2020-21 Department of Mathematics Events |
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JULY 2021 |
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Thurs., July 15
11:00 a.m. |
FAU's student chapter of SIAM presents:
John Gemmer, Ph.D.,Wake Forest University |
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JUNE 2021 |
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Mon., June 7 |
Micro Math Day |
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Thurs., June 17
11:00 a.m. |
FAU's student chapter of SIAM presents: Mary Silber, Ph.D.,University of Chicago
Abtract
Aflyer for the event can be found here:
https://drive.google.com/file/ Zoom: JOIN MEETING
Meeting ID: 829 1824 9336
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MAY 2021 |
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Thurs., May 6
11:00 a.m. |
Analysis and Applications Seminar: End of Semester Presentation Speaker: Dr. Michael Epstein, Colorado State University Title: Lemniscate Trees of Random Polynomials and Asymptotic Enumeration of Morse Functions on the 2-Sphere Abstract: We'll consider two problems: first we'll investigate the nesting structure of lemniscate configurations associated to complex polynomials, and in the second part of the talk we'll determine the asymptotic for the number of geometric equivalence classes of Morse functions on the 2-sphere. Both the lemniscate configurations and the equivalence classes of Morse functions are enumerated by classes of labeled trees, and both problems are amenable to the methods of analytic combinatorics. Along the way we'll introduce some of the basic techniques in this fascinating area. Join Zoom Meeting |
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Fri., May 7 |
FAU's Student Chapter of SIAM will host a movie screening event. In Silico : Director Noah Hutton embarks on a 10-year project following a visionary neuroscientist’s quest to build a computer simulation of a brain. With unprecedented access to the inner workings of a multimillion-dollar scientific project led by Henry Markram and a roster of characters that involves the who’s who of neuroscience, the audience is led on a journey that poses provocative philosophical, ethical, and scientific questions. You can find more information about the movie in the link here. The link for RSVP is here, You may also follow our new Twitter page for the updates on all the upcoming events: Twitter page, and subscribe to our YouTube channel. |
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APRIL 2021 |
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Thurs., April 1 9:00 a.m. |
MS Exam Presentation: Yan Zhang Abstract: The statistical arbitrage strategy is widely used in financial investment. Almost all of current statistical arbitrage strategies focus on the price difference (spread) between two similar assets in the same asset class and exploit the mean reversion of spreads, i.e. pairs trading. This study extends the strategy to multiple assets in the multi-asset market and derives a mean-reverting portfolio by optimizing multiple mean-reversion criteria (the method is called PGP). By performing an empirical analysis, this study shows the profitability of the new strategy. Meeting information: Time: Apr 1, 2021 09:00 AM Eastern Time (US and Canada) |
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Tues., April 6
5:00 p.m, |
FAU's Student Chapter of the American Women in Mathematics AWM presents its Mathematical Journey video series! The first showing will take place on Tuesday's Tea Time. See the flyer here. |
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Fri., April 9 4:00 p.m. |
FAU's Student Chapter of SIAM Colloquium Series presents:
Speaker: Dr. Sirani Perera, Embry-Riddle Aeronautical University
Meeting ID: 829 1824 9336
Visit and subscribe to our Youtube channel:
https://www.youtube.
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Sat., April 10 |
Florida GeoGebra Conference, 2021 (virtual conference) |
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Mon., April 12 |
MS Exam Presentation Speaker: Raneeta Dutta Title: Bezout's Theorem Abstract: A major topic of Algebraic Geometry is the study of zero sets of families of polynomials. One of the " Great Theorems " in Algebraic Geometry is Bezout's Theorem, which deals with the intersection of curves in Projective Planes. The Theorem States: Let F and G are two projective plane curves with no "common component " , where the degrees of F and G are m and n respectively. Then the number of points of intersection of F and G is mn. In this presentation, I am going to define the concept of Projective Varieties Intersection Numbers and then to prove Bezout's Theorem. Meeting information: Topic: Raneeta Dutta's MS Exam ( Presentation) Meeting ID: 555 757 3207 All are cordially invited. |
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MARCH 2021 |
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Wed., March 3 |
FAU's Student Chapter of SIAM Presents: Virtual Career Fair, 2021 |
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| Mon.-Fri., March 8-12 |
52nd Southeastern International Conference on Combinatorics, Graph Theory and Computing
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Thurs., March 18 11:00 a.m. |
SIAM: FAU Student Chapter presents Dr. Nancy Rodriguez, University of Colorado Boulder Title: A story on relocation strategies, the Allee effect, and the Ideal Free Distribution.
