Hi David,
Thanks for your question.
Sorry for the late reply… we were exceptionally busy with the start of the semester…
To start the discussion on future Mathematics Student Journal we could use George’s description as a starting point. It is described in the book in detail. What is needed?
We believe, first and foremost a stable financial backing for at least 10 years. Various expenses need to be covered: web hosting, web design and maintenance, content management system, advertisements, travel funds, stipends for graders and for a few people to pull everything together (maybe cover course reductions as the MAA does); funds for contributors to the journal;
Next, we need people to prepare the problems: the 18-person problem committee sounds good, and we agree that it should start accumulating good problems well before the launch of the site;
Online journal content: and editorial board would be able to solicit articles, prepare reports etc. Alternatively, this could work like the Chalkdust magazine (https://chalkdustmagazine.com/ ) and be essentially student-edited. An institution with good graduate and undergraduate students and dedicated mentors could run this. This may also be content that is phased in as we go along and could start modest with some articles that connect to solutions.
It is not clear that national agencies view it as their role to provide stable financial support for such an initiative. (We joke – with some evidence supporting – that NSF nowadays would require extensive preliminary [evidence based] educational research to verify any of these ideas would actually make a positive impact (!)… because -- do we actually know? -- research have to show it…) So probably some type of private funding route is necessary.
Currently middle school, high school level math talent development in the US is somewhat of a niche business (serving mostly second generation immigrant kids, and many times focusing on drilling knowledge and skills rather than exploration or mentoring development), and talented kids from less-supporting family background are hard-pressed to find the resources.
Another thing that would be key to the continued success of such a problem-solving contest is teacher buy-in. Connections to school districts and teachers should be vigorously pursued and strengthened to really reach a wide audience. The Math Circle and Math Teacher Circle organizations housed now under AIM could be good allies.
Gabriella and Istvan
To view this discussion on the web visit https://groups.google.com/d/msgid/competition-corner-participant-discussion/42f51e46-292f-49b7-9c6a-75d3f568dc7dn%40googlegroups.com.
To view this discussion on the web visit https://groups.google.com/d/msgid/competition-corner-participant-discussion/42f51e46-292f-49b7-9c6a-75d3f568dc7dn%40googlegroups.com.
The question was asked: What is the ask?... Here is some structure and some numbers and some to be filled in (no final number is provided [subject to choices a variety of variables] -- inputs are welcome )
To Wit:
The US throughout its history in large part has imported much of it’s high level technical talent. The process is substantially slowing down as the rest of the world becomes competitive.
In my view technical talent search and development is a national economy’s infrastructure resource, in some ways akin to the road system, in some ways different; it is similarly a limiting (essential) resource, though it is less physically manifested, and partially importable. If you cannot import it however, you have to build it out. Like the road system, it works if it is well-built, and relatively uniformly maintained. And like the road system, it does not build and maintain itself.
To base its buildup and maintenance on volunteerism and ad hoc efforts is analogous to doing the same with the road system.
And the search for such high talent and its initial development is best done via mathematics.
The Berzsenyi-proposal:
Mathematics Student Journal (Let’s call it Parabola(?))
Vision:
Free online math journal for students with a problem solving competition; 6 issues yearly with 4 levels of problems sets (Grades: 5-6, 7-8, 9-10, 11-12)
Goal: attract more students to math through problem solving; provide appropriate challenges and community experience where talented students can develop their math interests;
Features: articles, interviews, news, jokes, memes, video and game recommendations; classic puzzles; problem sets, solutions, photos;
Personnel: (all remote)
♦Content editor ($70-90K+fringe)
♦Problem editor ($70-90K+fringe)
♦Graphic designer/web content manager ($70-90K+fringe)
♦Outreach/marketing coordinator ($50-70K)
♦Accounting services provider ($30K)
Graders (approx. 10 graders for each problem; ~200 graders total; $100-200K per issue)
Problem committees six person committees for four age-groups (2-person overlaps) 18 people - $2-3K per person(?)
