When the size of particles are reduced to several nanometers (nm), the electrical and optical properties of the particles are signi...

2022-03-31

Prof. Yoon’s group at KAIST and Prof. Mezzenga’s group in ETH have presented a new platform on which to fabricate and control amylo...

2022-04-25

When there is a loss in a laser system requiring a gain, the minimum energy required for operation (i.e., the threshold energy) inc...

2021-10-25

Quantum dots refer to a semiconductor material with size of several nanometers (nm). It is an inorganic light-emitting material tha...

2021-04-15

Prof. Cho’s group at KAIST formed nitride semiconductor quantum dots using pyramidal-shaped three-dimensional nanostructures, and s...

2021-04-14

Prof. Il-Doo Kim, Prof. Hong Jung-Wuk, and Prof. Seokwoo Jeon jointly developed a novel multi-stimuli-responsive (thermochromic and...

2020-10-10

The Center for Advanced Materials Discovery towards 3D Display of the KAIST Institute for the Nanocentury (KINC) is dedicated to re...

2020-02-28

Professor Seokwoo Jeon’s research team has developed a solution-phase synthesis method of two-dimensional WO3 nanosheets chemically...

2018-10-06

Efficient solid-state photoluminescent graphene quantum dots embedded in boron oxynitride (GQD@BNO) was applied to AC powder electr...

2018-10-06

Professor Doh Chang Lee’s team unveiled the growth mechanism of colloidal semiconductor nanorods (NRs). Atomic-precision control of...

2018-05-10

The first two-dimensional crystals discovered by mankind Graphene, also known as the first two-dimensional crystal discovered by m...

2017-02-28

KAIST researchers reveal how laser annealing technology leads to the synthesis of graphene from silicon carbide (SiC). The laser...

2016-12-22

"Sublimation and recondensation of liquid crystal molecules can produce complex curvatures at the nanometer scale such as an Udumba...

2016-05-02

Luminescence from graphene-based quantum dots Graphene is now a well-known two-dimensional material composed of a single atomic la...

2015-11-30

Organic insulator: a key material for future soft electronics A field-effect transistor (FET) is an essential component of moder...

2015-11-30

A way to transfer graphene Since Andre Geim and Konstantin Novoselov at the University of Manchester discovered how to isolate a...

2015-05-15

Opening the era of paper-thin displays “Graphene quantum dots made using the graphite intercalation compound method produce hig...

2014-12-31

The dilemma of graphene coating: To be or not to be hydrophobic The hydrophobicity (or philicity) of a surface tells us how the ...

2014-10-17

Dry transfer technology for two-dimensional materials applied to various platforms "In the short term, graphene can be applied t...

2013-12-31

Development of world-leading stretchable electronic materials "As the wearable computer market has become more active, it is exp...

2013-12-31