Zoom Link:
https://fau-edu.zoom.us/j/ Meeting ID: 829 1824 9336 Passcode: Spring2021 |
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Wed., March 24 11:00 a.m. |
PhD Dissertation Defense: Jessica Khera (Ph. D. candidate) |
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FEBRUARY 2021 |
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Thur., February 11 11:00 a.m. |
SIAM
student chapter colloquium presents: Title of Talk: Rate Induced Tipping and Climate ZOOM Information:
https://fau-edu.zoom.us/j/8291 |
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| Fri-Sat., February 12-13 |
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Fri., February 19 4:00 p.m. |
The FAU-SIAM student chapter presents Dr. Yang Kuang, Ph.D. Professor of Mathematics, Arizona State University
Please find the Zoom link and passcode below: Meeting ID: 829 1824 9336
Passcode: Spring2021
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JANUARY 2021 |
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| Tues., January 26 |
AWM- Spring semester's Tuesday Tea |
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DECEMBER 2020 |
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Tues, December 1
11:00 a.m. |
Algebraic Coding and Cryptography on the East Coast Seminar Series |
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Thurs., December 3 11:00 a.m. |
SIAM student chapter colloquium Speaker: Professor Punit Ghandi, Virginia Commonwealth University Title: Using pattern formation in the presence of spatial heterogeneity to learn about dryland ecosystems Zoom meeting information:
https://fau-edu.zoom.us/j/ Passcode: Fall2020 |
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Fri., December 4 9:00 a.m. |
Speaker: Niranga Udumulla (Masters Defense) Title: Predicting Tropical Cyclone Intensity from Geosynchronous Satellite Images Using Deep Neural Networks Advisor: Dr. Francis Motta Abstract: Tropical cyclones are among the most devastating natural disasters for human beings and the natural and manmade assets in some parts of the United States. Therefore, estimating the current and future intensity of these powerful storms is crucial to protect life and property. National Hurricane Center (NHC) is one of the professional tropical storm intensity forecasting center located in Miami, Florida. NHC and NOAA (National Oceanic and Atmospheric Administration) are responsible for the tracking, monitoring, predicting cyclone formation and evolution around the United States. My study mainly focuses on estimate tropical cyclone intensity using Geostationary Operational Environmental Satellites (GOES) images, which have been capturing high spatial resolution images (1-4km2) of most of the globe every 30 minutes for decades. Please contact Dr. Hongwei Long for an electronic copy of the thesis. A hardcopy of the thesis is not displayed in the departmental office in order to avoid multiple people touching the same hardcopy at this pandemic time. Zoom meeting information:
Join Zoom Meeting |
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Tues, December 15
11:00 a.m. |
Algebraic Coding and Cryptography on the East Coast Seminar Series |
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Fri., December 18 7:00 p.m. |
AWM to Host: End of Semester Tea Social You are cordially invited to grab your favorite tea or coffee and some popcorn to enjoy a live movie showing of The Man Who Knew Infinity .
