I am a PhD student in University of Valencia. My soon-to-be topic of expertise is Singularity theory, with a main focus on analytic and contact geometry.
My goal is to further the understanding of the underlying topology of proper frontals (ie maps that admit a "canonical" global normal bundle via integrable systems), and try to establish results that do not require the use of contact geometry.
I also develop libraries for the Oscar project and Singular.
I'm going to be really blunt here: if you don't care about trans people, if you even remotely think there's the slightest hint of merit to the blatant genocidal actions that are going on in the US right now, you can fuck right off from my projects, spaces, and communities.
I don't give a fuck about "tech shouldn't be political" garbage takes. Tech is made by people and right-wing legislators in the US are trying to *kill* my colleagues right now. There is no tech without people.
Last November I deleted all my Tweets. Every single one. I then ran Redact and deleted all my likes, my media and retweets.
38k tweets gone
For six months I've had sub 5 tweets online
Woke up today to find 34k of them restored.by Twitter who presumably brought a server farm back up.
Now re deleting
This shows why you should NOT be using Twitter, ever
Please boost
Addendum: if you are affected please follow me here and post details of your experience.
Am in touch with Twitter.
I could probably hack something together if I had an entire week with nothing to do. The problem is mostly that I need to find out how to do things I more or less know how to do in Singular.
I made a pop-up card that spins as you open it!
It uses a geometric mechanism invented by an unknown student at Musashino Art University in 1988! Instructions here: http://www1.ttcn.ne.jp/a-nishi/popup_spinner/z_popup_spinner.html
I addmittedly have little background in Riemannian geometry but, I have always wondered what $f$-relatedness represents. I know there is a conservation property for Lie brackets, but it is not like I really recall much about them beyond measuring how non-commutative two given vector fields are. And I fail to see what that says about $f$-relatedness…
https://www.youtube.com/watch?v=VQlPbmWFrl0 YouTube has decided that I need some relaxing Vietnamese beats to study to
You could argue that I am technically doing algebra since they are algebraic manipulations but what’s the difference between 3x*x and 6*2?
🦂 Average analytic geometry enjoyer. 🦂 Develops libraries for Oscar and Singular. 🦂 Declared "Graduate Scorpion in Mathematics" by Seashore University Publishers. 🦂
🦂 Avatar: scorpion with sunglasses. 🦂 Header: empty cups with light reflecting at the bottom. 🦂