Global Joy: Uplifting Mathematics in Classrooms Across the Planet

During a special week in October of 2017 a global phenomenon in mathematics education and outreach occurred: thousands of math teachers, club organizers, and math outreach leaders from over 150 different countries and territories opened their classroom doors and engaged in a common, joyous piece of school-relevant mathematics with over 1.7 million students. In Saudi Arabia, pony-tailed girls played with colored magnetic discs stuck to a metal wall. In New York, high-school students drew illustrations on white boards and students in Tanzania did the same on chalk boards. In Zimbabwe, students made hollows in the ground and excitedly pushed pebbles back and forth between the holes. And in Serbia, middle-school students played with dots in boxes on their laptops though an online app.

Saudi Arabia, October 2017
New York City and Tanzania, October 2017.

And the global phenomenon occurred again in October of 2018, this time reaching well over 5 million students with the same powerful piece of uplifting mathematics. Both years all was volunteer, all was grassroots, and all was propelled by our beautiful community of teachers across the globe simply wanting to share joyous, meaningful, connected, and genuine mathematics with their wonderful students.

Tanzania, October 2018.
Portugal, October 2018.

What kind of classroom-relevant mathematics has the power to enthrall students across the entire planet, transcending language, borders, and technology? And what flames were lit to first propel this mathematics across the globe?

The Global Math Project

It all started back in 2015 when Jill Diniz, Director of Mathematics Curriculum at Great Minds, said to me on a call: “Hey, James! Have you heard of Code.org? We should do for math what The Hour of Code has done for computer coding.”

Founded in 2013, the Hour of Code set out to prove to students across the globe that coding is accessible, exciting, and relevant for all. They declared an annual special week for coding and invited students to simply spend one hour some time during that week trying a coding activity from their website — be it an exercise with paper and counters to learn about binary arithmetic or a full-on programming experience. The fact that this was a semi-synchronous experience was a brilliant idea: students felt, no matter at what level of sophistication they were working, that they were part of a global community of learners. Students happily devoted an hour of extra-curricular time trying coding and the popularity of the enterprise grew in exponential leaps and bounds. The Hour of Code has currently served well over 600 million students.

Could we set about creating the analogous experience for mathematics?

There was one serious problem with the idea. Coding is perceived by the general populous as a priori exciting and interesting, and when opportunities are offered as points of entry to it, folk, young and old, will happily give up an hour of their own free time to give it a try. Would people willingly also give up an hour of their free time for extra-curricular math? Unlikely!

The sad truth is that, by and large, mathematics is feared and perhaps even openly disliked in the popular culture of the majority of countries across the globe. At the very least, math is often perceived as “hard” and “sterile,” perhaps even remote, and unforgiving. People don’t naturally associate words such as “joyful,” “human,” “creative,” and “organic” with the subject, and certainly would not, for the most part, think it fun to voluntarily sign up for an hour of math.

So did that mean we thought the idea was doomed? Actually not. We realized we had an advantage over computer science: students are already engaging in mathematics many days of each and every year. And, moreover, we had a whole community of adults already working with these students on this very subject: their math teachers!

Teachers are the world’s best and most fabulous advocates of mathematics for our next generation, so we decided we focus on bringing a global math experience to the teachers of the world, who would then conduct a similar experience with their students. Approached in this way, a successful global week dedicated to mathematics seemed feasible.

So I then set about to find a team of people to join Jill and me in hashing out a plan to create a Global Math Week for the world. We became a team of seven with Brianna Donaldson, Director of Special Projects at the American Institute of Mathematics; Cindy Lawrence, Executive Director of the National Museum of Mathematics; Derarca Lynch, of New York University of Abu Dhabi; Raj Shah, Founder of Math Plus Academy; and Travis Sperry, now a Software Developer for CoverMyMeds. We met for a week-long planning and brainstorming session, dubbed ourselves the Global Math Project team, and set about organizing a Global Math Week. We are grateful to the American Institute of Mathematics for adopting us as a Special Project of the Institute, thus providing us with meeting space and some administrative support.

Some Parameters

The ultimate goal of the Global Math Project is bold and audacious: To shift the entire world’s perception of what mathematics can, and should, be. And as the world’s primary encounter with mathematics is school mathematics, that means demonstrating, in a genuine and direct way, that classroom mathematics can and does, in and of itself, serve as a portal to a genuine, meaningful, and connected human experience. We want to prove that curriculum-relevant mathematics is uplifting for the mind and for the heart.

