Stony Brook Math Club
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Math Club aims to build a community among undergraduate students who enjoy math, either as a career path or a hobby. We organize introductory talks, study groups, fun events, etc and connect students with the people and resources they need to explore the different fields of mathematics.
If you would like to receive information about our activities, please join the Google email list,Facebook group, or follow Twitter @SBUMathClub and Google Calendar.
There are weekly meetings on Wednesdays at 7pm, P-131 Math Tower. Contact the organizers at sbumathclub@gmail.com
The website for the students organized talks is here.
About once a month there are talks during the Campus Lifetime (Wednesdays at 1pm) in Math P-131. Pizza is always provided!
Below is a list of the talks (the title is linked to the videos. All videos can be found here).
March 27, 2019 | Alfreda James | Career Options for Math Majors | Abstract |
Nov 12, 1018 | Ben Orlin | The Unlikely Friendship of Math and Science | |
Oct 10, 2018 | Gary Mar | Goedel's Theorems, Time and God: A Modal Magical Mystery Tour | |
Oct 8, 2018 | Samuel
Grushevsky, Ljudmila Kamenova, Christian Schnell |
Putnam related problems and tips | |
October 18, 2017 | Arie Hinkis | How can mathematical proofs be compared? | |
April
19, 2017 |
Joe Malkevitch | Euler's Polyhedral Formula Still Inspires New Geometrical Results | |
Dec
7, 2016 |
Jean Taylor | Conjectured Cluster Mechanism for Growth of Some Complex Crystals (including Quasicrystals) | |
Dec
7, 2016 |
Jean Taylor | Women and Mathematics: What has changed? | |
November 2, 2016 | David Saltman | Breaking Enigma the first time | |
Thursday Sept. 8th, 1pm, P-131 | Yuval Peres | Learning with a perfect expert: How much weight should majority opinion carry? | Abstract |
March 2nd, 2016 Physics 117 | Matthieu Arfeux | A quick trip through fractals |
Abstract |
February 17th, 2016, 1pm Physics 117 |
Tanya Khovanova | Cookie Monster Plays Games | Abstract |
October 28, 1pm, 2015 P-131 | Alexander Kirillov | Quivers and their representations | Abstract |
September 30th, 2015, SCGP 103, 1pm | Simon Donaldson | Four dimensional manifolds | Abstract |
Tuesday May 5th, 2015, 1pm, P-131. | Hugo Parlier | Puzzles, Triangulations and Moduli Spaces | Abstract |
April 27th, 2015, 1pm, P-131 | Joe Mitchell | Optimal Enclosures and Peeling
Potatoes: Computing Outer and Inner Approximations of Shapes -- A Computational Geometry Perspective |
Abstract |
October 8th, 2014, 1pm, P-131 | Yaar Solomon | How to tile the plane non-periodically? | Abstract |
September 10th, 2pm, P-131 | Nick Trefethen | Numerical computing with Chebfun | Abstract |
Friday April 11th 2014, 2:30pm Physics P116, | Jason Cantarella | Robot Calculus, or how to always win at bean bag toss (if you are a robot) | Abstract |
March 5th, 2014, Math P-131 | Irwin Kra | What
is a (compact) Riemann surface?
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Abstract |
Thursday February 13th 2014, 1pm, Math p-131 | Russell Lyons | From Coin Tossing to the Drunk Lamplighter | |
November 12th 2013 1pm Math P-131 | Arnaud Cheritat | Straightening the square | Abstract |
October 9th 2013 1pm Math P-131 | Thomas Hales | How
to do math without blunders
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Abstract |
September 11th 2013 1pm Math P-131 | Tony Phillips | Geometry of polyhedral surfaces, gravitational lensing and the Aharonov-Bohm experiment | Abstract |
April 10th 2013,1:00pm, Math P-131 | Phillip Webster | Fractal Islamic Geometric Patterns Based on Arrangements of {n/2}Stars. | Abstract |
February 6th 2013,1:00pm, Math P-131 | Joe Mitchell | Guarding Art Galleries, Patroling Prisons, Shoveling Snow, and Surveying Planets. | Abstract |
October 24th 2012,
12:50pm, Math P-131 |
John Morgan |
The
mathematics behind the umbilic torus |
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September 19th 2012, 12:50pm, Math P-131 | Dennis Sullivan | Stories about Bill Thurston and related mathematics. | Abstract |
April 11th 2012, 12:50pm, Math P-131 | Dusa McDuff | Embedding questions in symplectic geometry: an elementary introduction. | Abstract |
February 1st 2012, 12:50pm, Math P-131 | Jim Simons | My Life and Times in Mathematics. | |
December 7n 2011, 12:50pm, Math P-131 | Mikhail Lyubich | The Mandelbrot set and the Riemann Mapping Theorem. | Abstract |
November 2n 2011, 4:30pm, Math P-131 | Bernie Maskit | Complex structures on a torus. | Abstract |
October 28, 2011, 4:30pm Math P-131 | Maria Hempel | Flexible Polyhedra. | Abstract |
October 5, 2011, 12:50-1:45pm, Math P-131 | Chris Bishop | How to draw a conformal map. Slides of the talk. | Abstract |
April 13, 2011, 12:50-1:45pm, Math P-131 | George Hart | Mathematics and Art | Abstract |
March 9, 2011, 12:50-1:45pm, Math P-131 | Marianna Csornyei | On the Visibility of Invisible Sets | Abstract |
December 1, 2010, 12:50-1:45pm, Math P-131 | Alex Kontorovich | Primes in Circle Packings | |
October 27, 2010, 12:50-1:45pm, Math P-131 | Jack Milnor | Geometry of growth and form | |
September 29, 2010, 12:50-1:45pm, Math P-131 | Scott Sutherland | Complex polynomials and branched covers | |
April 21, 2010, 12:50-1:45pm, Math P-131 | Marco Martens | Cantor Sets and Chaos | Abstract |
March 17, 2010, 12:50-1:45pm, Math P-131 | Alex Kunin | Origametry | Abstract |
February 3, 2010, 12:50-1:45pm, Math P-131 | Jeremy Kahn | A simple proof of the Vaan der Waarden theorem | Abstract |
November 18, 2009, 12:50-1:45pm, Math P-131 | Oleg Viro | Can straight lines be interlaced? | Abstract |
October 14, 2009, 12:50-1:45pm, Math P-131 | Chris Arettines | Visualizing curves and their intersections on surfaces | Abstract |
Let ABCD be a quadrilateral inscribed in a circle with center O so that the angles DAO and BAC are the same. Show that the diagonals, AC and BD, in ABCD are perpendicular. pdf
April 2010 | problem and solution | Winners: Du Huang, Ahmad Rafiqi, Kevin Sackel ('13) | Prize: The Poincare Conjecture: In Search of the Shape of the Universe by Donal O'Shea | |||
February 2010 | problem and solution | Winners: Kevin Sackel ('13), Ren Yi ('11) | Prize: Music of the Primes by Marcus du Satoy | |||
November 2009 | problem and solution | Winner: Kevin Sackel ('13) | Prize: Algebra by Michael Artin |
If you'd like something more challenging, try this or Conjecture 1 at the bottom of page 3 here; the footnote on page 1 and everything on pages 4-6 can be ignored. This would make an excellent honors thesis, as well as an actual research publication.