〇Kenjiro Fukuda¹, Yujiro Kakei^2,1, Shumpei Katayama^2,1, Masahito Takakuwa^2,1, Shinyoung Lee¹, Kazuya Furusawa³, Hirotaka Sato⁴, Shinjiro Umezu², Takao Someya^1,5 (1.RIKEN, 2.Waseda Univ., 3.Fukui Univ. Tech., 4.Nanyang Tech. Univ., 5.The Univ. Tokyo)

Sessions

Symposium » Organic Semiconductor Devices: Present, Past, and Future: Focusing on Photovoltaic Conversion

[17a-E402-1~3] Organic Semiconductor Devices: Present, Past, and Future: Focusing on Photovoltaic Conversion

[17a-E402-1] Organic Solar Cells Entering A New Phase

▲ [17a-E402-2] Organic semiconductors - from a lab curiosity to high-performance devices

[17a-E402-3] Linking the Bulk and Interface Electronic Structures to Device Physics of Organic Electronics

[17p-E402-1~9] Organic Semiconductor Devices: Present, Past, and Future: Focusing on Photovoltaic Conversion

[17p-E402-1] Demonstration of Valence Band Dispersion on Organic Semiconductor Single Crystals

[17p-E402-2] Conduction band structure and electron transport mechanism of organic semiconductors

[17p-E402-3] Flexible Electronics Based on Band-like Transporting Organic Semiconductor Single-Crystalline Thin Films

[17p-E402-4] Hierarchy and Metal Carrier Transport in Organic Polymeric Materials

[17p-E402-5] Apparent Carrier Mobility in Polycrystalline Thin-Films of Organic Semiconductors

[17p-E402-6] Organic Solar Cell Research Conducted by Vacuum Deposition and Development of Optoelectronic Devices

[17p-E402-7] Organic Photovoltaics Based on Semiconducting Polymers

[17p-E402-8] Photovoltaic Conversion Mechanism in Organic Solar Cells

[17p-E402-9] Rechargeable cyborg insects using ultrathin organic solar cells

Authenticate