At the same time we must be universal and not speak to any particular curriculum. Our work must be simultaneously curriculum-relevant and curriculum-agnostic!

And on a practical front, to achieve global impact and scale with modest means, this project must be conducted primarily through grassroots volunteer efforts, building on the enthusiasm and passion of ground-level folk.

We identified our core values and core practices.

CORE VALUES
· Mathematics is for everyone!
· Teachers are the greatest advocates for mathematics.
· Everyone is part of the global mathematics community.
CORE PRACTICES
· Ensure inclusivity and free access for all.
· Remain curriculum relevant but curriculum agnostic.
· Let mathematics shine for itself.

Beginning with these lofty goals and next-to-no resources, we wondered how we could possibly pull this off?

Well, we did have one golden nugget in hand: a proven exemplar of a piece of joyous, “mind-blowing” school-mathematics: the story of Exploding Dots.

Exploding Dots

My career path is a little unusual. I received a PhD in mathematics from Princeton University in the mid-90s and have always had a strong passion for teaching and generally sharing the profound beauty of mathematics I see and enjoy thinking about. I embarked in a career in a Liberal Arts College environment where I was encouraged to devote good attention to teaching and public outreach as a solid part of my work.

That work soon led me to conducting Professional Development sessions for K-12 teachers, and here I had a rude awakening. My discussions on the beautiful mathematics I thought about and played with each day were too far removed from the standard material being discussed and explored in classrooms. Sure, we could have a fine time playing with curious tangles and developing some lovely mathematics to characterize them, or conducting interesting mathematical discussions about laundry, to figure out why the shape of clothing is the same inside-out as it is outside-in, and so on, but at the end of the day, the reality is that teachers and their students will be attending to quadratics, trigonometry, polynomials, and the like, and not any of this “cool stuff.”

Well, surely school mathematics is “cool” too!

So I started thinking about school mathematics. I focused on middle school and high school mathematics, where I sensed the joie des mathématiques was particularly lacking. How could I teach the division of polynomials as a meaningful uplifting story of interest to humans in a way that brings joy to the heart?

As I mulled on this over the years, I came to realize that polynomials, being a “base x arithmetic, really belong in the story of place-value: how we write and work with numbers in the early grades, how we conduct the standard arithmetic algorithms in grade school, how we repeat all that work in high-school with polynomials as we free ourselves from our human predilection for working with the powers of ten, and how a few more nudges take us to infinite series and generating functions, to the weird arithmetic systems of the ten-adics, and more. And I realized all this could be demonstrated almost wordlessly, simply through playing with dots placed in a row of boxes, as though this was just a small example of a “chip firing,” a system of current research. (It really is also the same as an Asian abacus, with beads on rods.) But it wasn’t until I invited Dr. Jim Propp to give a talk at a Math Circle for students I was directing at the time that I realized that this story was more than just “cute.” Jim talked about a 2←3 chip-firing system that naturally led to discussion of systems akin to base-one-and-a-half and a plethora of unsolved research problems lurking there! It hit me that this simple and elegant visual story of dots in boxes that can be used to explain place-value swiftly, and so naturally, goes from grade K to grade 8 to grade 12 to grade 16 and then beyond to research mathematics in one astounding fell swoop.

Exploding Dots was now a story of substance!

Division in Exploding Dots. See here and here for the full Exploding Dots story.

My interest in examining standard school curriculum topics — figuring out how to “declutter” them and allow the natural joyous mathematics to shine — led me to become a high-school teacher for nine-and-a-half years. I wanted to be honest. I wanted to understand the pressures and demands on teachers in K-12 culture. I wanted to contend with the manifest political concerns of administrators trying to establish uniform teaching practices throughout departments and across schools, of teacher evaluation, of parental scrutiny, of high-stakes exams and student grade pressures, and the like, issues I as a college professor never had to face. (Each of my college courses was solely my domain, to be run in whatever manner I personally saw fit.)

Teaching high-school was the hardest and most demanding job I ever had!

But I loved the challenge of taking a seemingly dry topic and figuring out the human story behind it, one that teaches a deep-thinking and problem-solving mindset, that speaks to a sense of joyous wonder and delight, and still attends to passing those high-stakes exams that were set out of my control. Quadratics I realized, for instance is really a story of symmetry and coupling common-sense thinking with the power of that symmetry. The area model applies not only to basic arithmetic multiplication and division, but also to polynomial multiplication and division, and to models of probability theory and infinite series. And so on. But the exemplar story was, for sure, Exploding Dots.

