One question, Matthias: I see that you have proposed a project involving integration with proof assistants/theorem provers. Just out of curiosity: how do you envision such integration?
El martes, 6 de febrero de 2024 a las 6:56:44 UTC+1, Matthias Koeppe escribió: > Great, thanks a lot, Travis, also for taking on the role of the GSoC admin > for another year! > > On Monday, February 5, 2024 at 9:55:25 PM UTC-8 Travis Scrimshaw wrote: > >> Hi everyone, >> I have submitted the application. >> >> However, we can continue to add projects (and mentors) at any point. So >> if you are interested or have any features that you want to request, please >> either add it to the wiki page, post it here, or email me. >> >> Best, >> Travis >> >> >> On Tuesday, February 6, 2024 at 11:54:08 AM UTC+9 Travis Scrimshaw wrote: >> >>> Hi Linden, >>> Thank you. I added the project at the "standard" length 350 hours. >>> >>> Best, >>> Travis >>> >>> On Monday, February 5, 2024 at 7:24:38 PM UTC+9 Linden Disney wrote: >>> >>>> I have a proposal for a project I would be willing to mentor (detailed >>>> below for completeness), but I'm unsure about how best to estimate the >>>> length (I did GSoC 2021 but estimates of length weren't around then). The >>>> initial coding would not be too challenging, but the mathematical research >>>> which is within scope may be harder (but certainly more interesting). >>>> >>>> Title: Poincare normal form of Riemann matrices. >>>> Areas: Algebra, Algebraic Geometry. >>>> Skills: Knowledge of abstract algebra and Riemann surfaces desirable. >>>> Length: ? >>>> Difficulty: Medium-Easy, becoming harder if desired by tackling the >>>> research questions. >>>> >>>> Description: Riemann surfaces are key objects in many areas of maths, >>>> from mathematical physics to algebraic and arithmetic geometry, with >>>> modern >>>> usage of Sage typically focusing around computing the Riemann matrix and >>>> calculating the associated theta function. The project would involve an >>>> implementation of Poincare reduction of the Riemann matrix which allows >>>> the >>>> theta function to be factorised, following the paper of Martens ( >>>> http://www.jstor.org/stable/43737152), which in turn will require some >>>> matrix methods to be implemented. There is scope for an enterprising >>>> applicant to make this into a research paper in two directions, either by >>>> analysing the improvement to complexity from computing with factorised >>>> theta functions, or by developing an algorithm to go from one reduction to >>>> a complete reduction. >>>> >>>> On Monday, February 5, 2024 at 12:49:41 AM UTC Travis Scrimshaw wrote: >>>> >>>>> I have added it. (For reference on editing the pages, you login using >>>>> your trac credentials from the upper left corner.) >>>>> >>>>> Best, >>>>> Travis >>>>> >>>>> >>>>> On Monday, February 5, 2024 at 5:38:52 AM UTC+9 Martin R wrote: >>>>> >>>>>> I would like to propose the exact same project I had for last year >>>>>> again, but I am currently at a conference and additionally don't see how >>>>>> I >>>>>> could edit the page. >>>>>> >>>>>> Martin >>>>>> >>>>>> On Sunday 4 February 2024 at 05:19:17 UTC+1 Travis Scrimshaw wrote: >>>>>> >>>>>>> Sorry for the multiple messages. >>>>>>> >>>>>>> For potential mentors, there is no commitment required at this time. >>>>>>> >>>>>>> You can also decide later to add a project and/or be a mentor. >>>>>>> >>>>>>> Best, >>>>>>> Travis >>>>>>> >>>>>>> On Sunday, February 4, 2024 at 1:17:54 PM UTC+9 Travis Scrimshaw >>>>>>> wrote: >>>>>>> >>>>>>>> For the potential projects, you can either edit the corresponding >>>>>>>> wiki page in Matthias's link or directly post them here (you do not >>>>>>>> need to >>>>>>>> be the mentor). >>>>>>>> >>>>>>>> Also, I would like to have a list of potential mentors. Any >>>>>>>> SageMath developer can be a mentor for a GSoC project; so if you are >>>>>>>> willing to be a mentor (typically just a few hours a week), please >>>>>>>> directly >>>>>>>> email me, post it here, or put your name down as a project mentor. >>>>>>>> (You do >>>>>>>> not need to have a specific project in mind either.) >>>>>>>> >>>>>>>> Best, >>>>>>>> Travis >>>>>>>> >>>>>>>> On Sunday, February 4, 2024 at 1:09:07 PM UTC+9 Travis Scrimshaw >>>>>>>> wrote: >>>>>>>> >>>>>>>>> Thank you for doing that. I updated my projects and removed all of >>>>>>>>> those with named mentors as they have not agreed at present (AFAIK) >>>>>>>>> to be a >>>>>>>>> potential mentor. >>>>>>>>> >>>>>>>>> I was expecting to be the main administrator for GSoC again this >>>>>>>>> year. We will discuss this on the mentors list. >>>>>>>>> >>>>>>>>> For the proposal, what we need from the community is a list of >>>>>>>>> projects they are willing to mentor. There is no commitment at this >>>>>>>>> time. >>>>>>>>> However, it is important for our GSoC proposal that it contains a >>>>>>>>> list of >>>>>>>>> new projects each year. >>>>>>>>> >>>>>>>>> Best, >>>>>>>>> Travis >>>>>>>>> >>>>>>>>> >>>>>>>>> On Sunday, February 4, 2024 at 7:19:44 AM UTC+9 Matthias Koeppe >>>>>>>>> wrote: >>>>>>>>> >>>>>>>>>> To get the process started for this year, I have created the page >>>>>>>>>> https://wiki.sagemath.org/GSoC/2024 by copying last year's page, >>>>>>>>>> removing a completed project and adding a new project that I hope to >>>>>>>>>> mentor >>>>>>>>>> this summer. >>>>>>>>>> >>>>>>>>>> The deadline for our project to apply as a GSoC mentoring >>>>>>>>>> organization is rapidly approaching: >>>>>>>>>> https://developers.google.com/open-source/gsoc/timeline#february_6_-_1800_utc >>>>>>>>>> >>>>>>>>>> Do we have any volunteers for the administrator role? >>>>>>>>>> >>>>>>>>>> -- You received this message because you are subscribed to the Google Groups "sage-devel" group. 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