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NOVEMBER 2020 |
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Tues, November 3
11:00 a.m. |
Algebraic Coding and Cryptography on the East Coast Seminar Series |
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Thurs., November 5 11:00 a.m. |
Analysis & Applications Seminar: Introduction to Loop Quantum Gravity
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| Fri., November 6 |
Labeled Point Pattern Matching by Delaunay Triangulation and Maximal Cliques (by Hideo Ogawa)
Join Zoom Meeting: https://fau-edu.zoom.us/j/81672738144?pwd=R1RqbkZBOVFVZ1V1TkdLaU5mbEF3dz09
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Friday, November 6 2:00 p.m. |
Annihilators and A + B Rings |
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Tues., November 10 4:30 p.m. |
Initialize a Research Project: Dr. Kalies, Dr. Lundberg, and Kenneth Dowling Join Zoom Meeting:
Meeting ID: 862 1384 5136 |
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Thurs., November 12 11:00 a.m. |
Dr. Muxin Han will give a second talk on Loop Quantum Gravity. Analysis & Applications Seminar Join Zoom Meeting |
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Fri, November 13 9:00 a.m. |
AMC-8/Middle School Math Day |
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Fri., November 13 4:00 p.m. |
Talk with Emma Thomas and Andrew Tirado
Zoom meetings: https://fau-edu.zoom.us/j/84496035157?pwd=VExvRWhmZUxwRjNoTHJ6QmlBMVZUUT09 |
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Tues, November 17
11:00 a.m. |
Algebraic Coding and Cryptography on the East Coast Seminar Series |
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Fri., November 20 12:00 noon |
Speaker: Juan Miranda will present: Title: Some Fixed-Point Theorems and Their Applications in Analysis Abstract: The fixed points of a map are important objects in analysis, and their existence gives us a simple yet powerful tool to obtain relevant results. In our set up, we prove some well-known results, as the completeness of the space C[a,b] under the d-sup metric, which complemented with fixed-point theorems leads to important conclusions. Then, we explore some fixed-point theorems, one of them Banach’s fixed point theorem, and their implications in Analysis; such as Picard’s existence and uniqueness theorem for a first order initial value problem, as well as second order. Meeting information:
Join Zoom Meeting |
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Fri., November 20
1:00 p.m. |
Developing a Deep Learning Pipeline to Automatically Annotate Gold Particles in Immunogold-labeled Electron Microscopy Images Join Zoom Meeting: https://mpfi.zoom.us/j/96032591758?pwd=L01uZTlJeGhuN0xiWEFPclJiSjV4dz09 Password: 415407 |
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Fri., November 20
3:00 p.m. |
Talk with Christian Sampson, Ph.D.
Zoom meetings:
https://fau-edu.zoom.us/j/84496035157?pwd=VExvRWhmZUxwRjNoTHJ6QmlBMVZUUT09 |
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Fri., November 20
4:00 p.m. |
P-Spaces and Their Properties
Join Zoom Meeting: https://fau-edu.zoom.us/j/89344154215?pwd=bDE4b1FUR2RXbjB4THFPbDNPbkZKQT09 |
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OCTOBER 2020 |
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Tues, October 6
11:00 a.m. |
Algebraic Coding and Cryptography on the East Coast Seminar Series
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Tues, October 20 11:00 a.m. |
Algebraic Coding and Cryptography on the East Coast Seminar Series |
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Fri, October 23 |
A Talk With David Hartmann, CEO, Silver Logic
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Sat., October 24 8:30 a.m. |
FAU Math Day for High School Students |
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Tues, October 27
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Tuesday Tea Time: Intellectual Property: Patents, Copywrites and Trademarks
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Thurs., October 29
11:00 a.m. |
An international initiative of predicting the SARS-COV-2 pandemic using ensemble data assimilation.