Other costs ($?):
♦Recruitment costs
♦Teachers/Schools support
♦Advertising and promotion costs
♦Conference attendance/travel
♦Web hosting
♦Computers
♦Prizes
♦Software licenses; problem management system -- submission, grading, venue for feedback, guidance for actively search out and explore open problems (bought, donated or developed)
Remarks:
♣In the Wisconsin experiment there is a single prize (may or may not be the best motivator): The best contestants are invited for a single, in-person, timed, written problem solving contest, with the winner awarded a 4-year University Wisconsin - Madison Scholarship ($6K/year for 4 years)
♣ Teacher buy-in is very important for impact -- recruitment, recognition, feedback&support
♣ Grading is key to the quality of the program -- not to be treated as a high-demand but low-paid, quasy automated effort. The MS-CC experience showed that timely, personalized, quality feedback was likely the most impactful program feature in that effort
see Reflections at
https://drive.google.com/file/d/1g0TXjmewfG5Gv0oVi5SFIxrtZ8cRCNnW/view
Quality feedback for talent development is a time and research intensive task for highly trained professionals -- directly leading to open problem exploration and student research
♣ Demand Projections/Estimates are based on https://talent.math.wisc.edu/scores/
2020–2021 WISCONSIN MATHEMATICS, ENGINEERING AND SCIENCE TALENT SEARCH
THE UNIVERSITY OF WISCONSIN-MADISON program
5 Rounds, 25 problems, 83 unique registered solvers
Total problem set submissions: 190
Total distinct problem submission (scores 0-3): 722
Score 0: 226
Score 1: 134
Score 2: 103
Score 3: 259
[A "4 age-group 5-round National (or North-American) projection" (population X 64)
5 Rounds, 4*25 problems, 256*83=21248 projected unique registered solvers
Total projected problem set submissions: 48640
Total projected distinct problem submissions (scores 0-3): 184832
Score 0: 57856
Score 1: 34304
Score 2: 26368
Score 3: 66304
]
[A "4 age-group 6-round National (or North-American) projection" (population X 64)
6 Rounds, 4*30 problems, 307*83 projected unique registered solvers
Total projected problem set submissions: 58368
Total projected distinct problem submissions (scores 0-3): 221799
Score 0: 69427
Score 1: 41165
Score 2: 31642
Score 3: 79565
]
2020-21 WISCONSIN DATA:
ROUND5
#2 Grade 112xx
#5 Grade 1x10x
#10 Grade 33332
#15 Grade 33333
#29 Grade 2x1x3
#30 Grade 33333
#31 Grade xxx3x
#36 Grade 31133
#37 Grade 31233
#44 Grade 33232
#45 Grade 30x3x
#70 Grade 1010x
#71 Grade 3×233
#72 Grade x01x0
#74 Grade 33213
#76 Grade 001×0
#77 Grade 10000
#78 Grade 32233
#80 Grade 2xxxx
#81 Grade xxx0x
#82 Grade 0xxx0
#83 Grade 10xxx
ROUND4
#2 Grade 22311
#5 Grade 30200
#8 Grade 2x2xx
#10 Grade 33331
#15 Grade 33313
#23 Grade 00xx0
#29 Grade 23330
#30 Grade 33330
#31 Grade 2xxx3
#34 Grade 2x1xx
#36 Grade 23230
#37 Grade 30210
#44 Grade 331×0
#45 Grade 3×230