This story soon become my most requested lecture and workshop topic as I transformed my career into more and more public outreach and professional development work. I have since moved on from being in the classroom, and Exploding Dots still remains my most requested workshop topic. I’ve given sessions for parents, themselves uneasy with mathematics, who, after an hour, are asking me to give them harder and harder polynomial division problems to do! I’ve given sessions to college professors who, like most every audience I work with, utter the phrase “mind blown.” I was once in a very tough, political and overtly confrontational public session, pre-accused of being a proponent of “discovery learning” (apparently a bad thing) when we should be going “back to the basics” in math teaching. After my Exploding Dots lecture I received only one question from the audience. It was, “Why aren’t we teaching this in schools?”

Jill had seen Exploding Dots too. It is powerful. It is mind-blowing. And she was insisting it be brought to the world. So the Global Math Project team set to unleash Exploding Dots.

Getting the Inaugural Global Math Week off the ground

To get started, we set about writing up and making freely available all the necessary materials for teachers and math leaders to experience Exploding Dots, learn how to conduct lessons in the topic, and have all the supporting materials they might need to conduct sessions with their students. I already had videos and written notes outlining the entire experience on my personal website (which is still available at www.gdaymath.com/courses/exploding-dots/), and we based our work off of all that was there.

We created our own website, www.globalmathproject.org, to make sure we had an official online presence and then set about choosing a date for Global Math Week.

And this wasn’t an arbitrary task!

We wanted to choose a week in the year that isn’t too close to school opening nor too close to school ending (we know these are particularly demanding times for teachers), but we also wanted to avoid months with major holiday celebrations. We also needed to make sure we avoided northern hemisphere and southern hemisphere summer months when schools are not in session. By a process of elimination, it became apparent that October was the only suitable month for a Global Math Week. As we also didn’t want to be biased about what constitutes the start day of a school week (Monday in some countries, Sunday in others, for instance) we decided to declare a particular date in October to be the start of Global Math Week, no matter on which day of the week it happens to land from year-to-year. And to avoid additional international confusion we decided that the start of Global Math Week had to be 10/10 of each year: whether you read this as “the 10th of October” or as “October 10th,” you are correct! (The only place we failed on international consistency is with the word “math” versus “maths.”)

With the date settled as 10.10.2017 for the start of the world’s inaugural Global Math Week, the real challenge was figuring out how to let the world know about it!

At this point, we decided to create a Global Math Ambassadors program. We would recognize on our website volunteers from around world who would pledge to help spread the word about the project, train local teachers to play with, understand, and teach Exploding Dots, and do their best to contact local media services with the story of what was afoot. Our team of seven simply did our best to reach out to people we knew via email and on social media and tell them of our new program. The response was staggering: for that first year over 360 people from over 60 countries stepped up to be ambassadors.

And then a significant and generous gift fell into our laps. The Montreal-based mathematics education software company Scolab (www.scolab.com) caught wind of what we were doing and wanted to talk. I visited the company and gave a lecture on Exploding Dots, and they were smitten. They decided to donate their services to make an entire self-contained Exploding Dots web experience for those classrooms in the world with access to full technology. Incredible! (You can see their brilliant web app at www.explodingdots.org.)

We had written teaching guides for teachers who have absolutely no technology available in their classrooms, for teachers who have minimal technology available (simply the ability to show my videos, for instance), and now we could offer teachers a full technology experience too if they had that option.

Other partner organizations started coming on board too, including Matific, Geogebra, Wolfram and One on Epsilon to create additional ways for folk to explore our content using their materials and platforms. (See too our current partner’s page and the products they have graciously produced to help bring the Global Math experience to the world.) Also some of our ambassadors worked to translate our teaching guides into multiple languages.

At this point all was set in place for our inaugural Global Math Week. We set the audacious goal of reaching 1 million students that week.

The Results

I will confess now that I personally did not think we would achieve our audacious goal that first year. After all, this was an essentially grassroots, all volunteer effort, operating with next-to-no funding to support it. (We had about $2000 in our operating budget at the time.) I do believe in people, but 1 million is a mighty bold number when one is starting at zero!

The days passed quickly and the start of Global Math Week was approaching.

