Highlights
Insights on properties of 2D materials
September 20, 201720 Sep 2017. NUS researchers have established new insights on the fundamental properties of two-dimensional (2D) molybdenum disulphide (MoS2) with potential for…
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Organic molecules for high capacity rechargeable batteries
September 11, 201711 Sep 2017. NUS chemists have developed molecule-based organic cathodes for ultra-stable high capacity rechargeable batteries. Rechargeable batteries are the…
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Molecular diodes with rectification ratio exceeding 100k
July 04, 20174 Jul 2017. NUS scientists have constructed a molecular diode with a rectification ratio as good as silicon based ones….
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NUS and BASF scientists open a way to high performance organic transistors for flexible electronics
April 25, 201725 Apr 2017. NUS scientists in collaboration with BASF SE scientists have jointly developed a novel device structure for organic…
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Giant Stark effect in black phosphorus
April 12, 201712 Apr 2017. NUS chemists have demonstrated an electrical field-controlled giant Stark effect in black phosphorus for potential applications in…
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Low cost, scaleable method for producing 2-D polymer layers
February 20, 201720 Feb 2017. NUS chemists have developed a method to make two-dimensional (2D) polymers with high energy storage performance for…
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Towards “artificial molecules” of semiconductor nanocrystals
December 01, 20161 Dec 2016. NUS chemists have developed a synthesis approach to link semiconductor nanoparticles in a site-specific, stoichiometrically controlled manner…
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Solution-processable conducting films with extreme work functions
November 24, 201624 Nov 2016. NUS scientists in collaboration with scientists at Cambridge Display Technology Ltd (CDT), a subsidiary of Sumitomo Chemical…
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Polarons for flexible electronics
October 31, 201631 Oct 2016. NUS scientists have published a report to revise the 30-year old polaron band model for doped organic…
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On-chip molecular electronic plasmon sources
October 19, 201619 Oct 2016. NUS scientists have developed on-chip molecular electronic plasmon sources without using optical elements for ultra-high speed electronics. A…
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High photoconductivity from hybrid bilayer
October 06, 20166 Oct 2016. NUS physicists have developed a high performance photodetector built on ahybrid bilayer of tungsten diselenide (WSe2) and perovskite….
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A new class of materials
August 22, 201622 Aug 2016. NUS physicists and collaborators have developed ultra-thin films of a new class of materials: Weyl semi-metals. A…
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