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"A professor at Stanford's Graduate School of Education has launched a new free math curriculum designed to help engage students more deeply in math. Dubbed the "Week of Inspirational Math," the program is aimed at students in grades 5-9 and includes five lessons, one for each day in a week, featuring math problems designed to be fun and engaging along with videos with positive messages about math. Teachers using the curriculum will also be able to join a network offering additional support and resources throughout the school year. "We want to give kids inspirational math tasks that help them see math as a lovely subject of beautiful patterns and deep inquiry," said Jo Boaler, the program's designer, in a prepared statement. "And we want teachers to see what happens when kids are really engaged in math." Boaler said she hopes teachers will use the program at the beginning of the school year to give students a positive experience right off the bat and set the tone for the rest of the year, but the program can be used at any point. "The lessons address five key areas of math: geometry, algebra, numbers, patterns and connections," according to a news release. "The problems are so-called 'low floor, high ceiling' tasks that are accessible to all students but can be solved in different ways to challenge those just being introduced to the topics as well as high achievers. They also emphasize different messages: Mistakes help you grow, for example, and it's not how fast you complete a task that's important but how deeply you understand it." The Common Core-aligned program is the latest offering from YouCubed at Stanford, a program Boaler helped launch that aims to make new research into math learning accessible to teachers and parents. "We're researching and using new brain science to find out how best people learn," said Boaler, in a prepared statement. "Then, we're giving teachers things they can actually do in their classroom based on this research." The program

"Playing a math game designed to encourage practicing the basic "number sense" all children are born with improved the ability of young children in a study to do math, Johns Hopkins University researchers report. The study is due to be released in the Journal of Experimental Child Psychology in July and is available online now. "

"A few weeks ago, I wrote an article for TheAtlantic.com describing some of the problems with how math is currently being taught. Specifically, some math programs strive to teach students to think like "little mathematicians" before giving them the analytic tools they need to actually solve problems. Some of us had hoped the situation would improve this school year, as 45 states and the District Columbia adopted the new Common Core Standards. But here are two discouraging emails I received recently. The first was from a parent:"

"Cooks use math to make beautiful food all the time: Slicing eight perfect pieces of pie or doubling a recipe requires basic knowledge of fractions, for example. But how many cooks think about using beautiful food to illustrate the math itself? Lenore M. Edman and Windell H. Oskay of the blog do. Feast your eyes on their latest work, "Sconic Sections," pictured above."

"A year-long effort to define a common set of academic standards for English and math culminated on June 2 with the release of the final version of the Common Core State Standards, which aim to establish consistent learning goals across states. The K-12 English, language arts, and math standards are intended to ensure that students in Kentucky have the same learning opportunities as students in Wisconsin, for instance, and were developed in collaboration with content experts, state officials, teachers, school administrators, and parents."

"In the last year, there's been quite a bit of chatter about whether textbooks that claim to be aligned to the common-core standards really do meet that mark. A Consumer Reports-style review of K-8 math materials found that nearly all of the textbook series analyzed were out of sync with the common-core standards (though that review has since come under fire and been revamped). Other researchers have called claims of common-core alignment a 'sham.'"

"Steve Leinwand, Sue O'Connell, Pamela Weber Harris and other math leaders examine the Standards for Mathematical Practice. 'A deeper understanding of these eight practices enables us to envision what it means for our students to be mathematically proficient, and to select teaching practices that shift our teaching from a focus on content to a focus on application and understanding. The Standards for Mathematical Practice are actually the heart and soul of the Common Core State Standards. Sue O'Connell and John SanGiovanni from Putting the Practices Into Action"

"Math has a bit of an image problem. It's often seen as hard, abstract-even pointless. he creators of the National Museum of Mathematics in New York City are all about turning that image around and convincing young people that mathematics is cool."

