However, n-type OSCs showing the same level of performance have not yet been achieved because of the lack of molecular design strategies based on suppression of molecular motions.īecause of the unique electronic requirements for n-type OSCs ( E LUMO < −4.0 eV), a common molecular design strategy involves the introduction of strong electron-withdrawing groups such as imide, cyano, and halogen moieties ( 25). The n-type OSCs have been developed on the basis of electron-deficient π-cores ( 23– 25), such as arylene diimide derivatives ( 26), and hence, some high electron mobilities greater than 5 cm 2 V −1 s −1 have been reported ( 27– 29). These materials have been incorporated into solution-processed transistors and have exhibited hole mobilities exceeding 10 cm 2 V −1 s −1 and ambient stability and thermal durability features that are required for practical applications in future high-end printed electronics ( 15, 16, 20, 22). Recent advances in the design of p-type, bent-shaped π-electron systems ( 15– 21) have resulted in two-dimensional (2D) charge-transport herringbone-type packing structures due to multiple intermolecular interactions as well as suppressed molecular motions ( Fig. However, reductions in dynamic disorder originating from thermally induced intermolecular vibrations (that is, molecular motion) ( 8– 14) also can be important factors for improving mobility. For weakly bound OSCs, mobility is determined primarily by effective mass ( m*) that results from the overlap of molecular orbitals between two adjacent molecules ( 5– 7). Charge-carrier mobility (referred to as mobility) is one of the most important performance indicators for a semiconductor. The intrinsic high solubility of OSCs in organic solvents also enables low-cost mass production using solution-processing techniques ( 1– 4). These properties are in contrast to those of covalently bonded inorganic semiconductors such as silicon. ASUS will review each applicant ‘ s submitted documents.The aggregation of π-electron systems in organic semiconductors (OSCs) via weak intermolecular interactions can produce soft, lightweight, and mechanically flexible materials.Please click on the “ Apply Now” link and follow the instructions to fill out your information, attach required documents and then submit.One-page resume that includes schools, areas of research and bio.College transcript from the past two years.Year-round internship program: application open year-round and no deadline.Year-round internship: minimal 8 hours per week.Starting from for international students. Summer internship: A 3-month long program.College juniors and first year graduate students preferred. You need to be enrolled full-time as college students.
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We offer competitive salary, plus health insurance, meal allowances, etc. Modern workspace, hi-tech and start-up work style… Come unleash your endless creativities here!!! ✓ Competitive Salary and Benefits You will definitely be challenged & grow in your technical skills & articulation! ✓ Innovative Working EnvironmentĪICS office is in the brand-new ASUS Li-Gong building. Work with AI professionals & learn from these industrial mentors while you are working on your degrees. You will have opportunities to contribute your ideas and creativities in the projects which match your area of expertise & interests. Opportunities for hands-on experience in product development in a world-class business environment – you will greatly sharpen and enhance your workplace communication skills via project discussions and interaction with team members from engineering to product management! ✓ Put Your Knowledge Into Practice!
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We have opportunities in various roles such as software engineers, marketing managers, product managers, UX/UI designers! ✓ 3C Enhancements – Communication, Collaboration, and Coordination We provide a top notch AI platform for Computer Vision, Speech Recognition, NLP, Cloud Services, Big Data Analytics and Machine Learning. The final leg of the race from college to industry! Accelerate your career development & growth by joining AICS intern program right now!Ħ program highlights that you don’t want to miss ✓ Diversified AI Fields
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