The government has given a green signal to the long-standing demand of Indian scientists to be an associate member of European Organisation for Nuclear Research (CERN).
According to a top ministry official, “The government has approved India’s associate membership of CERN. But it will take about an year for formalities to be completed.”
During an event celebrating the 75 years of the discovery of Higgs-Boson, Union Minister Harsh Vardhan said, “The approval to be an associate member came at the end of March but due to parliamentary session it was postponed.”
As an associate member, India would be entitled to take part in the open and restricted sessions of the organization, but will have to pay $11 million dollars annually. The non-member states are allowed to attend council meetings and to receive documents without taking part in the decision making procedure of the organization.
Notably, India will be the second country in the Asia-Pacific zone to get such a status after Pakistan.
BARC’s core mandate is to sustain peaceful applications of nuclear energy, primarily for power generation
BARC operates a number of research reactors across the country
BARC designed India’s very first pressurized water reactor of 80mw capacity at Kalpakkam facility
The Bhabha Atomic Research Centre (BARC) is India’s premier nuclear research facility based in Trombay, Mumbai, and Maharashtra. BARC is a research centre for advanced research and development covering the nuclear science and related areas. BARC’s core mandate is to sustain peaceful applications of nuclear energy, primarily for power generation.
The Core philosophy of BARC is the peaceful application of nuclear energy, but nuclear bombs are just as important for peace.
BARC manages all aspects of nuclear power generation, from the theoretical design of reactors, computerised modelling, risk analysis, development and testing of new reactor fuel materials, etc. It also conducts research in spent fuel processing, and safe disposal of nuclear waste. Its other research focus areas are applications for isotopes in industries, medicine, agriculture, etc. BARC operates a number of research reactors across the country.
Homi Bhabha was the man looking after the entire progress of research facility. He was known for devising the correct expression for scattering electrons, by a process called as ‘Bhabha scattering’. According to reports, Homi Bhabha died in a mysterious air crash. There are assassination conspiracy theories going around the corners that the plane by which Bhabha was travelling was brought down by the CIA. Only a bag with unimportant documents was found from the site and rest everything was missing.
BARC handles all facets of nuclear power generation in India. From Designing of reactors, modelling, risk analysis and simulation, it all happens here. Just another day at work!
BARC was earlier known as Atomic Energy Commission (AEC) and was created in 1954. Scientists at that time were brought in from Tata Institute of Fundamental Research. The name was changed to BARC (Bhabha Atomic Research Center) to honour Homi J. Bhabha.
While the freedom struggle was on, Homi J. Bhabha started his career in nuclear physics in the UK, in 1939. Homi Bhabha– Father of Indian Nuclear Program – was visiting India in 1939 on a holiday. He chose to stay back and revive its fortunes in nuclear energy.
BARC till date has successfully established multiple 5 Power Reactors. Initially, the first power reactors were brought from America. But now, India is now fully equipped to carry on research and designing of nuclear reactors independently. Apsara in 1956 was the first reactor. CIRUS was another reactor provided by Canada. India used the spent fuel from CIRUS for conducting the 1st nuclear test in 1974. You can thank Canada for the CIRUS and USA for heavy water. Though they actually didn’t like India’s success in the nuclear field.
BARC designed India’s very first pressurized water reactor of 80mw capacity at Kalpakkam facility.
BARC employees cannot even carry a silly SIM card inside the premises. People here work from the everlasting captivity of gadgets.
A total of 3,887 health-related deaths in the atomic energy hubs across the country over the last 20 years were due to cancer.
Nearly one scientist/officer per month on an average in the last 20 years took his or her life. As per the Investigations, the infamous chain of events was either due to family problems or prolonged illness. Sad but true.
BARC played a significant role in making India the 6th country in the world to have a nuclear submarine. India does boast about being one of the very few nations, who have nuclear strike capability from land, air and sea. The submarine developed by our scientist can go untraced from one end of Indian Ocean to the other without being traced and it adds muscles to India’s second strike capability. Needless to mention, India adheres to no-first policy for nuclear warfare.
In the context of Civilian Research, BARC scientist has successfully developed 15 new varieties of groundnuts. That includes 3 varieties of mustard, 2 of soybean, 8 of greengram, 5 of blackgram and many more. The recently produced large seed mutant varieties rewarded many farmers, traders and exporters by virtue of their moderate seed dormancy and superior productivity.
BARC has decided to establish 3 multi-million and multi-products plants in Punjab. The facilities will be fully equipped to handle the crop diversification needs of the state. The facility will be used for the processing of high yielding varieties of potatoes, sugarcane and maize.
BARC and ECIL have jointly developed an IDSN (Indian Deep Space Antenna System) that will be used for reception of data from Chandrayaan-1.
Dhruva reactor developed at BARC is Pride of the Nation. Dhruva reactor is the most crucial achievement of BARC till date as this reactor is totally designed, commissioned and constructed by Indians. The thing that makes it special is the fact that the reactor uses heavy water as coolant and uranium as a fuel.
BARC has developed an indigenous tool for detection of Fluoride levels in groundwater. More than 1,000 companies all over India have already adopted this new technology, and more are ready to make a go for it. This tool enables companies to detect fluoride levels in water, in order to protect people from related diseases.