The world of horology is based on the idea that there are patterns in the world around us that can be reflected in watches and clocks. These patterns range from the simplest timekeepers, which use stable mechanical, electromechanical, and quantum oscillators, to highly complex calendars that reflect cycles in the universe, including the movement of astronomical bodies.

Starting with the simplest ideal classical oscillator — a pendulum with a massless rod swinging in a vacuum on a frictionless bearing — this lecture will explore the differences between ideal systems and their physical manifestations.

At the June lecture of the Horological Society of New York (HSNY), Jack Forster, Global Editorial Director of The 1916 Company, will discuss factors affecting the stability of oscillators and the behavior of longer natural cycles that determine the structure of calendars. The challenge for horologists is to understand that it is impossible to perfectly replicate the behavior of idealized systems, but the goal is to get as close as possible.

What connects the simplest and most complex horological mechanisms is their attempt to capture the ideal — whether it’s an ideal oscillator or a perfectly harmonious calendar — in a mechanical form.

*Doors open at 5:30 pm ET, lecture to begin at 6 pm ET. RSVP is required.

** The lecture video will be available to members immediately, and to the general public following a two-month delay.

Time: 6:00-8:00 pm EST

Free!

Registration