this post was submitted on 13 Aug 2024
1103 points (99.1% liked)
Comic Strips
12585 readers
2920 users here now
Comic Strips is a community for those who love comic stories.
The rules are simple:
- The post can be a single image, an image gallery, or a link to a specific comic hosted on another site (the author's website, for instance).
- The comic must be a complete story.
- If it is an external link, it must be to a specific story, not to the root of the site.
- You may post comics from others or your own.
- If you are posting a comic of your own, a maximum of one per week is allowed (I know, your comics are great, but this rule helps avoid spam).
- The comic can be in any language, but if it's not in English, OP must include an English translation in the post's 'body' field (note: you don't need to select a specific language when posting a comic).
- Politeness.
- Adult content is not allowed. This community aims to be fun for people of all ages.
Web of links
- [email protected]: "I use Arch btw"
- [email protected]: memes (you don't say!)
founded 1 year ago
MODERATORS
you are viewing a single comment's thread
view the rest of the comments
view the rest of the comments
Does newton's laws apply to massless objects?
Massless objects always move at the speed of light (photos are massless). More important here is, that easy is not on a uniform motion, but rotating around sun, which is rotating around.... So even if they remain in their last motion, their path would cover from earth... But motion relative to what? The only special frame of inertia is the cosmic background, and that statement is still under debate
Speed is always considered relative to something. It wouldn't be too far fetched to consider ghosts to maintain speed relative to the remains of the body of their late life.
If we take a cue from dark matter, they could just not interact with the EM spectrum but still have mass
What's stopping them?
(Pun very much intended)
I don't see how. The law of motion for massless things seems to be "must stay in motion at c in a vacuum until smashing into something, slowly turning into something weird as it loses energy due to the expansion of the universe."