"Math instructors at the Downers Grove high schools are developing a new curriculum based on the state's more difficult learning standards, one that will introduce some new courses. The Common Core Standards, which Illinois adopted in 2010, revamp learning expectations for students in English Language Arts and in Mathematics. Community High School District 99 officials plan to implement new curricula in the 2013-14 school year, while the statewide testing based on Common Core will start the following year"

"Calculators. Protractors. Spreadsheets. Computer algebra systems. Dynamic geometry software. You might not realize it, but the Common Core State Standards for mathematics make explicit reference to the use of all these tools, and others, in learning math. I discovered this as I was gathering information for a recent Education Week story about calculator policies for the forthcoming common-core exams. It turns out that the standards have a lot to say about using technology."

"I'll admit it: I was skeptical of how "creative-thinking" strategies in math would go over with my 4th grade enrichment students. I see these students just once a week in pull-out groups, so every lesson counts. And I was nervous that this one might be a complete disaster."

"A video documentary on learning mathematics for K-8 teachers and administrators; 1 one-hour video program Many people - in and out of school - find mathematics frustrating, difficult, even impossible. This documentary uncovers a surprise: Mathematical creativity - expressed in art, architecture, and music and valued by industry - is built into the brain and can flourish under the right conditions. A remarkable 12-year study following students from first grade through high school demonstrates the brain's surprising natural abilities for learning math. The study, led by Professor Carolyn Maher of Rutgers University, brought results that are corroborated by new research from leading cognitive psychologists. Discover ways to unlock this natural human gift for mathematics in classrooms, workplaces, and homes. "

"he chemistry students at Northwestern High School were not fiddling with Bunsen burners or studying the periodic table one recent weekday morning. They were sitting at their desks, reading an article about food coloring, underlining key ideas and preparing to analyze it in an essay. This is the beginning of what Prince George's County officials hope will be a significant shift in teaching and learning, one that mirrors a change taking hold in high schools nationwide as districts adjust to the Common Core State Standards. Literacy, long the responsibility of English teachers, is filtering into every other classroom - including math, science and even health class."

"The decision about whether students are "college-ready" in mathematics will be based only on the exams students take at the end of a math sequence, rather than on a combination of results from all the courses in the sequence, a state assessment group decided today."

Illustrative mathematics 3.OA Fish Tanks representing a situation (versus a story problem, which is what students are so used to solving). A situation is a wonderful way to infuse content standards with math practices, such a MP&, looking for structures, and MP5 working with real-world models

"The common academic-content standards that dozens of states are now adopting are better overall than 33 individual states' standards, according to an analysis released today by a Washington research-and-advocacy group." Provides a REPORT CARD for each state's standards in comparison to the ELA and Math CCSS.

Well ... yes and no, according to a pair of new surveys from the RAND Corporation, a research and analysis firm. Teachers do seem to be getting a lot of professional development aligned to the common core in both English language arts and math. The problem is that it's not always focused on the topics that they say they need the most help on. Instead, teachers seem to be saying: "OK, we totally get that there are these new standards. We even kinda know what they want us to do differently. But we still need help digging into the pedagogy on some of the finer points."

"Results from new state tests in Kentucky-the first in the nation explicitly tied to the Common Core State Standards-show that the share of students scoring "proficient" or better in reading and math dropped by roughly a third or more in both elementary and middle school the first year the tests were given."

"Recently, I had a conversation with a group of math coaches who are working with elementary teachers on implementation of the Common Core Standards for Mathematics. The discussion turned to a description of rigor in the classroom. The coaches commented that many of their teachers were confused by exactly what was meant by teaching and learning with rigor. The coaches weren't sure how to respond."

"'We must reimagine middle school science and math not as a way to prepare students for high school, but as a place where students are inventors, scientists, and mathematicians today.' So say Sylvia Martinez and Gary Stager in this exciting guest article about the Maker Movement and its implications for kids, schools and STEM studies. Martinez and Stager are the authors of a must-read book, Invent To Learn: Making, Tinkering, and Engineering in the Classroom. In this informative post, they encourage STEM educators, school leaders and teachers across the curriculum to transform our classrooms into centers of innovative thinking and experimenting. ~ Anne Jolly"