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Chao Wang

Welcome to Nanoscience & Biotechnology Lab

About the Lab

The research goal of our lab is to develop a multidisciplinary program that advances nanobiotechnologies through three main research themes in advanced manufacturing, nanophotonics, and biomolecular sensing. The educational goal is to train students at different levels with fundamental engineering and physical concepts, provide them with opportunities to tackle complex real-world problems, and prepare them with the skills and mindset that allow them to strive in the ever-changing technology landscape.

Recent News

2021.8 Smriti Sahu joins our group as a postdoctoral researcher. Welcome, Smriti !

2021.8 Zhi’s paper on DNA-Origami assembled single emitters has been online published with Nano Research.  Follow this link that provides full access to the paper through the Springer Nature Content Sharing Initiative.

2021.05 Dr. Wang delivers an invited talk at the 64th International Conference On electron, ion, and photon beam technology and nanofabrication (EIPBN 2021) on nanoparticle-based inexpensive, rapid, and accessible antigen sensors.

2020.12 Xiahui Chen successfully defended his Ph.D. dissertation! He is the first Ph.D. graduate from our lab. Congratulations, Xiahui! Wish you the best in your next chapter.

2020.12 Pengkun’s paper on sapphire based nanopore sensors has been online published with Biosensors & Bioelectronics.
Follow this link to read the news coverage from ASU.

2020.10 Dr. Wang delivers an invited talk at IEEE Nanotechnology Materials and Devices Conference on our recent research on sapphire supported low-noise nanopore sensors.

2020.8 Md Ashiqur Rahman Laskar joined our lab as a Ph.D. Student. Welcome, Ashiqur!

2020.8 Dr. Wang and collaborators Prof. Hao Yan and Prof. Rizal Hariadi are supported by NSF for DNA based storage and readout technologies (https://www.nsf.gov/awardsearch/showAward?AWD_ID=2027215). See the ASU news coverage here.

2020.4 Dr. Wang and collaborator Prof. Amit Meller at Technion are supported by NSF-BSF to develop a novel sapphire based TiO2 nanopore device for low-noise synchronous detection of DNA molecules and DNA methylation.

2020.4 Our paper (Printing continuous metal structures via polymer-assisted photochemical deposition) in collaboration with Dr. Yu Yao has been published on Materials Today (Impact factor 24). This work is also reported here on ASU Now.

2019.12 Dr. Wang and collaborator Dr. Yu Yao are supported by NSF to develop an additive manufacturing method to print silver structures with micrometer resolution and at ambient conditions for functional electronic and photonic applications.

2019.11 Dr. Wang and collaborator Dr. Yu Yao are supported by DOE to develop a polarimetric imaging system to attach to drones and deployed to evaluate the performance of concentrating solar-thermal power (CSP) collector systems.

2019.08 Our paper in collaboration with Dr. Hao Yan (Soft Robotics Programmed with Double Crosslinking DNA Hydrogels, link) is accepted by Advanced Functional Materials (impact factor 15.6). Congratulations, Zhi!

2019.08 Our paper in collaboration with Dr. Yu Yao (On Chip-Integrated Plasmonic Flat Optics for Mid-Infrared Full-Stokes Polarization Detection, link) is accepted by Photonics Research (impact factor 5.5). Congratulations, Jing and others!

2019.08 Our paper in collaboration with Dr. Yu Yao (Nature-Inspired Chiral Metasurfaces for On-Chip Circularly Polarized Light Detection, link) is accepted by Light: Science & Applications (a journal of Nature Publishing Group, impact factor 14.0). Congratulations, Ali and others!

2019.05 Our group presented at the EIPBN conference (http://www.eipbn.org/2019/). Zhi and Pengkun delivered five (5) oral presentations!

2019.04 Zhi’s paper (Photochemical synthesis of dendritic silver nano-particles for anti-counterfeiting, link) is accepted by Journal of Materials Chemistry C (Impact factor 6.6). Congratulations, Zhi!

2019.02 Dr. Wang is awarded the NSF CAREER award to investigate a new strategy towards early-stage cancer diagnostics using liquid biopsy on an integrated optofluidic chip.