Kilwon Cho is a materials scientist who hopes to see his research on organic electronics applied in everyday life.
Results for "computing"
Advanced Intelligent Systems: New Premium Open Access Journal, Now Open for Submission!
Advanced Intelligent Systems will publish multidisciplinary scientific and engineering research related to intelligent systems. The journal is now open for submission!
![Advancing Photonic Devices with 2D Semiconductors [Video]](https://www.advancedsciencenews.com/wp-content/uploads/2018/11/adma201802687_ASN_image.jpg)
Advancing Photonic Devices with 2D Semiconductors [Video]
Novel photonic device concepts can be realized with transition metal dichalcogenides.
New Entries to the Advanced Intelligent Systems Special Series
There are new top papers in Advanced Intelligent Systems special series. All included papers are free to read for a limited time!
A Flat World? Growth Mechanisms in 2D Materials
Researchers from Singapore and China review the use of computational modeling for a better understanding of 2D materials.
Data Assimilation in the Geosciences
The theoretical background to confront head-on the problem of data assimilation together with several examples of practical applications is provided.
1st International Symposium on Single Photon-based Quantum Technologies
Bringing together leading quantum researchers to pave the way towards quantum-enabled devices in the near future.
3D Printing to the Molecular Limit
New findings have the potential to vastly increase the functional capabilities of 3D-printed devices for industries such as electronics, healthcare and quantum computing.
New Ultra‐Low‐Cost Smartphone Sensor To Diagnose Autoimmune Disease
American researchers designed a smartphone octo‐channel optosensor (SOS) for low‐cost low‐volume lab tests as a mHealth diagnostic tool.
Mix and Match Nanobiosensor Design using Self-Assembled DNA Nanostructures
DNA origami nanobiosensor: The binding of the bioanalyte (left) with the ssDNA-associated bioreceptor (center) on the surface of the DNA origami is transduced as a measurable change in properties (right) that can be recognized and quantified by a detector.
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