Difference between revisions of "Jittery finger problem"
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The concern here is that '''nanorobotic machinery and tooltips may jitter too much to allow for [[positional atomic precision|positionally atomically precise]] [[mechanosynthesis]]'''. | The concern here is that '''nanorobotic machinery and tooltips may jitter too much to allow for [[positional atomic precision|positionally atomically precise]] [[mechanosynthesis]]'''. | ||
| − | This is strongly related to [[wobbly fingers]] and [[sloppy fingers]] as [[stiffness]] (and choice of robotic geometry) is what keeps deflection amplitudes | + | This is '''strongly related to [[wobbly fingers]] and [[sloppy fingers]]''' as <br> |
| − | So the concern is discussed there. Results are promising for this to work. | + | [[stiffness]] (and [[choice of robotic geometry]]) is what keeps deflection amplitudes (jittering) <br> |
| + | agitated by thermal motions in check. So the '''concern is discussed there'''. Results are promising for this to work. | ||
== Related == | == Related == | ||
Latest revision as of 10:28, 30 August 2023
Up: Finger problems
This page is completing the finger problems pages.
Beyond fat fingers and sticky fingers suggesting themselves are:
sloppy fingers, wobbly fingers, and jittery fingers.
Deflections (wobbling) from thermal motions
The concern here is that nanorobotic machinery and tooltips may jitter too much to allow for positionally atomically precise mechanosynthesis.
This is strongly related to wobbly fingers and sloppy fingers as
stiffness (and choice of robotic geometry) is what keeps deflection amplitudes (jittering)
agitated by thermal motions in check. So the concern is discussed there. Results are promising for this to work.
