South Korea to Host Largest Quantum Optics Conference in 2025
Seoul, Wednesday, 4 June 2025.
In 2025, South Korea will host a major conference on quantum optics, elevating its status in global scientific circles and fostering innovation in photonics essential for future tech.
Significance of the Conference
South Korea’s decision to host the largest conference on quantum optics in 2025 is a strategic move to bolster its position in the global scientific community. The conference, supported by entities such as the Korea Tourism Organization, aims to attract leaders in research and industry, promoting advancements in photonics technology which are crucial for the next generation of high-speed computing and data communication. Quantum optics, focusing on the behavior of light and its interaction with matter, plays a pivotal role in the evolution of technologies that utilize light instead of electrons, offering faster data transmission with less power consumption [1][2].
Advancements in Photonics
Photonics technology, which encompasses devices like computers and switches that use light, provides numerous advantages over traditional electronic systems. Innovations in this field are being driven by research at institutions like KAIST, where teams under Professor Jeong Jae-woong and Professor Park Sung-joon are developing liquid metal electronic inks that allow for the creation of advanced circuits at micro scales without the drawbacks of high surface tension and instability [4]. These advancements enhance the precision and efficiency of electronic devices, enabling the development of complex multilayer circuits and providing benefits such as increased data rate and reduced energy usage.
Key Innovators and Research
The conference will highlight significant contributions from Korean academic institutions. Researchers from KAIST and Seoul National University, notably Professors Jeong Jae-woong and Park Sung-joon, have been pivotal in developing new electronic inks using gallium, which transitions between solid and liquid states at slightly above room temperature. This breakthrough facilitates the printing of fine circuits, revolutionizing the production capabilities of electronic devices. Such technological advancements are expected to be showcased at the conference, emphasizing Korea’s growing influence in the field of quantum optics [4][5].
Future Implications
The implications of advancements in quantum optics extend beyond academia into areas such as quantum computing, telecommunications, and biomedical diagnostics. The research presented at the conference in May 2025 by teams including Professor Eom Ji-hyun from Pukyong National University explored selenium nanofilm synthesis processes that enable environmentally friendly electronic applications. These technologies present new possibilities for applications that require precision in controlling light and energy efficiency, highlighting the role of quantum optics in driving future innovations and sustainable growth across multiple sectors [5][6].
Bronnen
- k-mice.visitkorea.or.kr
- www.koreatechdesk.com
- quantum-korea.kr
- www.kaist.ac.kr
- www.etri.re.kr
- research.yonsei.ac.kr