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Nick Amos
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My Introduction
-Berklee Grad
-Machinist
-Father of two
-HUGE horology nerd
In joining this website I hope to gain some deeper understanding of the mathematics and predicted behaviors of a Spherical Pendulum. I stumbled across a physics paper, several actually on the subject that peaked my interest but they're loaded with more information than I can digest. I also hope to connect with others who have experience with programs like Wolfram or MapleSoft (or others) so that I can visualize, customize conditions, and record my explorations into the subject.
I'm very interested in designing and building a new type of mechanical clock that exploits specific traits of the spherical pendulum system to achieve accurate(TBD) levels of timekeeping.
If you have any advice or a solid direction to point me into I will be eager to read on and keep digging at these subjects.
-Berklee Grad
-Machinist
-Father of two
-HUGE horology nerd
In joining this website I hope to gain some deeper understanding of the mathematics and predicted behaviors of a Spherical Pendulum. I stumbled across a physics paper, several actually on the subject that peaked my interest but they're loaded with more information than I can digest. I also hope to connect with others who have experience with programs like Wolfram or MapleSoft (or others) so that I can visualize, customize conditions, and record my explorations into the subject.
I'm very interested in designing and building a new type of mechanical clock that exploits specific traits of the spherical pendulum system to achieve accurate(TBD) levels of timekeeping.
If you have any advice or a solid direction to point me into I will be eager to read on and keep digging at these subjects.
