Welcome to the 206th Carnival and my third time hosting the event.
To see past entries in the Carnival Of Mathematics and future scheduled hosts, please visit The Aperiodical.
I am honored to again host the Carnival of Mathematics! I learn so much from hosting; things I usually wouldn’t be exposed to are jam packed into every Carnival Of Mathematics post. Be sure to dig into the archive!.
Here are the entries. Enjoy!
A short little rant about all of those forgotten mathematicians from antiquity that hardly ever get the credit they deserve.
by Dr. Alyssa J Foss
I’m on the life long journey to recover from math-phobia. Which is why I have thrown myself into the math world head first! Next to momming and mathing, writing is my favorite thing. So, I’m trying to do the blog thing. This is my first post from September.
Editor’s Note: Her blog, Math Rehab, is really well written. Very worth the read!
By Nick Highham
In mathematics, particularly matrix theory and combinatorics, a Pascal matrix is a (possibly infinite) matrix containing the binomial coefficients as its elements. It is thus an encoding of Pascal’s triangle in matrix form. There are three natural ways to achieve this: as a lower-triangular matrix, an upper-triangular matrix, or a symmetric matrix.
Here Professor Higham steps his way through an example.
Ivan Guo: Financial models of the future
by Dr Ivan Guo
How can a 240-year-old logistics problem be used in quantitative finance? Dr Ivan Guo’s research lies predominantly in the areas of stochastic control and financial mathematics. In this interview with the Sydney Mathematical Research Institute, Ivan describes how stochastic transport theory applies in financial maths and how financial models are applied. He also debunks some misunderstandings about his field.
“You may have seen DALL·E mini posts appearing on social media for a little while now – it’s been viral for a couple of weeks, according to Know Your Meme. It’s an artificial intelligence model for producing images, operating as an open-source project mimicking the DALL·E system from company OpenAI but trained on a smaller dataset.”
Peter Rowlett presents a good introduction to DALL-E and offers several awesome examples.
Two Saturday Morning Breakfast Cereal Cartoons
The first fun cartoon is titled “Incomplete”. LINK
The second is titled “Mathematics” and we can all feel this one down in our bones! LINK
by Sneak Thief
One of my (many) interest areas is in algorithmic music composition. But it was not until @CarnivalOfMath mentioned that content didn’t need to be blogs, that I thought to submit this.
The notes are always determined by me, a human, to match a particular key signature (to they sound in tune) and varied according to previous trial runs of the algorithm. So, for example, if notes of length 10 and 11 do not appear simultaneously I can assign them the notes E and F which (normally) do not sound good together. Similarly, I try to ensure that the start and end of the composition include notes which give an element of “resolution” which is prevalent in most western music. (Just because it’s based on maths, doesn’t mean it has to _sound_ that way!)
Finally, I sprinkle additional sounds generated by a different algorithm.
Click the image within the link to see a representation of the music, and
you’ll clearly see the ruler being used.