A High-k and Low Energy-disorder Spiro-nanopolymer Semiconductor

<p></p><p>Gridization become the rising toolbox of cross-scale chemistry that update the organic pi-conjugated polymers into nano-polymers with a nano-scale persistence length that offer the cornerstone to overcome the molecular limitation for the high-performance fourth-generation semiconductors. In this work, spiro-polygridization indeed exhibit the ultralong persistence length of ~41 nm with the extraordinary semiconducting behaviors such as a hole mobility of 3.94 × 10^-3 cm² V^-1 s^-1 and an ultralow energy disorder (<50 meV) as well as the high dielectric constant (<i>k</i> = 8.43). Gridochemistry open a way to organic intelligent multimedia facing organic intelligence.</p><p></p>

A High-k and Low Energy-disorder Spiro-nanopolymer Semiconductor

<p></p><p>Gridization become the rising toolbox of cross-scale chemistry that update the organic pi-conjugated polymers into nano-polymers with a nano-scale persistence length that offer the cornerstone to overcome the molecular limitation for the high-performance fourth-generation semiconductors. In this work, spiro-polygridization indeed exhibit the ultralong persistence length of ~41 nm with the extraordinary semiconducting behaviors such as a hole mobility of 3.94 × 10^-3 cm² V^-1 s^-1 and an ultralow energy disorder (<50 meV) as well as the high dielectric constant (<i>k</i> = 8.43). Gridochemistry open a way to organic intelligent multimedia facing organic intelligence.</p><p></p>