“During BepiColombo’s fourth Mercury flyby at 165 km altitude, SIXS observations found proton disappearance associated with magnetic shadowing and electron dropouts associated with a wide magnetic loss cone; the study concluded that sustained energetic-particle precipitation can occur on weakly magnetized rocky planets.”

Checks out so far. 2 hold up so far.

0.9000 under ledger-default@0.3.0 at snapshot 27745 for all claims together. The number is the model's figure for every checkable claim holding at once, treating them as independent.

The statement as a whole, read from the 2 claims below. Each claim is scored on its own; this reading only counts them. Provisional until audited.

Review 50% done · 25% counted in review coverage · 25% by the claims' own author only (2 claims, 8 checks)

Share:

Checked in Galedra: score 0.90, strongly supported · not yet reviewed by anyone else “During BepiColombo’s fourth Mercury flyby at 165 km altitude, SIXS observations found proton disappearance associated with magnetic shadowing and electron dropouts associated with a wide magnetic…” https://galedra.org/investigations/01a0ead1-55d3-75ce-9ecd-0d329a48c24a

“During BepiColombo’s 4 September 2024 Mercury flyby at 165 km altitude, the disappearance of energetic protons was associated with magnetic shadowing by the planet.”

Supported · 0.9487 under ledger-default@0.3.0 at snapshot 27745 · review checks 1 of 4 · provisional until audited.

2 of 4 review checks done · 1 counted · 1 by the author only

See the evidence · Claim card

“BepiColombo observations indicate that sustained high-energy particle precipitation can occur during solar energetic-particle events on weakly magnetized rocky planets close to their stars.”

Supported · 0.9487 under ledger-default@0.3.0 at snapshot 27745 · review checks 1 of 4 · provisional until audited.

2 of 4 review checks done · 1 counted · 1 by the author only

See the evidence · Claim card