May 26, 2016
V. Bonini, J.M. Espinar, and J. Qing, “Hypersurfaces in Hyperbolic Space with Horospherical Support Function,” Advances in Mathematics, 280 (2015) 506-548.
T.A. Grundmeier, “Developing the Problem Posing Abilities of Prospective Elementary and Middle School Teachers”. In (Eds.) J. Cai, N. Ellerton, and F.M. Singer, Mathematical Problem Posing: From Research to Effective Practice. Springer. (2015)
C. Gu, “The (m,q)-isometric weighted shifts on lpspaces,” Integral Equations Operator Theory, 82 (2015) 157-187.
C. Gu, “Functional calculus for m-isometries and related operators on Hilbert spaces and Banach spaces,” Acta Sci. Math. (Szged) 81 (2015) 605-641.
C. Gu, “Structures of left n-invertible operators and their applications,” Studia Mathematica, 226 (2015) no. 3, 189-211.
J.F. Hall and T.D. Todorov, “Ordered Fields, the Purge of Infinitesimals from Mathematics and the Rigorousness of Infinitesimal Calculus,” Bulgarian Journal of Physics, 42 (2015) 99-127.
J. Kautzsch, M. Keßeböhmer, and T. Samuel, “On the convergence to equilibrium of unbounded observables under a family of intermittent interval maps,” Ann. Henri Poincaré, 17 (2016) no. 1, 1424-0661.
B. Li, T. Sahlsten and T. Samuel, “Intermediate β-shifts of finite type,” Discrete Contin. Dyn. Syst., 36 (2016), no. 1, 323-344.
E. Pearse, S. Kombrink, and S. Winter, “Lattice-type self-similar sets with pluriphase generators fail to be Minkowski measurable,” Mathematische Zeitschrift (2016) to appear.
E. Pearse and P.E.T. Jorgensen, “Symmetric pairs and self-adjoint extensions of operators, with applications to energy networks,” Complex Analysis and Operator Theory (2016) to appear.
J. Remmel and A. Mendes, Counting with Symmetric Functions (Developments in Mathematics). Springer. (2015)
T.D. Todorov, “Steady-State Solutions in an Algebra of Generalized Functions: Lightning, Lightning Rods and Superconductivity,” Novi Sad Journal of Mathematics, 45 (2015), no. 1.
Todd Grundmeier received the University Distinguished Teaching Award.
Kate Riley received the Most Supportive Professor award from Cal Poly’s Society of Women Engineers.
Tony Samuel received a grant from Deutsche Forschungsgemeinschaft - Sachbeihilfe in Germany titled Diffusion on Irregular Sets. He will work with Marc Keßeböhmer and Malte Koch. Along with Erin Pearse and John Rock of Cal Poly Pomona, Samuel also received a grant from the National Science Foundation to host the Summer School on Fractal Geometry and Complex Dimensions.
Stan Yoshinobu received a grant from the National Science Foundation for a five-year project to increase the nation’s capacity for inquiry-based, or active, learning in college mathematics courses. This project will expand faculty workshop offerings by training regional workshop leaders. The goals of the project are to offer 12 week-long workshops, and several short workshops to recruit faculty and departments interested in research-based, active-learning teaching methods. Read more about the inquiry-based learning project.
In summer 2015, students Colin Schaefer and Alex Cheng traveled with Danielle Champney to Austin, Texas, to present at the Legacy of R. L. Moore and Inquiry-Based Learning (IBL) Conference. The trio presented the talk "Stories of Empowerment: the IBL experience for non-math majors in an upper division math course." The students shared their IBL experiences in both interviews and a student panel.
Todor Todorov presented a talk titled “Large Steady-State Solutions of Ordinary Differential Equations in an Algebra of Generalized Functions” at the International Conference on Generalized Functions. Todorov also presented the talk “A Ring of Fermat Reals with Invertible Infinitesimals” at the Workshop on Generalized Functions and Non-Standard Analysis, organized by the University of Vienna.
