Leon Chao

, , , , John Dragenov, , , , Proceedings Title Proceedings of CPEM 2024 Conference Dates July 6-11, 2024 Conference Location Denver, CO, US Conference Title Conference on Precision Electromagnetic Measurements 2024 Pub Type Conferences Citation Keck, L. , Arumugam, K. , Chao, L. , Comden, Z. , Dragenov, J. , Seifert, F. , Newell, D. , El Haddad, D. and Schlamminger, S. (2024), Applications and Limitations of the Kibble-Robinson Theory, Proceedings of CPEM 2024, Denver, CO, US (Accessed April 20, 2024)

I am 100 percent a millennial (lol), which—according to the Merriam-Webster dictionary—means I’m a “person born in the 1980s or 1990s.” To me, being a millennial means belonging to a cultlike group within a large population of present-day wannabe-adults for whom seemingly arbitrary words like Rugrats, Dunkaroos, Charizard, Spice Girls, and It’s Morphin’ Time!!! can spark extreme nostalgia and reboot our brains back to the golden days of real pop culture.

The dynamics of a swinging payload suspended from a stationary crane, an unwanted phenomenon on a construction site, can be described as a simple pendulum. However, an experienced crane operator can deliver a swinging payload and have it stop dead on target in a finite amount of time by carefully modulating the speed of the trolley. Generally, a series of precisely timed stop and go movements of the trolley are implemented to damp out the kinetic energy of the simple harmonic oscillator.