We had a real-time registration tracking system in place and I recall obsessively checking counts. For the first few weeks, only a trickle of registrations came in. This turned into a steady flow for the week leading up to Global Math Week, which then turned to a deluge the morning of the first day of the Week! I was sitting at my laptop and recall seeing the counter turn to the number 1 million at 11:26 am, U.S. Pacific time. I was alone at the time and I did shed some tears of joy. I couldn’t contain them! (I am very human.) I simply could not believe that mathematics — the pure joy of mathematics — had taken hold and become a global phenomenon. We encouraged folk to share photographs and stories on social media, and it was so readily apparent that this truly was a community affair. Mathematics had transcended borders and united communities!

By the end of the week thousands of teachers had opened up their classrooms to Exploding Dots and over 1.77 million students had now had a first introduction to the topic. (All our materials will remain freely available, in perpetuity, for the world to see and enjoy. Students and teacher were simply engaging with a first experience with the topic during this special week.)

On a follow-up survey, more than 90% of teachers who responded agreed that the Global Math Week topic of Exploding Dots helped students to see mathematics as more approachable, more enjoyable and as making sense. Teachers saw students be more confident in mathematics. Commented one teacher

It was an incredible experience for ALL students! Those who don’t typically see themselves as ‘math people’ engaged deeply with the problem and often explained how Exploding Dots worked to their ‘more math-y’ classmates. It was a great equalizer!

In addition, three-quarters of teachers who responded to the survey said that Exploding Dots had changed their own perception of mathematics as well. One teacher wrote

It made evident that even what we might call ‘basic math’ or ‘elementary math’ is a joyous activity. We don’t have to wait until we reach the upper level math courses in a graduate program to finally find the joy.

Many teachers also remarked on the excitement that global participation brought to the project, for example writing

My students were so excited to be a part of the Global Math Project knowing students all around the world were learning and doing the same math.
A summary of survey results for Global Math Week 2017.

The year after Global Math Week 2017

With the success of our inaugural Week, we felt we had proven that, when given the invitation, teachers across the globe will indeed open their classroom doors to joyous and genuine mathematics. And the countless volunteer hours devoted by people all over the world to making Global Math Week 2017 a success is a testament to the power and beauty of mathematics and its ability to inspire and connect us all. But volunteer efforts and in-kind donation of products do not lead to a sustainable enterprise. Could we now begin to secure funding and recognition of our work to continue this lovely global experience?

In fact, we had already received generous support from the Overdeck Family Foundation, Two Sigma, Oppenheimer Family Foundation, McGrawHill Education, and Great Minds to sponsor a live-steamed mathematics symposium at NYU’s Courant Institute followed by a festive party at the National Museum of Mathematics to kickoff Global Math Week 2017. With the MIND Research Institute, the same organizations sponsored a second mathematics symposium at Santa Clara University and a kickoff celebration at The Tech Museum of Innovation in San Jose, California, to launch Global Math Week 2018.) We are also tremendously grateful to Tom and Bonnie Leighton of the Akamai Foundation for their personal gift to translate our website materials into Spanish, Fundacja AVIVA for funding the translation of the Scolab Exploding Dots website into Polish, and the Simons Foundation for funding translation work into Swahili and the printing of materials to share in northern Tanzanian schools.

However, despite this generous support to fuel the project’s visibility and reach, we still began our second year concerned about the invisible, operational costs of running the Global Math Project enterprise. We are so very grateful to all the friends of the Global Math Project who have contributed what they can through the donation page of our website, and to the American Institute of Mathematics for assuming so many operational costs with their considerable administrative support. And I am personally grateful to my teammates too for bearing significant incidental costs from their personal finances. But the work of coordinating and running a Global Math Week is incredibly time consuming and far from inexpensive. [1]

Nevertheless, the Global Math Project team and Scolab decided that given the amazing response to the project in 2017, we simply must carry on and work towards a second Global Math Week for 2018. And it was clear we should make Exploding Dots the focus of this second week as well, for three reasons.

1. We received a large number of requests to do so!
2. Each year brings new students into school mathematics. Mathematics education is an ongoing enterprise.
3. Although 1.77 million is a large number in absolute value, it is a very small number in comparison with the 1.2 billion count of students attending schools. (This figure comes from the UNESCO Institute for Statistics.) We still have a long way to go before the wondrous story of Exploding Dots “takes hold” in the global school world.

In North America alone we heard so many stories of teachers working in isolation to bring the work of the Global Math Project into their classrooms. There are not yet very many schools or school districts with a critical mass of educators able to provide mutual support as they engage in a new approach to mathematics with their students.

