password. After logging in, click "actions" and select "edit". Then make the requisite changes in the editor you will see. Then click "save page" all the way down. Check that you wrote what you wanted.

Please write [[Category:MA271Fall2020Walther]] at the bottom of each of your pages,


(If you use the "Create a child page" button, this should happen automatically...)

Course Info

  • Instructor: Prof. Walther
    • Office: MATH 746
    • email: walther at math dot purdue dot edu
    • Office hours: Mon 11:30-12:30, Th 2:00-3:00 in my office or MATH817.
  • Class time and location: MTWTh 8:30-9:20 and 9:30-10:20, REC 122
  • Book: Thomas' Calculus, early transcendentals. Edition 14. You need chapters 10-16 only.

Important Links

Course Related Material


  • post link to discussion page here
  • post link to discussion page here

Other Links

Your turn! Student Projects

As per the syllabus, 10% of your grade will be based on contributing a Rhea page on a subject of your choice. To pick a subject suggested below, simply write your name next to it. (See above how to edit this page).


  • No more than four people per subject.
  • Do not remove other's people's names from projects. Rhea keeps score of edits; this is not anonymous.

Your project page will be graded based on content and presentation. Describe the subject as you see it, and report what you find interesting. Feel free to add examples, computations, etc. Links to other sources and related subjects will improve the score. Do not simply copy a book or webpage and do not plagiarize. Use your own words to say what you want to say, don't paste other people's work without acknowledging explicitly. Read Rhea's copyright policy before proceeding.

Required components: see the syllabus.

For some lovely contributions, see Honors Project 2011 by Daniel Lee.

Deadline: Sunday before finals week, December 2nd. No changes after that will be taken into account.

Topic Number Topic Description Team Name
1 The Galois group Group 1:
2 Markov chains Group 2: Yi Li
3 The fundamental group Group 3:
4 Cluster algebras Group 4:
5 Hyperplane arrangements Group 5:
6 Milnor fibers Group 6:
7 Riemann surfaces Group 7: Rebecca Jennings and Brad Abelman
8 Modular forms Group 8:
9 The Laplace operator Group 9: Tim Fuller
10 Littewood--Richardson rules Group 10:
11 Calabi--Yau manifolds Group 11:
12 Elliptc curves Group 12:
13 Fisher information Group 13:
14 Feynman integrals Group 14: Shubham Shrivastava
15 Goedel incompleteness Group 15: Sean Woerner
16 Curse of dimensionality Group 16:
17 Fractals Group 17: Harry Lee
18 Haar measure Group 18:
19 Cauchy's residue theorem Group 19:
20 Fourier transforms Group 20:Luke Oxley
21 Nyquist's theorem Group 21: J. Michael Worthington
22 Hyperbolic spaces Group 22:
23 Single value decompositions Group 23:
24 Hilbert's Nullstellensatz Group 24:
25 Maximum principle in analysis Group 25: Alex Beers
26 Banach spaces Group 26:
27 Penrose tilings Group 27:
28 Quaternions Group 28: Krish Gupta
29 Schrödinger equation Group 29: Varun Chheda

Alumni Liaison

Ph.D. 2007, working on developing cool imaging technologies for digital cameras, camera phones, and video surveillance cameras.

Buyue Zhang