#47 Grade 20xxx
#49 Grade 3x3xx
#54 Grade 3xxxx
#58 Grade 33212
#70 Grade 3×320
#71 Grade 33330
#74 Grade 33311
#77 Grade 10100
#78 Grade 333×2
ROUND3
#2 Grade 22212
#45 Grade 31xx0
#5 Grade 20001
#47 Grade xx0xx
#6 Grade 3101x
#49 Grade 33002
#8 Grade 21000
#53 Grade 32x3x
#10 Grade 2333x
#54 Grade 2xx20
#15 Grade 33×13
#58 Grade 00011
#19 Grade 2x0x0
#64 Grade x1xxx
#23 Grade 000xx
#66 Grade 33x3x
#29 Grade 23201
#70 Grade 33x3x
#30 Grade 31333
#71 Grade 2122x
#31 Grade 33030
#72 Grade 10000
#34 Grade 31301
#74 Grade 33333
#36 Grade 33231
#76 Grade 10020
#37 Grade 32231
#77 Grade 00000
#43 Grade 0110x
#78 Grade 23333
#44 Grade 33201
ROUND2
#2 Grade 33×21
#44 Grade 33211
#3 Grade xx00x
#45 Grade 33×21
#4 Grade xx00x
#46 Grade 3xx10
#5 Grade 33121
#47 Grade 00xxx
#6 Grade 13021
#49 Grade 33021
#8 Grade 00000
#53 Grade 33223
#9 Grade xxx0x
#54 Grade 33x2x
#10 Grade 33223
#55 Grade 00000
#14 Grade 33323
#58 Grade 31200
#15 Grade 33333
#63 Grade x3xxx
#19 Grade 00000
#64 Grade 31×21
#23 Grade 00000
#66 Grade 3333x
#29 Grade 13032
#70 Grade 3333x
#30 Grade 33323
#71 Grade 32×21
#31 Grade 33221
#73 Grade 32xxx
#34 Grade 32321
#74 Grade 33322
#37 Grade 33321
#76 Grade 31200
#41 Grade 3312x
#77 Grade 00000
#43 Grade 33001
#78 Grade 33312
#79 Grade 00x0x
ROUND1
#2 Grade 13211
#27 Grade xx0xx
#53 Grade 3xx3x
#3 Grade 10x0x
#28 Grade 33313
#54 Grade 33333
#4 Grade 10x0x
#29 Grade 21313
#55 Grade 11000
#5 Grade 21100
#30 Grade 31233
#56 Grade 23332
#7 Grade 00xxx
#31 Grade 13233
#57 Grade 000xx
#8 Grade 10000
#32 Grade xxx0x
#58 Grade 11333
#9 Grade 1xx0x
#33 Grade 11×00
#59 Grade 00000
#10 Grade 3323x
#35 Grade 0xx00
#60 Grade 0xxxx
#11 Grade 0xxxx
#36 Grade 23211
#61 Grade 11010
#12 Grade 0xxxx
#37 Grade 31121
#62 Grade 0x0xx
#13 Grade 00×10
#38 Grade 110xx
#64 Grade 11233
#14 Grade 21311
#39 Grade 1xxxx
#65 Grade xx0x0
#15 Grade 33303
#40 Grade xxxxx
#66 Grade 3x23x
#16 Grade xxx0x
#41 Grade 31132
#67 Grade xxxxx
#17 Grade 00000
#42 Grade xxxxx
#68 Grade 11x0x
#18 Grade 1xx00
#43 Grade 2xx10
#69 Grade 00000
#19 Grade 21000
#44 Grade 11133
#70 Grade 33332
#20 Grade 00000
#45 Grade 23×31
#71 Grade 11230
#21 Grade xx00x
#46 Grade 11×00
#72 Grade 10233
#22 Grade 00x0x
#47 Grade 101xx
#73 Grade 330×0
#23 Grade xxxx0
#48 Grade 0000x
#74 Grade 33333
#25 Grade xxxx0
#49 Grade 11111
#75 Grade 0000x
#26 Grade xxx0x
#50 Grade 2×000
#76 Grade 10233
#27 Grade xx0xx
#51 Grade x00xx
#77 Grade 10000
#28 Grade 33313
#52 Grade x0000
#78 Grade 33333
A mathematics magazine by the name Parabola has been published by the University of New South Wales of Australia since 1964. A friend of mine, Agnes Nikov (another Hungarian) was its editor for many years. Hence, that name is taken.
On the other hand, NCTM deserves the honor to name the new journal the Mathematics Student Journal, the name NCTM used initially. In my view, the proposed journal should be an improved version and a continuation of that.