Photonic integrated circuit (PIC) is an optical chip that accommodates multiple photonic functions and is being developed as an alternative for electronic integrated circuits. Gain insights on the recent innovations in PIC technology and the value chain, i.e., developments pertaining to materials, fabrication and integration of PICs. It highlights the applications that might evolve in the next five to six years.
Micro energy harvesting technologies are gaining attention in building automation and wireless sensor applications. With the objective to eliminate batteries and costs related to maintenance and replacement, find out how these technologies will boost growth in the key sectors: building and home automation, industrial, and biomedical.
With unprecedented increase in the global population, dependency on primary resources like water, food and energy also increases. This 360º research focuses on the crucial relationship between water, energy and food and brings out the key developments and connection between water-energy, water-food and food-energy. It also addresses technology convergence and future opportunities.
Nuclear imaging is evolving as a next frontier in the medical imaging industry. Nuclear imaging has gained significant importance in the medical industry space by highlighting the physiology of diseases, which helps in addressing the disease at early stages with faster and accurate diagnosis.
The 360º research provides the list of top 10 technologies in the chemicals and advanced materials space that will have a major impact in the year 2018. Each technology is analyzed in terms of its market potential, application segmentation, innovation landscape and IP landscape.
From this 360º research get highlights on how ICT has led to transformational breakthroughs in the automotive landscape, enabling companies to gain a competitive advantage, creating new ways of generating revenue, and allowing convergence of technologies that have disrupted the status quo.
Efficient treatment technologies that will enable the recovery of precious resources, including rare earth metals, from electronic waste equipment is important for sustainability. These technologies will also help in the diversion of pollutants and health hazards from water and soil, and provide business opportunities in developing nations.
Frost & Sullivan has identified four key areas in the pharmaceuticals and life sciences industries where artificial intelligence and advanced analytics can play a formidable role: clinical trial management, drug candidate selection and pipeline development, drug repurposing and orphan drug identification, and personalized medicine. This research service will expand on these application areas and profile innovations that are happening across the globe and throughout the spectrum of innovation, spanning academia and the industry.
Material Technologies Shaping the Future of Electric Vehicles and Fuelling Growth Opportunities
Breakthrough Innovations and Key Transformations in PoC Diagnostics for Smart Healthcare
2018 Top Technologies Disrupting the Global Healthcare Landscape
2018 Top Technologies in Advanced Manufacturing and Automation Offer Novel Growth Prospects
Healthcare Innovations and Growth Opportunities in Emerging Economies