Facebook cracks down on vaccine misinformation
In a blog post, the Menlo Park, Calif. company said it will reject any ads containing misinformation about vaccines, remove any targeted advertising options like 'vaccine controversies,' and will no longer show or recommend content containing this type of misinformation on Instagram Explore or hashtag pages."
Submitted via IRC for FatPhil
Combatting Vaccine Misinformation
We are working to tackle vaccine misinformation on Facebook by reducing its distribution and providing people with authoritative information on the topic.
[...] Leading global health organizations, such as the World Health Organization and the US Centers for Disease Control and Prevention, have publicly identified verifiable vaccine hoaxes. If these vaccine hoaxes appear on Facebook, we will take action against them.
For example, if a group or Page admin posts this vaccine misinformation, we will exclude the entire group or Page from recommendations, reduce these groups and Pages’ distribution in News Feed and Search, and reject ads with this misinformation.
We also believe in providing people with additional context so they can decide whether to read, share, or engage in conversations about information they see on Facebook. We are exploring ways to give people more accurate information from expert organizations about vaccines at the top of results for related searches, on Pages discussing the topic, and on invitations to join groups about the topic. We will have an update on this soon.
We are fully committed to the safety of our community and will continue to expand on this work.
(Score: 1) by khallow on Friday March 15 2019, @02:24PM
Note the use of the word, "sideways". 10 kilometers per second is about 110 US football field lengths a second. If the Earth were a point mass, then every orbit would trace out an ellipse relative to the Earth. How close to circular it was would depend on how close the centrifugal force of the sideways motion came to countering the pull of gravity. The curvature as such remains the same, but trajectories of faster objects don't curve as much.