In fall 2015, Danielle Champney co-taught a course on project-based learning for future teachers with mechanical engineering professor John Chen. The projects focused on wheelchair accessibility. Students designed wheelchairs and built scale models using the engineering equipment and labs. Cal Poly math alumnus and local teacher Ben Woodford (B.S., Mathematics, 2012; Single Subject Credential, Mathematics, 2014) assisted with the students' projects and shared his experiences using project-based learning to teach high school math.
Elsa Medina and Todd Grundmeier led two summer workshops for 50 Noyce scholars from the western U.S. Summer 2015 was the eighth Cal Poly summer workshop for Noyce scholars and focused on functions. Activities were developed around “Putting Essential Understanding of Functions into Practice” published by the National Council of Teachers of Mathematics (NCTM), and “Using Research to Improve Instruction: 2014,” also published by NCTM. During the workshop, participants engaged in problem-solving activities and discussions and attended scholarly presentations.
In June, Tony Samuel, Erin Pearse and John Rock from Cal Poly Pomona will host an international group of mathematicians will gather to teach and lecture on fractal geometry and complex dimensions. The conference will emphasize student participation. On the first day, students will be introduced to the fundamental concepts of fractal geometry — noninteger dimension, self-similarity, etc. There will also be three mini-courses taught throughout the summer school and a variety of more specialized talks, discussions and open problem sessions. For more information, visit the conference website.
May 26, 2016
The Cal Poly team — which consisted of Brian Jones, Christopher Hurley and Michael Blakeman — placed 84 out of 554 participating institutions at the annual William Lowell Putnam Mathematical Competition. Other Cal Poly students competed as individuals. This year’s contest was a difficult one, even by the standards of the Putnam Competition. The median score was 0 out of 120.
The best individual scores at Cal Poly were from Michael Boulos with a score of 12 points for a ranking of 504.5 out of 4,275 competitors followed by Michael Blakeman and Alex Radermacher with 11 points each. The six-hour exam consists of 12 problems solved in two three-hour sittings, no calculators allowed.
Mathematical Contest in Modeling
Four Cal Poly teams competed against more than 7,400 international teams from 13 countries in this year's Mathematical Contest in Modeling. The teams earned two Meritorious Awards, given to teams in the top eight percent; one Honorable Mention, given to the top 44 percent, and one Successful Participant. Only 35 teams, or 0.05 percent, placed above Meritorious Award.
May 4, 2016
The Mathematics Department needs space for students and faculty to collaborate. A new privately-funded building provides the answer.
In the video below, math faculty and students explain why the need for room is vital to Cal Poly's Learn by Doing philosophy:
Watch extended interviews with mathematics students Caleb Jean-Luc Orion Miller (top left),Heidi Keas (top right), Kevin de Szendeffy (bottom left), and Matthew Varble (bottom right).
Oct 8, 2015
SAN LUIS OBISPO — Thanks to a $3 million grant from the National Science Foundation, Cal Poly’s Academy of Inquiry Based Learning will lead an effort to increase active learning in college math classes across the nation, with research support from the University of Colorado, Boulder’s Evaluation and Ethnography Research unit.
Active learning — also known as inquiry-based learning (IBL) — has been shown to reduce math anxiety and close the gender achievement gap in math classes.
IBL is a student-centered approach that is significantly different from traditional lecture-based math classes. Students are given problems and tasks that lead them through an exploration of mathematical strategies and skills. With instructor guidance, students form their own understanding of mathematical concepts rather than focusing on finding answers. The system allows students to learn from their failures and recognize trial and error as an integral part of the learning process.
“You need to actively engage students so that they construct their own understanding and ask their own questions, so they become better thinkers,” said Stan Yoshinobu, director of Cal Poly’s Academy for Inquiry Based Learning and one of the project’s leaders. “This approach is confirmed by brain research about how people learn.”
