Science · Open for opinions
Will the magma circulation theory as an explanation for the asymmetry between the two sides of the Moon be published in a high-impact scientific journal by March 2027?
Scientists analyzing samples from the far side of the Moon collected by the Chinese Chang'e-6 mission have found evidence that a… 80 opinions, 63% Yes
- Yes — 63%
- No — 38%
Deadline: March 31, 2027 at 12:00 AM UTC · 80 opinions
Resolution rules
Scientists analyzing samples from the far side of the Moon collected by the Chinese Chang'e-6 mission have found evidence that a thermal circulation of molten rock within the ancient lunar magma ocean would explain why the two sides of the Moon are so different: the near side is dark and basa
Source: www.sciencedaily.com
Frequently asked questions about this event
How is this event resolved?
Resolução: 'Sim' se até 31/03/2027 o estudo liderado pelo Prof. Hejiu Hui (Universidade de Nanjing) sobre a assimetria lunar a partir de amostras da missão Chang'e-6 for publicado com DOI em periódico de alto impacto (Nature, Science, Nature Geoscience, Earth and Planetary Science Letters ou equivalente com fator de impacto ≥5). Fonte: base de dados Web of Science ou Google Scholar com DOI confirmado.
How are points scored?
Points depend on the share of votes your side had when you gave your opinion. Being right earns 100 minus that share. Being wrong costs that share.
Right now Yes has 63% of the votes: an opinion on it that turns out right earns about 37 points, a wrong one costs about 63.