Bhabha atomic research centre

डीएनए हिंदी:होमी जहांगीर भाभा (Homi J. Bhabha) का जन्म मुंबई के एक धनी परिवार में हुआ था. 1927 में वे पढ़ाई के लिए इंग्लैंड में कैम्ब्रिज विश्वविद्यालय (Cambridge University) गए. अपने परिवार की इच्छा का पालन करते हुए, भाभा ने इंजीनियरिंग की पढ़ाई की, लेकिन हमेशा फिजिक्स की खोज में लगे रहते थे. 1932 में भाभा ने आउटलुक इंडिया की रिपोर्ट के मुताबिक, "मैं आपसे गंभीरता से कहता हूं कि एक इंजीनियर के रूप में व्यवसाय या नौकरी मेरे लिए नहीं है." कुछ समय बाद भाभा भारत लौट आए और उन्होंने कॉस्मिक रे रिसर्च इंस्टीट्यूट (Cosmic Ray Research Institute) की स्थापना की. 1945 में, उन्होंने Tata Institute of Fundamental Research की स्थापना की और भारत के परमाणु कार्यक्रम के लिए प्रारंभिक शोध शुरू किया. 1947 में, भारत की स्वतंत्रता के लगभग कुछ समय बाद, भाभा ने प्रधान मंत्री जवाहरलाल नेहरू (Prime Minister Jawaharlal Nehru) को लिखा, "अगले कुछ दशकों के भीतर, परमाणु ऊर्जा अर्थव्यवस्था और देशों के उद्योग में एक महत्वपूर्ण भूमिका निभाएगी और यदि भारत नहीं चाहता है दुनिया के औद्योगिक रूप से उन्नत देशों से और भी पीछे हो तो ऐसे में विज्ञान की इस ब्रांच को विकसित करना जरूरी है.” फिल्मों के साथ-साथ अच्छे बिजनेसमैन भी हैं ये सितारे, यहां देखें पूरी लिस्ट मुंबई की मालाबार हिल (Malabar Hill) किसी परिचय की मोहताज नहीं है. शहर और देश के सबसे पॉश इलाकों में से एक, मालाबार हिल वह जगह थी जहां भाभा रहते थे. मेहरानगीर (Mehrangir), बंगले का नाम भाभा के माता-पिता के नाम मेहरबाई (Mehrbai) और जहांगीर (Jehangir) से लिया गया था. 1966 में उनकी मृत्यु के बाद, बंगले को भाभा परिवार के अगले संरक्षक, होमी के भाई जमशेद को सौंप दि...

Dinesh C Sharma HOMI JEHANGIR BHABHA is arguably the best-known Indian scientist-administrator of the post-Independence era. He initiated scientific work on exploiting nuclear energy for power generation as well as future strategic purposes almost at the same time that India gained freedom. This resulted in the creation of a string of institutions — Tata Institute of Fundamental Research (TIFR), Atomic Energy Establishment (renamed Bhabha Atomic Research Centre or BARC after his death), Department of Atomic Energy, Electronics Corporation of India Limited, etc. Space research had been a part of the atomic establishment for a decade, before being spun off as the Indian Space Research Organisation helmed by Vikram Sarabhai. Bhabha’s closeness with Prime Minister Jawaharlal Nehru, his charming ways, his penchant for art and his untimely death in an air crash all make for a gripping story. Several books in the past have tried to capture different facets of his life and the institutions he created and nurtured. The latest in this series comes from Bakhtiar K Dadabhoy, who has earlier written biographies of JRD Tata, Zubin Mehta and Salar Jung (Diwan of princely Hyderabad). This book on Bhabha covers a vast canvas — his early life, scientific experiments, institution building, and his role as an administrator and patron of art and culture. It could easily be the most comprehensive book on the scientist, drawing from archival material, secondary research and the work done by rese...

Homi Jenhagir Bhabha (1909-1966) was an Indian physicist who is often considered the father of Bhabha was born to a wealthy family in Mumbai. In 1927, he went to England at Cambridge University. Although he began studying engineering per the wishes of his family, Bhabha was quickly drawn to physics. “I seriously say to you that business or job as an engineer is not the thing for me,” Bhabha returned to India before World War II to join the Indian Institute of Science, where he founded the Cosmic Ray Research Institute. In 1945, he founded the Tata Institute of Fundamental Research, where initial research for India’s nuclear program began. Shortly after India’s independence in 1947, In 1954, Bhabha founded a nuclear research center at Trombay which was later renamed the Bhabha Atomic Research Centre (BARC). A strong proponent of nuclear energy, Bhabha organized the first UN Conference on the Peaceful Uses of Atomic Energy in 1955. He was the head of India’s nuclear program until his death. Homi Bhabha died in a plane crash on the way to Geneva on January 24, 1966.

Get All Sarkari Updates on Whatsapp Last Updated: 22 April 2023 The Bhabha Atomic Research Centre (BARC) has released a notification for the recruitment of 4374 posts for various positions. The positions include Stenographer, Security Guard, Work Assistant, Technician, Driver-cum-Pump Operator-cum-Fireman, and many others. Interested candidates can apply online by visiting the official website of BARC. The online application process has already started, and the last date to apply is May 15, 2023. To apply for the BARC recruitment 2023, candidates should have passed the 10th/12th standard or possess a Diploma/Degree in the relevant field from a recognized institution. The age limit for the candidates is between 18-27 years, and age relaxation is provided for reserved categories as per the government rules. The selection process will include a written test followed by a skill test and an interview. The BARC Recruitment 2023 is an excellent opportunity for aspiring candidates who wish to work in a reputed organization like BARC. Bhabha Atomic Research Centre (BARC) BARC Recruitment 2023 Important Dates Application Fee • Apply Start: April 24, 2023 • Last Date to Apply: May 22, 2023 • Exam Date: Notify Later Direct Recruitment: • Technical Officer/C: ₹500 • Scientific Assistant/B: ₹150 • Technician/B: ₹100 • Fee exemption for SC/ST, PwBD, Ex-servicemen, & Women Stipendiary Trainee: • Category-I: ₹150 • Category-II: ₹100 • SC/ST, PwBD, & Women Join Telegram Channel For All Sark...

Bhabha Atomic Research Centre It is renamed as Bhabha Atomic Research Centre (BARC) in 1967. From: Handbook of Energy: Chronologies, Top Ten Lists, and Word Clouds, 2014 Related terms: • Energy Engineering • Uranium • Plutonium • Thorium • Nuclear Power Plant • Breeder Reactor • Nuclear Energy • Nuclear Reactor Worldwide activities Lyndon Edwards, ... Laszlo Sajo-Bohus, in Molten Salt Reactors and Thorium Energy, 2017 26.8.5R&D on a high-efficiency hydrogen production system BARC is developing thermochemical processes ( Prasad and Dulera, 2009; Shriniwas Rao et al., 2015) as well as high-temperature steam electrolysis for hydrogen production by splitting water. The thermochemical processes use a sequence of thermally driven chemical reactions in which water and heat are the inputs, hydrogen and oxygen are the outputs, and the chemicals and reagents are recycled in a closed cycle. Two promising thermochemical processes representing high- and relatively lower-temperature regimes are the sulfur-iodine (S–I) and copper-chlorine (Cu–Cl) processes. Presently R&D in BARC is focused on the more challenging S–I process. Other options will also be considered before a large-scale deployment is planned so as to have an optimum mix of the technologies. The S–I process is a three-step process involving formation (Bunsen reaction) and decomposition of sulfuric acid (H 2SO 4) and hydriodic acid (HI). The decomposition reactions, being endothermic, need external heat. Inputs to the process...