Hello everyone, Jacob here! If you've been following the Center's videos for the past few months, you might have noticed that I like to say a whole lot of things about any given topic, and that makes my videos go on pretty long. So, with me on the way out and the next math co-op coming in soon, I decided to challenge myself to do the opposite: in this new mini-series, you'll see me tackle some classic but nontrivial problems from all different branches of mathematics, each in a single video whose duration is sixty seconds or less. Keep reading to watch Math in a Minute!
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Showing posts with label math video. Show all posts
Showing posts with label math video. Show all posts
Monday, January 11, 2016
Thursday, January 7, 2016
HyperRogue and hyperbolic geometry
One mathematical field that I find particularly interesting and beautiful is hyperbolic geometry: it's the same as Euclidean geometry, but takes the axiom that for any line and any point outside of that line, there's more than one line passing through that point which doesn't intersect the given line. In the past, hyperbolic geometry has featured heavily in the works of mathematically inclined artists like M.C. Escher.
Recently, over the past few years, independent developer ZenoRogue has created a video game that utilizes hyperbolic geometry, by the name of HyperRogue. The game is in the roguelike genre, but rather than using turn-based game evolution on a square or hexagonal grid, the game is based on the truncated order-7 triangular tiling of the hyperbolic plane, often called the "hyperbolic soccer ball," which is what gives it all sorts of interesting non-Euclidean properties. Keep reading to watch a Center of Math original video of HyperRogue gameplay, along with commentary about how the mathematical properties of hyperbolic space affect the game.
Recently, over the past few years, independent developer ZenoRogue has created a video game that utilizes hyperbolic geometry, by the name of HyperRogue. The game is in the roguelike genre, but rather than using turn-based game evolution on a square or hexagonal grid, the game is based on the truncated order-7 triangular tiling of the hyperbolic plane, often called the "hyperbolic soccer ball," which is what gives it all sorts of interesting non-Euclidean properties. Keep reading to watch a Center of Math original video of HyperRogue gameplay, along with commentary about how the mathematical properties of hyperbolic space affect the game.
Monday, December 21, 2015
Holiday Math: Secret Santa
Around the holidays, one fun tradition is to set up an arrangement wherein members of a group anonymously trade gifts with one another, a process which is often called "Secret Santa." In this new video by the Center of Math, we mathematically investigate the odds that randomly assigning people around will create a valid exchange: it's a bit more complicated than you might think! Keep reading to watch it here.
Thursday, December 17, 2015
Star Wars Video Special
Hey there! I bet you're all quite excited about today's release of Star Wars Episode VII: I know I am. To celebrate this great film series' revival, I've made a video where I apply a bit of science and mathematics to one of the iconic scenes of Episode IV. Keep reading to see what it is!
Tuesday, November 17, 2015
Video series: Group theory basics
The Worldwide Center of Mathematics is dedicated to more venues of mathematics education than just textbooks, and for this reason we've made a new video series, detailing some of the basics and interesting concepts in the mathematical field of group theory. Keep reading to learn more...
Wednesday, July 29, 2015
TeachingCenter - From Comedy Central's Key & Peele
Key & Peele - TeachingCenter
Just added to the Center of Math Liked Videos Playlist
Imagine a world in which society places as much importance on teachers and academics as it does athletes and athletics.
For more math videos visit us at youtube.com/centerofmath
Thursday, February 5, 2015
The Center on College Admissions Exams
Here at the Worldwide Center of Mathematics,
Tori, an intern working as the Assistant Director of Mathematical Content, has
been hard at work creating new math resources and posts. She’s recently starred
in several short videos that were made to help students study for the math
section of the ACT (the next exam is February 7th). Watch the playlist here! Tori is currently a math student at Northeastern University in Boston, and
truly enjoys breaking down math problems into simpler, understandable pieces.
Here's one of Tori's first ACT videos
From a big-picture perspective, we want
you, the students, parents, or teachers who watch these videos, to think of the
Center of Mathematics as your main resource for math help. Our founder, David
B. Massey, has given a multitude of lectures on his books and upper-level
mathematics that are all available on our Youtube channel. We are not
just a textbook publisher; we are a network of teachers and resources, and we
are here to help students learn the intricacies of their mathematics courses.
A video from the second ACT shoot
We know that standardized,
college-admission tests may seem daunting. They put a lot of pressure on the
student, both in terms of time and emotion. They require quick recall of
subjects learned all throughout high school. Our videos are meant to help train
you to approach ACT or SAT math problems as simply as possible. Often you’ll
see Tori use the same methods in several videos- that’s because she knows the
techniques to simplify the problems. Math isn’t everyone’s favorite subject,
but with Tori’s help (and the help of past and future interns), we can
hopefully ease the burden and relax the stigma that is associated with
mathematics on standardized tests.
If you have any questions or
suggestions for future videos, let us know in the comments!
Friday, July 11, 2014
Want to Know the Secret of Life? It's Math!
Ever wonder what distinguishes life from death? According to physicist, Max Tegmark, math is what defines everything. The Massachusetts Institute of Technology professor argues that consciousness consists of nothing more than mathematical patterns and that nothing but changes in atom arrangement differentiate life from death. You can watch it right here!
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