THE Indian Union Minister for Science and Technology and Earth Sciences, Dr Harsh Vardhan, pictured, led the Indian delegation at the 5th Indo-UK Science and Innovation Council Meeting (SIC) held at London. It was co-chaired by Mr. Jo Johnson, Minister of State for Universities and Science, UK.
Dr Harsh Vardhan informed that as a part of the commitment to the Solar Alliance, the India-UK networked Centre on Solar Energy would be established. It would be linked to India’s renewable en-ergy mission and UK’s Supergens Programme.
The research projects will focus on systems level design and development covering Solar energy generation, storage systems and grid integration particularly for micro-grid systems.
India would be investing Rs.50 crores over a period of five years with matching contribution from Research Council UK (RCUK) under the Newton-Bhabha Programme.
The Minister also noted that the Ministry of Earth Sciences of Government of India and Natural Environment Research Council (NERC), UK are working on large observational campaign involving UK aircraft, Indian ships accompanied by surface observations primarily to address role of small scale processes to address variability of Indian monsoon leading to improved prediction of monsoon from short range to seasonal time scale.
The SIC is the apex body which oversees the entire gamut of the India-UK science, technology and innovation cooperation and meets once in two years. The last meeting of the SIC was held in New Delhi in November 2014 during which both countries had launched the Newton-Bhabha Programme to support the bilateral Science & Technology cooperation.
Currently, the value of investment in Indo-UK research and development cooperation from multiple Indian and UK agencies exceeds £200 million pounds of co-funding. UK stands amongst the top three collaborating countries in science and technology with India.
As a result of this strengthening of the Indo-UK Science & Technology cooperation, the SIC announced access to Indian researchers to the Neutron Scattering facility of the UK’s Science and Technology Facilities Council (STFC) at Rutherford Appleton Laboratory, Oxford.
This unique facility, based on the use of neutron scattering and muon spectroscopy, is a world class facility at Oxford to carry out fundamental research on understanding a wide range of matter at the fundamental level.
This will help to enhance Indian capability to fabricate structures at Nano scale level for creating interesting and technologically important materials through research in fundamental science. As a part of the Nano mission program, the Department of Science & Technology would be investing Rs.26.5 crores.
Both nations have also agreed to address a wide range of societal challenges in the fields of food, energy and water security; health and well-being; smart cities and rapid urbanisation with increasing access and sharing of expertise, resources and facilities.
The co-operation is aimed to yield high quality and high impact research outputs having industrial relevance, targeted towards addressing societal needs.
In the area of health sciences, the focus is to address health needs of women and children.Water quality research: In the field of Water Quality Research, the Department of Science and Technology (DST) and NERC-UK will initiate a collaborative research program to improve water quality in India.
The program would address the problem of natural, geogenic contaminants such as arsenic and fluoride as well as man-made pollutants like pharmaceutical and personal care products increasingly being found in ground water.
This program is being developed to support implementation of the goals of the National Mission for Clean Ganga. Energy efficiency:Under the Newton-Bhabha Programme, the two sides have also agreed on a collaborative program on Energy Efficiency in Built Environment as a part of the Smart Cities mission.
The two countries have also been involved in promoting partnerships through the UK-India Education and Research Initiative (UKIERI).