[原分所演講] IAMS lecture on June 20, 10:00am, C. T. Chang Memorial Hall, Dr. Prathik Roy
IAMS Lecture Announcement
中研院原分所演講公告
中研院原分所演講公告
Title: Accelerate Your Research Using Nature Research Group’s Artificial Intelligence Powered Nanotechnology Platform
Speaker: Dr. Prathik Roy (Scientific Advisor & Manager - Nanoscience & Technology, SpringerNature, New York)
Time: 10:00 AM, June 20 (Wednesday), 2018
Place: C. T. Chang Memorial Hall, IAMS (本所張昭鼎講堂 臺大校園內)
Contact: Dr. Kuei-Hsien Chen 陳貴賢所長
Speaker: Dr. Prathik Roy (Scientific Advisor & Manager - Nanoscience & Technology, SpringerNature, New York)
Time: 10:00 AM, June 20 (Wednesday), 2018
Place: C. T. Chang Memorial Hall, IAMS (本所張昭鼎講堂 臺大校園內)
Contact: Dr. Kuei-Hsien Chen 陳貴賢所長
Abstract:
Growing public and private investment into nanotechnology has led to a significant rise in nanotechnology data generated, with increasing research output and patents over the last decade. Nanotechnology has made a significant impact on a wide range of industries from medicine to aerospace – in developing new products and applications. However, utilizing this rapidly growing data remains a critical challenge. The increasing diversity of nanomaterials, leads to a gap between data generation and data access. Nano.nature.com known as Nano is an artificial intelligence powered research solution under the Nature Research portfolio that aims to provide highly indexed and structured information related to nanomaterials derived from peer-reviewed journals across all major publishers. These include composition, synthesis, properties, characterization methods and application information. This talk will illustrate on the impact of nanoscience around the world and how Nature Nano can aid nanotechnology research communities to obtain fast and precise insight into the wealth of nanotechnology based scholarly knowledge.
Growing public and private investment into nanotechnology has led to a significant rise in nanotechnology data generated, with increasing research output and patents over the last decade. Nanotechnology has made a significant impact on a wide range of industries from medicine to aerospace – in developing new products and applications. However, utilizing this rapidly growing data remains a critical challenge. The increasing diversity of nanomaterials, leads to a gap between data generation and data access. Nano.nature.com known as Nano is an artificial intelligence powered research solution under the Nature Research portfolio that aims to provide highly indexed and structured information related to nanomaterials derived from peer-reviewed journals across all major publishers. These include composition, synthesis, properties, characterization methods and application information. This talk will illustrate on the impact of nanoscience around the world and how Nature Nano can aid nanotechnology research communities to obtain fast and precise insight into the wealth of nanotechnology based scholarly knowledge.
References:
1. What is Nano?, Nature Nanotechnology 11, 575, 2016
1. What is Nano?, Nature Nanotechnology 11, 575, 2016
Author Biography:
Dr. Prathik Roy is the Product manager for Nanoscience and Technology at Springer Nature, New York. He is a former MacDiarmid Postdoctoral fellow from University of Canterbury, New Zealand where he developed photodetectors and solar cells. He was also a Post-doctoral fellow in National Taiwan University where he worked on graphene-based sensors, LEDs and photocatalytic materials. He obtained his Ph.D. from National Taiwan University where his thesis focused on the synthesis of nanomaterials for biosensing. During his academic career, Prathik has published 30 peer-reviewed research articles in addition to being the recipient of 6 international research scholarship awards.
Dr. Prathik Roy is the Product manager for Nanoscience and Technology at Springer Nature, New York. He is a former MacDiarmid Postdoctoral fellow from University of Canterbury, New Zealand where he developed photodetectors and solar cells. He was also a Post-doctoral fellow in National Taiwan University where he worked on graphene-based sensors, LEDs and photocatalytic materials. He obtained his Ph.D. from National Taiwan University where his thesis focused on the synthesis of nanomaterials for biosensing. During his academic career, Prathik has published 30 peer-reviewed research articles in addition to being the recipient of 6 international research scholarship awards.