Research has shown that IBL reduces math anxiety by focusing on the process of doing mathematics rather than just memorization. This benefits all student populations, including women and minority groups. IBL also mitigates the gender gap currently found in math and science classes. In IBL courses, men and women earn similar grades and continue taking math courses at the same rate.
“We can start addressing some serious social issues by changing how we teach,” Yoshinobu said. “We can make a practical impact.”
Because IBL is so different, professors who want to use it in their class need training. “When you teach through inquiry, you have to adapt to your students in real time and help them get over their obstacles,” Yoshinobu said.
Currently, there is a shortage of trainers, and a limited number of faculty members nationwide have access to IBL workshops each year. This grant aims to triple the number of workshop leaders and add variety to the types of workshops that can be offered to better meet the needs of math instructors.
“As math professors, we can do our regular job in a different way and make a difference in students’ lives. The purpose of this project is to increase the number of people doing that,” Yoshinobu said.
Apr 10, 2015
SAN LUIS OBISPO — Cal Poly and the Santa Maria-Bonita School District received a $1.8 million California Mathematics and Science Partnership grant from the state Department of Education for a program to improve elementary and middle school student achievement in mathematics.
With this funding, Cal Poly will offer a three-year mathematics development program for local teachers called Central Coast STEM Institutes. The program will help teachers develop a curriculum that links mathematics to the real world.
"What we're trying to do is adapt the Cal Poly model of Learn by Doing into mathematics units for third- through eighth-grade teachers," said Kate Riley, a mathematics professor at Cal Poly who will lead the program.
Over the course of three years, 76 teachers from the district will receive substantial instruction in mathematics content and best teaching practices. They will partner with Cal Poly education and mathematics faculty members to construct curriculum modules — a group of lessons that include a hands-on activity — for example, creating scale architectural models to understand ratios and proportions. The curriculum modules will also align with the new Common Core State Standards.
"Applying mathematics in other contexts, such as simple engineering projects, helps students gain a conceptual understanding. It helps them relate math to the real world," Riley said. "In the 21st century, students need to move beyond ‘add, subtract, multiply and divide’ and into the application of mathematics."
A number of Cal Poly engineering faculty will be co-instructors, guiding teachers as they develop projects to take back to their classrooms. Central Coast community members who work in the engineering industry will also participate.
"Central Coast STEM Institutes will have a huge positive impact on our district," said Olivia Bolaños, director of curriculum and instruction for the Santa Maria-Bonita School District. "With the Common Core State Standards still being relatively new, our third- through eighth-grade teachers have this wonderful opportunity to learn how to teach differently and give our students the 21st century skills and engineering practices they need to be college and career ready."
Through an online platform, teachers who participate in the program will be able to share the curriculum they develop with their colleagues in the district and teachers throughout the state. The program also includes a peer evaluation and improvement process that will allow teachers to collaboratively improve the curriculum over time.
"We think this model will create and sustain positive change in the district and hopefully statewide," Riley said.
Apr 3, 2015
The results of the 2014 Putnam Exam are in! A total of 4320 students from 577 colleges and universities in the United States and Canada competed this year, and the Cal Poly team did quite well once again, earning an overall team rank of 84th out of 431 teams. Congratulations to team members Brian Jones, Michael Blakeman and Felipe Pegonoro!
Jul 25, 2014
Another day, another reason to get better at math.
It’s no secret that quantitative skills are in high demand on the job market—one analytics recruiter recently told The Journal that workers who can’t crunch numbers may ultimately face a “permanent pink slip.”
Now, a new ranking from the job-search website CareerCast.com names mathematician as the best occupation of 2014. “Math skills unlock a world of career opportunities,” publisher Tony Lee said. (Cue the Square One theme, and tune in Mathnet.)
Data whizzes of all stripes fared well in the annual list: Statisticians (No. 3), actuaries (No. 4) and computer systems analysts (No. 8) all landed near the top.
