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Achievements / Highlights
10 Jul 2017
Thermodynamically Stable Synthesis of Large-Scale and Highly-Crystalline Transition Metal Dichalcogenide Monolayers and Their Unipolar n-n Heterojunction Device
Publications

Juwon Lee, et al. , Advanced Materials, 29, 1702206, 2017

6 Jul 2017
Highly Stable 3D Porous Heterostructures with Hierarchically-Coordinated Octahedral Transition Metals for Enhanced Performance Supercapacitors
Publications

John Hong et al., Nano Energy, 39, 337, 2017 

4 May 2017
Hierarchically assembled tubular shell-core- shell heterostructure of hybrid transition metal chalcogenides for high-performance supercapacitors with ultrahigh cyclability
Publications

Young-Woo Lee et al., Nano Energy, 37, 15, 2017

2 May 2017
1D-NEON: RF POWERED BRIGHT SMART CURTAIN
Videos

1D-Neon partner Bioage realized a wireless powered textile smart curtain, demonstrating yet another step towards smart functional textiles as envisioned by 1D-NEON. 

Video can be accessed here:

28 Apr 2017
1D-NEON: LEDs TEXTILE STRIP (1mm)
Videos

To demonstrate one of the concepts of 1D-Neon Bioage realized a LEDs textile strip based on 1mm textiles fibres provided by SAATI. 

Video can be accessed here:

 

21 Apr 2017
Red Green Blue Emissive Lead Sulfide Quantum Dots: Heterogeneous Synthesis and Applications
Publications

Bo Hou, et al., Journal of Material Chemistry C, 5,3692, 2017

15 Dec 2016
1D-NEON: TUNED ANTENNA AND CAPACITOR ON FABRIC
Videos

Demonstrating another concept of 1D-Neon Bioage fabricated a tuned antenna and capacitor stitched on a fabric substrate
Video can be accessed here:

21 Oct 2016
Subthreshold Schottky-barrier thin-film transistors with ultralow power and high intrinsic gain
Publications

S. Lee and A. Nathan, Science, 354, 302, 2016. 

12 Oct 2016
1D-NEON: 4X4 LED ACTIVE MATRIX ON TEXTILE - UPDATED
Videos

To demonstrate one of the concepts of 1D-Neon Bioage realized an active 4x4 matrix of LEDs based on textiles fibres. It is an hybrid approach integrating textile fibres with small discrete electronic components (N-channel MOSFETs and LEDs).

An electronic circuit was also designed and fabricated at Bioage to drive the 4x4 textile matrix.

Videos can be accessed here:

 

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