Permittivity of Ferroelectric Nanoparticles in a Silicone Composite

Sandia National Laboratories Engineering, 2024–25

Liaison(s): Todd Monson, Renee Van Ginhoven
Advisor(s): Albert Dato
Students(s): Brigitte Lynch Johnson (TL-S), Vanessa Bartling (TL-F), Miranda Brandt (S), Kayla Long (S), Luis Ramon Lorenzana (S), Ian Smith (S), Ian Osborne (F), Warren Pham (F), Tali Smith (F)

The Sandia National Laboratories Clinic team is researching nanocomposites made of barium titanate nanoparticles within a silicone-based polymer. Barium titanate is widely used in electronics and energy storage due to its ferroelectric properties. The team has fabricated these nanocomposites to measure how these properties change with nanoparticle size. In addition, the team has performed density functional theory simulations to understand how the silicone molecules bind to the surface of a barium titanate particle.