Mathematicians pull in a midlevel income of $101,360, according to CareerCast.com, and the field is expected to grow 23% in the next eight years. Other high earners include actuaries and software engineers, who can expect to earn about a midlevel income of $93,000 per year.
Jul 25, 2014
Cal Poly has been rated the best public-master’s university in the West in the U.S. News and World Report’s 2014 America’s Best Colleges guidebook — the 21st consecutive year the university has earned the label.
Cal Poly ranked ninth in the magazine’s overall list of the West’s best universities, including both public and private institutions that provide “a full range of undergraduate and master’s-level programs but few, if any, doctoral programs.” U.S. News ranks colleges that grant doctoral degrees, such as those in the University of California system, in a separate category.
“Cal Poly’s excellence is deep and enduring, as shown by our continued success in this prestigious ranking,” said Cal Poly President Jeffrey D. Armstrong. “This honor belongs to our dedicated faculty and staff members, who provide the backbone of the Learn by Doing experience. And it belongs to our loyal alumni, whose generous support enriches the educational experience that transforms our students into the innovative leaders and resourceful professionals who can help solve society’s most difficult challenges.”
Jul 25, 2014
Amélie Schinck-Mikel, a first-generation college graduate, said she remembers the first time she stepped onto a college campus.
“It was just awe-inspiring,” she said.
Elsa Medina, also a first-generation college graduate, added “scary” and overwhelming, too.
“In my family, there was no one who would guide me in the process, and (college application is) a very extensive process,” she said.
The two women, now Cal Poly math professors, direct a one-week summer Math Academy, which began Monday and ends Friday. The academy, founded in 2012, encompassed three college visits into math-focused programming. But grant restrictions have since rendered previously available funding for the college travel obsolete.
Jul 7, 2014
Contact: Morgan Sherman
SAN LUIS OBISPO — Results were released for the 2013 Putnam Math Competition, and Cal Poly placed an impressive 36th out of 557 schools participating. This is Cal Poly's second top 50 finish in three years on the notoriously difficult annual exam taken by undergraduates.
"To put it in perspective, this is like making it to the third round of the NCAA basketball tournament but with 200 more teams vying for a spot to begin with," said Professor Jonathan Shapiro, who coached the team in past years.
The six-hour exam consists of 12 problems solved in two three-hour sittings, no calculators allowed. Each school selects three students whose scores determine that school’s ranking. Out of a possible 120 points, the median score for the 2013 exam was one point.
Brian Jones was the top scorer for Cal Poly with 30 points and an overall ranking of 266th out of 4,113 competitors, which placed him in the top six percent. Matthew Rodrigues scored 28 points for a rank of 365th, and freshman Michael Boulos scored 10 points for a rank of 1,324th.
Other Cal Poly students who scored on the Putnam Exam but whose scores did not count toward the final ranking include Lumin Sperling and Tyler Jorgens with 10 points each and Derek Tietze and Michael Bower with eight points each.
"We are very excited about our students' performances," said Professor Morgan Sherman, who coached the team this year. "The exam focuses on creativity and problem-solving skills, areas where Cal Poly students excel, and we see that they can compete with some of the best schools in the country."
For more on the competition and the 2013 results, go to the website for the Mathematical Association of America.
About the Putnam Competition
The William Lowell Putnam Mathematical Competition, often abbreviated to the Putnam Competition, is an annual mathematics competition for undergraduate college students enrolled at institutions of higher learning in the U.S. and Canada, and Tel-Aviv University. It awards scholarships with cash prizes ranging from $250 to $2,500 for the top students and $5,000 to $25,000 for the top schools. The top 10 individual finishers get tuition waived at Harvard. It is considered by many to be the most prestigious university-level mathematics exam in the world. The competition was founded in 1927 by Elizabeth Lowell Putnam in memory of her husband William Lowell Putnam, who was an advocate of intercollegiate intellectual competition. The exam has been offered annually since 1938 and is administered by the Mathematical Association of America.