So we set about holding Global Math Week 2018. We revamped our website. We worked with Dotsub.com to create high-quality subtitles for our videos, and volunteers worked to translate those subtitles into different languages. And Scolab tweaked and refined their spectacular web app. I added new chapters to the Exploding Dots story and created more videos to match them, and all became set for the world’s second Global Math Week, starting 10.10.2018.

A Special Community

In the meantime, I learned of something significant and special going on in Northern Tanzania, in the Arusha and Kilimanjaro school districts. The schools there have nominal resources, mathematics education is, by-and-large, formal and procedural, and students, joyous in heart, struggle to find success in education and a path forward for success in life.

Our Tanzanian Global Math Project Ambassador, Erick Mathew Kaaya, was reaching out to all these schools. And he single-handedly brought Exploding Dots to these districts and opened up a new way of making sense of mathematics to a large community of teachers.

Erick Mathew Kaaya

Erick shared with me a video of a teacher doing a long addition problem on the board for a large class of upper-middle school students. She conducted the problem in the traditional way from right to left and asked the class if they understood. “Yes Ma’am” was the reply in unison. She then asked: “Did you notice I computed this by going right to left?” “Yes Ma’am” replied the chorus. And then she turned and directly faced the students and asked “Why? Why do we go right to left?” The body of students looked stunned. And then they giggled. It seemed they had never been asked a why question before. And the teacher then went back to the board, computed the same sum from left to right and got the same answer. And the class was set. They went on to explore and explain mathematics and not just perform it.

Erick had found a group of teachers who wanted to translate all our materials into Swahili. Given the difficult economic status of the region I really did not want this to be a volunteer effort. Again, I am truly grateful to the Simons Foundation for providing us the means to conduct this work as an appropriately paid effort and to be able to provide direct materials for schools.

To honor the incredible and beautiful work of this community I decided to fly to Kilimanjaro and start my personal Global Math Week 2018 experience with Erick and his community of teachers.

Flying from Phoenix to Tanzania is not trivial. With layovers in London and Doha, I eventually found myself on my way to eastern Africa. I spotted Mount Kilimanjaro from the plane with the glacier at its tip just peaking above the clouds as we were about to land.

I touched ground at 3 pm on Wednesday, October 10, and was greeted by Erick at the airport. It was a real honor to see him. He took me to my accommodations and discussed with me all the plans he had made for my two-day visit. (Yes, just two days!)

We started Thursday with a visit to the O’Brien School for the Maasai, a school founded in 2007 located in the Sanya Station Village of the Kilimanjaro Region serving the Maasai village there and surrounds. The school is a complex of open-air brick classrooms surrounding a courtyard and outside the grounds is the Maasai village with its mud huts and brush fences. I worked with about 40 sixth-graders for two hours doing Exploding Dots on a small white board. The students were lively and excited, and they taught me how to count in Maasai.

Next we went on to a Tengeru English Medium Pre & Primary School, to work with about 90 seventh-graders crammed into a room and then to a Tengeru Village high-school to work with about 40 high-schoolers, with more Exploding Dots, of course.

The O’Brien School for the Maasai, October 2018.
Tengeru English Medium Pre & Primary School, October 2018.

It was interesting as this was the first time I ever felt I was experiencing cultural challenges in sharing the Exploding Dots story. There were certainly giggles of glee and delight as we “broke” the usual rules of mathematics, but something felt not quite 100% on target and I couldn’t pinpoint what it was.

We started Friday with a session for professors at the Institute of Accountancy, Arusha — and this Exploding Dots session was a smashing success. Something in me told me, despite this being a more sophisticated audience, to go much more slowly and deliberately with the story. The surveys that we handed out after the session revealed utter amazement that mathematics could make sense and that we should be contacting the government to have mathematics instruction conducted this way! And this, I realized, was the key — not to underestimate the power of story. That I was presenting mathematics as a story, a coherent joyous story that made sense, was such a potent idea, and even a shocking one, that that alone was enough of a message. It was these beautiful Tanzanian audiences that truly woke me up to this idea, that we humans have a genuine receptiveness and deep reaction to story. Even though we covered only base-ten addition, multiplication, and division the Exploding Dots way, the potency of that story alone was not to be underestimated.

