Families Learning Science Together (FLST) is a hands-on science program for children ages 5 and up and their parents or caregivers. This program is lead by Cornell Center for Materials Research and co-sponsored with the Tompkins County Public Library (TCPL) in downtown Ithaca, NY.
The FLST hands-on workshops encourage children and their parents to explore how materials interact with each other. Faculty, post doctoral associates, graduate and undergraduate students from Cornell University present hands-on science modules on a variety of materials science topics. The FLST programs are aimed at children ages 5-13, though all ages are welcome.
The program will be on every second Saturday of the month throughout the year. It will run from 1pm – 2pm in the BorgWarner West room of the Tompkins County Public Library. All FLST programs are free to the public, but space is limited. Please reserve your spot by contacting us by email at email@example.com or by phone at (607) 592-4053. Drop-ins welcome if space allows.
Schedule of 2017 workshops and topics:
- June 10 – Colorful Kinetics: Families will explore the colorful world of Chemistry and chemical reactions. They will experiment with chemical reactivity by combining different food dyes with bleach.
- May 13 – Physics of Flight: Families will explore Bernoulli’s Principle by performing some fun demos. They will then construct a hoop and/or paper airplane and see how far they can get it to fly.
- April – No Program
- March 18 – Alka-Seltzer Rockets: Families will learn about the laws of motion and how they apply to rockets. Using this information, they will design, build, and launch their own rockets using a film canister and Alka-Seltzer tablets.
- February 25 – Heredity: Families will learn how traits are inherited from parents and why this leads to genetic variation in offspring. They will demonstrate how this works by creating their own alien(s) from a set of genetically distinct alien parents and comparing their appearances.
- January 14 – Electrostatics: Families will explore the phenomena and properties of slow-moving or stationary charges. They will be able to see a Van de Graaf generator in action, as well as make a static flyer and an electrophorous.