User:Tercer/sandbox

The Prometheus Contest

A perennial problem with Wikipedia is that its best articles are often not the most important ones. Editors are volunteers and write about whatever they are interested in, and often this does not coincide with what the readers are interested in. A good illustration of the issue is the article Newton's laws of motion: it is by far the most visible physics article, with circa 160k monthly views, but it's decidedly half-assed. On the other extreme, mechanical filter is pretty well-written, but has only 1k monthly views. See the "Research" section here for some hard data.

Of course we can't blame volunteers for working hard on less relevant topics, but we can incentivize them to direct their efforts where they'll make the most impact. Similarly to the old Core Contest, we have selected a list of articles in physics that are important, highly visible, and in a bad state, and we are offering prizes for their improvement.

The rules are: work on any of the articles in the list below, submit a diff of the work to this page, and nominate it as a Good Article or Featured Article until the 28th of February (AoE). If the nomination passes you get a prize of 20€ and are awarded the Science Barnstar. The prize can be claimed as cold hard cash in the form of a SEPA transfer if you have a bank account in the eurozone, or as an Amazon gift voucher otherwise. Prizes will be awarded up to the limit of 120€, in a first-come first-served basis. To prevent abuse we'll have a couple of judges (Tercer and XOR'easter) reviewing if the work was significant and the nomination process fair.

The list of articles to improve, together with the monthly page views:

1. Newton's laws of motion - 160,228
2. Quantum computing - 88,532
3. Quantum entanglement - 81,777
4. Temperature - 72,412
5. Second law of thermodynamics - 69,152
6. Electromagnetic radiation - 67,365
7. [[Antimatter] - 63,827
8. Light - 63,584
9. Energy - 62,007
10. Chaos theory - 60,800
11. Laser - 55,042
12. Proton - 46,971
13. State of matter - 45,106
14. Momentum - 44,899
15. Radioactive decay - 40,501
16. Mass - 39,237
17. Special relativity - 37,330
18. Thermodynamics - 37,156
19. Inertia - 32,015
20. Neutron - 28,412
21. Standard Model - 25,686
22. Vacuum - 24,647
23. Strong interaction - 17,313

If you want to improve an article that's not on this list, but thinks it fulfils the criteria, leave a message here and our judges will probably add it.