ZOOM: Meeting ID: 846 8652 5817; Passcode: Fall2020 |
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SEPTEMBER 2020 |
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Thurs., September 24, 2020
4:00-7:00 p.m. |
GRADUATE COLLEGE
Hopin Virtual Event Platform
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AUGUST 2020 |
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Fri., August 21, 2020 2:00 p.m. |
Speaker: Maira Verner will present: Title: Krull’s Principal Ideal Theorem and Systems of Parameters for a Local Ring Abstract: In this presentation we prove Krull’s principal ideal theorem, one of the workhorses of commutative algebra. This theorem can be generalized to ideals that are not principal, and the result is often called Krull's height theorem, which is a cornerstone of the dimension theory of Noetherian rings. It states that any minimal prime ideal of an ideal generated by n elements in a Noetherian ring has height at most n. As corollaries, we obtain the existence of systems of parameters of Noetherian local rings, and the fact that every Noetherian local ring has finite dimension. Along the way, important lemmas are proved, such as Nakayama’s lemma. Meeting information:
All are cordially invited. |
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Friday, August 28, 2020 8:00 a.m. |
Yuganthi Liyanage will present: Title: The Dual Space of the Classical Sequence Spaces in Functional Analysis Abstract: The dual space of a Banach Space plays a central role in functional analysis which deals with the space of all continuous linear functionals on real or complex Banach Space. In this presentation, we introduce the classical sequence spaces with their dual spaces and obtain some relations between them. Meeting information: Meeting link: https://fau.webex.com/fau/j.php?MTID=m7e856c4d9ad2c8bc7b30fa6ec5b5237b
Meeting number: 120 489 4640 Password: ZAdCWxMD733 Host key: 220839 All are cordially invited. |
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JULY 2020 |
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Mon., July 27, 2020 |
M.S. Student Presentation Speaker: Bishal Dhakal Title: Existence of Solutions of Initial Value Problems Abstract: In the beginning of the study of differential equations, the focus is on finding explicit solutions, focusing on solving the underlying physical problems. Then immediately after multiple questions arises, such as – if a starting point for a solution of differential equations is given, does the solution always exist? If it exists, how long does it exist and is there only one such solution? In this presentation, we are going to answer some of the above questions. We are studying this because its importance grew more and more over time then the beginning of the nineteenth century when it was first introduced by Cauchy. It is useful significantly to delay equations, functional differential equations, partial differential equations or stochastic differential equations and finite- and infinite dimensional dynamical systems. Meeting link: https://fau.webex.com/fau/j.php?MTID=m10f9a3fa0aa9f90f15abfe119933aa70 Meeting number: 120 536 8062 Password: kPK2gtfdT68 Host key: 286798 |
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Mon., July 20, 2020 4:00 p.m. |
PhD Dissertation Defense Speaker: Sunil Giri Title: Infection Age Structured Vector Borne Disease Model with Direct Transmission Advisor: Dr. Necibe Tuncer Abstract: Mathematical modeling is a powerful tool to study and analyze the disease dynamics prevalent in the community. This thesis studies the dynamics of two time since infection structured vector borne models with the direct transmission. We have included disease induced death rate in the first model to from the second model. The aim of this thesis is to analyze whether these two models have same or different disease dynamics. An explicit expression for the reproduction number denoted by R0 is derived. Dynamical analysis reveals the forward bifurcation in the first model. That is when the threshold value R0 < 1, disease free equilibrium is stable both locally and globally implying disease dies out from the population. When R0 > 1 existence of unique endemic equilibrium is locally asymptotically stable. For the second model, analysis of the existence and stability of equilibria reveals the existence of backward bifurcation i.e. where the disease-free equilibrium coexists with the endemic equilibrium when the reproduction number R02 is less than unity. This aspect shows that in order to control vector borne disease, it is not sufficient to have reproduction number less than unity although necessary. Thus, the infection can persist in the population even if the reproduction number is less than unity. Numerical simulation is presented to see the bifurcation behavior in the model. By taking the reproduction number as the bifurcation parameter, we find the system undergoes backward bifurcation at R02 = 1. Thus, the model has backward bifurcation and have two positive endemic equilibrium when R02 < 1 and unique positive endemic equilibrium whenever R02 > 1. Stability analysis shows that disease free equilibrium is locally asymptotically stable when R02 < 1 and unstable when R02 > 1. When R02 < 1, lower endemic equilibrium in backward bifurcation is locally stable Please contact Dr. Hongwei Long <hlong@fau.edu> for an electronic copy of the dissertation. A hard copy of the dissertation is not displayed in the departmental office in order to avoid multiple people touching the same hard copy at this pandemic time.
https://fau.webex.com/fau/j.php?MTID=m5c244037c6465aa0f9789775ac9c4d88 Meeting number (access code): 1200818367 Meeting password: yHreM67pMn3 Monday, July 20, 2020; 4:00 p.m.