My next two school visits that afternoon were tremendously high-energy and exuberant. First it was a visit to another high-school in the Arusha region to work with about 120 students crammed into a room. This was a truly magical experience. The students spoke very little English and I speak no Swahili, so we together relied on the visuals with THEM teaching me the Swahili I needed as we went along. I mangled all the numbers, my pronunciation was — I am sure — atrocious, but it was all so human and connected and fun. Again, just addition, multiplication, and division the Exploding Dots way, and the power of that story provided its potent magic.

Then it was on to the Terengu Boys High School. This time it was the entire 590-count student body and all mathematics teaching faculty. I couldn’t believe that this would work so well. I was provided with a small, wobbly and worn chalkboard to work with at the front of the hall (too small to properly see from the back), a hand-held microphone for me to try to balance (I ended up pushing it down between two front buttons of my shirt so that I could have my hands free), and the kids had nothing to lean on as they wrote math on whatever bits of paper or note pads and pencils we could find. But it was another purely magical experience.

And the next day it was back to Phoenix for another 30+ hours of travel.

Despite having given workshops and lecture on Exploding Dots literally hundreds of times all across the globe, it was Tanzania that made me truly cognizant of the message they carried and taught me not to underestimate and rush past the human jolt of their stunning story. The Tanzanian passion for knowledge and the desire to find true, resonant understanding shone through loud and clear those two days.

Tengeru Boys High School, October 2018. See this video for sheer exuberant math joy.

The second Global Math Week

At the time of writing this piece it is one week after the completion of Global Math Week 2018. Although there is some gathering of numbers still underway, our records show that teachers, club organizers, and math outreach coordinators from over 170 different countries and territories report now having introduced Exploding Dots to over 5.1 million students across the planet. Phenomenal! Our very preliminary survey results seem to indicate the same positive reactions to the experience as last year with everyone (so far) indicating they are likely, very likely, or extremely likely to recommend the Global Math Week experience to a colleague or a friend. Moreover, folk from all over the world are still signing on to the explodingdots.org web app experience as I type!

And are we receiving some lovely stories and comments.

I have a student who just doesn’t get math. We suspected Dyscalculia. With exploding dots, she looked at me and said: “Is that all it is? Why didn’t you show me this before?” She is charging ahead and attacking math in a way she wouldn’t have considered before. Her math papers are filled with dots and boxes to remind her she is good at math.
Students were blown away by the simplicity, and had great fun doing math.
One of my grade 7 special needs students told me that she couldn’t divide. She said that she just didn’t get it since it was introduced 3 years prior. I asked her to be open minded and try this strategy. She agreed to try it and was surprised by how easy it was. She felt that it was like having counters to group but it felt more grown up. Not only did this student learn to divide whole numbers, she was also able to divide decimals using Exploding Dots. More importantly, it boosted her confidence and made her feel that maybe she could begin seeing herself as being good at math. She was so proud of herself. Definitely a highlight of her grade 7 year.
The best story came from one of my AP Calculus BC students. She was exploring Exploding Dots with power series and after discussing her experience with this activity. She said “this makes sense. Why have they not taught this before?”
[Exploding Dots] helped me understand better so that I can teach better.

What’s next?

There is the worry that we might be seen as a “one-act wonder.” But what an act!

We certainly do want to reach the point where we feel that the story of Exploding Dots has really taken hold, that there is a sizeable co-supporting community of educators across the globe to sustain the shift of mindset it demonstrates. Consequently, we feel that it is important to keep Exploding Dots as our exemplar story.

But we also feel it is now time to start releasing additional, perhaps shorter, grade-range specific stories that demonstrate ways to approach other standard school topics using the Global Math Project philosophy. We’re toying with ideas such as Patterns: What to do if you believe in them and what to do if you don’t for middle- and high-school grades, and Weird ways to work with area for younger grades and Garden Paths for older grades, for instance.

But our key goal is to maintain the beautiful sense of global community that has emerged over the past two Global Math Weeks, to continue to acknowledge and make visible the beautiful passion for and joy of mathematics our teachers across the planet manifest, and to help all students, young and old, child or adult, across the globe feel that they too are fully welcome and able to partake in the soaring joy, the human connection, and the uplifting wonder genuine mathematics offers.

We cannot wait for the story of Global Math Week to continue for the years to come.

Please join us for that story.

Footnote:

[1] It is only recently that we have received some lovely and generous unrestricted financial gifts from donors: from a good friend of the Julia Robinson Math Festival and from an anonymous donor from a community foundation in California. Our immediate operational costs are covered for now, which is a relief. But long-term sustainability remains a question mark. And I am sure this is not a question unique to the Global Math Project!