News

Hyeon-Ho's work on plasmonic nanopixels with his colleagues at University of Cambridge was highlighted in multiple media. 

• see Cambridge,  Nature Photonics, & more here

Hyeon-Ho's contribution work on chiral plasmonics was highlighted in multiple media. 

• see Bath,  Nature Photonics, & more here

Hyeon-Ho's contribution work on micro/nano propellers was highlighted in multiple media. 

• see Max Planck Society,  Science, & more here

Hyeon-Ho's contribution work on chiral plasmonics was highlighted as a cover article in the journal 'Small'.

• see here

Hyeon-Ho's work on stable nanocolloids with his colleagues at the Max Planck Institute was highlighted as a cover article in the journal 'Advanced Science'.

• see here

Hyeon-Ho received the 1st Haebong Scholarship Award from the Korean Scientists and Engineers Association in Germany (VeKNI e.V). 

• see here

Hyeon-Ho and his colleagues at the Max Planck Institute were interviewed by the Korean educational broadcasting system, EBS in South Korea  for the theme ‘Doctor robot!’ in the scientific documentary program ‘Beyond’.

• see here

Hyeon-Ho's contribution work on nanodiamond swimmers was highlighted as a cover article in the journal 'Advanced Materials'.

• see here

Hyeon-Ho received a Graduate Student Award from the European Material Research Society (EMRS) for his talk “Corrosion-protected 3D Core-shell Nanocolloids”. 

• see here

Hyeon-Ho received a Graduate Student Gold Award from the Material Research Society (MRS) for his talk “Chiral Plasmonic Nanosensors”.

• see here 

Hyeon-Ho's work on chiral plasmonics with his colleagues at the Max Planck Institute was highlighted in media.

• see here 

Hyeon-Ho's contribution work on micro/nano propellers was highlighted in multiple media. 

• see Max Planck Society & more here

Hyeon-Ho's work on 3D nanofabrication with his colleagues at the Max Planck Institute was highlighted as a cover article in the journal 'Advanced Science'.

• see here

Hyeon-Ho's work on 3D nanofabrication with his colleagues at the Max Planck Institute was highlighted as a cover article in the journal 'Nanotechnology'.

• see here