All are cordially invited. |
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Thurs., July 20. 2020 1:00 p.m. |
Speaker: Kenneth Alex Dowling will present:
Title: Continuation in Dynamics
Meeting information: Join Zoom Meeting https://us02web.zoom.us/j/84851896573 Meeting ID: 848 5189 6573 All are cordially invited. |
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Wed., July 15, 2020
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Speaker: Amir Alipour Yengejeh Title: Survival Analysis with Cox Proportional Hazard Deep Learning Neural Networks Abstract: Survival models are used to explore and understand the relationship between individuals’ covariates (e.g. clinical and genetic features) and the effectiveness of various treatment options. There are two types of models: 1. Standard survival models: Cox proportional hazards model. 2. Nonlinear survival models: Neural network and survival forest. The main problem of standard models is that they need extensive feature engineering, prior (medical) knowledge, or pre-assumptions to model treatment interaction at individual level, while nonlinear can inherently model these high-level interaction terms. One of the conspicuous nonlinear models is DeepSurv: A Cox proportional hazards deep neural network. In this work, through the results of training DeepSurv on the simulated and real survival data, we will show that the performance of DeepSurv in modeling highly complex relationships between an individual’s covariates and their risk of failure is as well as or better than others. The capabilities of DeepSurv in the prediction and modeling can enable researchers to use deep neural network as a tool in their exploration, understanding, and prediction of the effects of a individuals' characteristics on their risk of failure. Meeting information:
All are cordially invited. |
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Wed., July 15, 2020 |
PhD Dissertation Defense
Speaker: Shaun Miller Co-Advisors: Dr. Shi Bai and Dr. Rainer Steinwandt Abstract: An adversary armed with a quantum computer has algorithms at their disposal, which are capable of breaking our current methods of encryption. Even with the birth of post-quantum cryptography, some of the best cryptanalytic algorithms are still quantum. This thesis discusses the cryptanalysis of lattice-based cryptography using classical and quantum algorithms. Several experiments are conducted concerning the efficacy of lattice reduction algorithms, BKZ and LLL. In particular, the difficulty of solving Learning With Errors is assessed by reducing the problem to an instance of the Unique Shortest Vector Problem. The results are used to predict the behavior these algorithms may have on actual cryptographic schemes with security based on hard lattice problems. Lattice reduction algorithms may require several floating-point operations including multiplication. In this thesis, I consider the resource requirements of a quantum circuit designed to simulate floating-point multiplication with high precision. Please contact Dr. Hongwei Long <hlong@fau.edu> for an electronic copy of the dissertation. A hard copy of the dissertation is not displayed in the departmental office in order to avoid multiple people touching the same hard copy at this pandemic time. Webex meeting information: https://fau.webex.com/fau/j.php?MTID=m79e714c27cf627d057abd8d8c21271e7 Meeting number (access code): 120 790 1846Meeting password: BKZBlockSize
Wednesday, July 15, 2020
1:00 pm | (UTC-04:00) Eastern Time (US & Canada) | 1 hr 30 mins
All are cordially invited. |
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JUNE 2020 |
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Tues., June 23, 2020 5:00 p.m. |
FAU's Student Chapter of the American Women IN Mathematics (AWM) presents:
'Going Virtual' Live Q & A Tea The FAU AWM Graduate Student Chapter has considered the drastic changes that COVID-19 has had on the education as well as professional standards. The requirements to transit to an all-virtual learning environment can be inconvenient even for non-beginners. This live question and answer session is to raise solutions and have an open discussion on the various resources known and used by experts to alleviate the burden on students and academic professionals working within the mathematical sciences to adjust to these changes. We hope to enhance a smoother transition to virtual learning environments and that the information will be vital for everyone involved. |
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MAY 2020 |
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Wed., May 20, 2020 3:00 pm |
MS Presentation:
Title: DYNAMIC AND CONTROL OF AUTOIMMUNE DISORDER UNDER RADIATION WebEx information:
Meeting number (access code):472 769 468 All are cordially invited. |
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Thurs., May 21, 2020 |
FAU SIAM Student Chapter Presents
Speaker: Dr. Christopher Tralie, Ursinus College
WebEx meeting information: |
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SPRING 2020 SEMESTER: JANUARY - MAY 2020 |
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January 24 - 25, 2020 |
Friday, Jan 24 - Pompano Beach High School Saturday, Jan 25 - Florida Atlantic University |
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Thurs, January 30, 2020 |
American Mathematics Competition 10/12A Annual AMC Contests for Middle and High School Students FAU Boca Raton Campus |
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Saturday, February 1, 2020 |
Florida Women in Mathematics Day FAU, Boca Raton Campus |
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Weds, February 5, 2020 |
American Mathematics Competition 10/12A Annual AMC Contests for Middle and High School Students FAU Boca Raton Campus |
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Wed, February 12, 2020 |
Algebra Seminar: Dr. Warren McGovern: Possible Theorem About Semi-Clean Group Rings |
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Thurs, February 13, 2020 |
Dr. Jason Mireles-James, Florida Atlantic University
Title: Collision dynamics in some gravitational N-body problems |
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Mon, February 17, 2020 |
Dr. Yan Zhang; Functional annotation of genomic elements using deep learning techniques |
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Wed, February 19, 2020 |
Algebra Seminar with Dr. Zvi Rose, Department of Mathematical Sciences, Florida Atlantic University
Title: Oriented Matroids and Combinatorial Neural Codes. |
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Thurs, February 20, 2020 |
Dr. Yang Li: Modeling Spatial and Spatio-temporal Process on the Sphere with Convolution |
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Mon, February 24, 2020 |
Crypto Café with Floyd Johnson, Florida Atlantic University
Title: An Introduction to Quantum Key Distribution |
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Wed, February 26, 2020 |
Algebra Seminar with Zvi Rose, Florida Atlantic University
Title: Oriented Matroids and Combinatorial Neural Codes |
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Fri, February 28, 2020 |
Title: Combinatorial Game Theory |
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Wed, March 4, 2020 |
Algebra Seminar with Robert Raphael, Department of Mathematics and Statistics at the University of Concordia
Title: The countable lifting problem and the reduced-ring partial order. |
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March 9 - 13, 2020 |
Southeastern International Conference on Combinatorics, Computing, and Graph Theory Student Hospitality Center |
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Sat, March 14, 2020 |
16th Annual FAU Math Day - RESCHEDULED FAU Boca Campus |
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Wed., April 15, 2020 |
Master's Presentation with Melissa De Jesus
Title: Stability Analysis of the SIR model |
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Fri., April 17, 2020 |
Virtual Student Presentation with Noah Corbett
Title: The Stable Manifold Theorem
WebEx information: All are cordially invited. |
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Fri., April 17, 2020 |
Ph.D. Dissertation Defense with Jorge Gonzalez
https://fau.webex.com/fau/j.php?MTID=m187e82a5cb0e7be96ef8409fd72a0ab0
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Tue., May 5, 2020 |
FAU's Student Chapter of the AWM Care To BEE Event Dr. Nina Fefferman will be joining us live on Webex for a problem-solving session based on topics from a pre-recorded webinar from NIMBioS, "The Role of Applied Math in Real-time Pandemic Response How Basic Disease Models Work" Dr. Nina Fefferman is a mathematical biologist with a long history of work on biosecurity and pandemic preparedness and response. She has consulted in this area for state and federal agencies and departments on threats including TB, Ebola, Zika virus, H1N1 2009, and many others, now including COVID-19. She is a professor in the Departments of Mathematics and Ecology & Evolutionary Biology at the University of Tennessee, Knoxville. Dr. Fefferman directs the Mathematical Modeling Center at the National Institute for Mathematical and Biological Synthesis. Abstract: It's not normally instantly obvious what mathematicians do. It's also not normal to be able to use middle-school math to help try to save the world. Right now, things are not normal. Join us for "The role of applied math in real-time pandemic response: How basic disease models work" for a presentation about how very simple, middle-school math (and much fancier versions of the same thing) can help us fight COVID-19. Be sure to register online. This conference is open to anyone interested in mathematics at FAU and neighboring institutions! Please sign up so that we can contact you with relevant information. Also, if you would like to provide a mailing address, we will be sending out promotional items (note this is optional). This initiative was made possible by the generous support of Lisa Simonyi, the IAS Women and Mathematics Program, and the FAU Department of Mathematical Sciences. |
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Mon, May 11, 2020 |
Order in Algebra and Logic Conference 2020 CANCELED |
