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Bose Institute
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Bose Institute (or Basu Bigyan Mandir) is a premier public research institute of India for biological sciences and physical sciences and also one of its oldest.[1] The institute was established on 30 November 1917 by Acharya Sir Jagdish Chandra Bose, the pioneer of modern scientific research in the Indian subcontinent. Bose was its director for the first twenty years till his demise. Debendra Mohan Bose, who succeeded the Nobel laureate Sir CV Raman as Palit Professor of Physics at the University of Calcutta, was the director of Bose Institute for the next thirty years.
Key Information
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Academics
[edit]Research
[edit]Current concentration of research is in the fields of biotechnology, plant biology, microbiology, molecular medicine, biochemistry, biophysics, bioinformatics, environmental science and physics. The institute pioneered the concept of interdisciplinary research in Asia and India in sync with global trends. The pioneering work of Jagadish Chandra Bose at the dawn of Bose institute on the effect of stimuli in plants was helpful in the establishment of the electrical nature of the conduction of various stimuli in plants. The institute has contributed to extremely important discoveries and has been home to internationally renowned researchers like Sambhu Nath De (discoverer of the cholera toxin), Debendra Mohan Bose (who pioneered the use of photographic emulsion plates in particle physics as attested by the Nobel laureate Sir C. F. Powell ) along with Bhibha Chowdhuri and others, Gopal Chandra Bhattacharya, Shyamadas Chatterjee (known for research on fusion) etc.
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Museum
[edit]Jagadish Chandra Bose himself started the display of his instruments which, as a continuous process, made their way into the present museum in the year 1986–87. The main purpose of this technological museum is to display and maintain some of the instruments designed, made and used by Sir J. C. Bose, his personal belongings and memorabilia. The museum is housed in the main campus at 93/1 A. P. C. road (formerly Upper Circular road) and is open on all weekdays.[2][3]
Funding
[edit]Bose institute is funded by Department of Science and Technology, Govt of India.[4]
Notable researchers
[edit]- Jagadish Chandra Bose – Physicist, biologist and botanist (1857–1937)
- Debendra Mohan Bose – Indian physicist (1885–1975)
- Gopal Chandra Bhattacharya – Indian entomologist (1895–1981)
- Bibha Chowdhuri – Indian cosmic ray physicist (1913–1991)
- Sambhu Nath De – Indian medical researcher (1915–1985)
- Probir Roy – Indian particle physicist (born 1942)
- Indrani Bose – Indian physicist (born 1951)
- Siddhartha Roy – Indian scientist (born 1954)
- Dipankar Home – Indian physicist (born 1955)
- Joyoti Basu – Indian medical researcher (born 1957)
- Sampa Das – Indian biotechnologist
References
[edit]- ^ http://www.jcbose.ac.in/history Archived 25 April 2021 at the Wayback Machine, Official website of Bose Institute
- ^ Official website of Bose Institute Museum Archived 6 June 2017 at the Wayback Machine, Museum of Bose Institute
- ^ Official Website of the J.C. Bose Science Heritage Museum Archived 20 December 2016 at the Wayback Machine, Services Page
- ^ "Bose Institute, Kolkata - Department Of Science & Technology". dst.gov.in. 28 January 2019. Archived from the original on 29 January 2019. Retrieved 28 January 2019.
External links
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Bose Institute
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History
Founding
The Bose Institute was established on November 30, 1917, in Kolkata, India, marking it as Asia's first modern research center dedicated to interdisciplinary studies in the physical and biological sciences.[2] Founded by Sir Jagadish Chandra Bose (1858–1937), a pioneering physicist and biologist renowned for his groundbreaking work on millimeter radio waves, plant responses to stimuli, and innovative scientific instruments such as the crescograph, the institute embodied Bose's lifelong commitment to empirical inquiry.[6] Bose, who had faced significant institutional barriers in colonial India and Europe due to his innovative approaches and national origin, envisioned the institute as a space for advancing pure science free from prejudice, open to researchers of all races, genders, and nationalities to pursue truth without the constraints of religious, caste, or communal divisions.[7] Bose's motivations were deeply rooted in nationalistic ideals and a holistic understanding of nature, influenced by spiritual figures such as Swami Vivekananda and Sister Nivedita, whose emphasis on universal knowledge shaped his philosophy. In his inaugural address, "The Voice of Life," delivered on the occasion of the institute's dedication—coinciding with his fifty-ninth birthday—Bose described the institution not merely as a laboratory but as a temple dedicated to the service of humanity, where physical methods would reveal the underlying unity in all life forms, bridging physics, physiology, and psychology.[2][7] The mission focused on original research in pure science, training future scientists through cooperative inquiry rather than competition, and disseminating knowledge to foster India's scientific self-reliance, all while eschewing commercial exploitation such as patents.[7] The institute began modestly at 93/1 Acharya Prafulla Chandra Road in the Rajabazar area of Kolkata, utilizing Bose's personal collection of scientific instruments accumulated from his decades of experimentation. Initial funding came primarily from philanthropic sources, including substantial contributions from American patron Sara Chapman Bull, who had supported Bose's earlier work, enabling the construction of the building with pink sandstone sourced from Chunar and craftsmanship from Benaras, designed by architect A.N. Mitter.[2][8] The institute's emblem, a vajra (thunderbolt) symbolizing indestructible truth, reflects Sister Nivedita's influence, while Rabindranath Tagore composed its anthem, underscoring the cultural and intellectual synergies that propelled its founding.[2]Development and Expansion
Following the founder's death in 1937, Debendra Mohan Bose, a pioneering physicist and nephew of Jagadish Chandra Bose, assumed the directorship of Bose Institute from 1937 to 1967.[9] Under his leadership, the institute shifted its research emphasis toward nuclear physics, cosmic ray studies, artificial radioactivity, and neutron physics, marking a significant evolution from its initial biophysical focus to more advanced physical sciences.[10] This period saw the establishment of specialized departments in the 1940s and 1950s, expanding the institution's capacity to conduct interdisciplinary work in emerging scientific domains.[2] Key milestones in the institute's growth included infrastructural developments and commemorative events that underscored its enduring legacy. In the 2000s, Bose Institute began relocating key operations to its Unified Academic Campus in Bidhannagar, Kolkata, a modern facility designed to integrate research activities across disciplines, with full inauguration during the centenary celebrations in November 2017.[11] The 2017 centenary, attended by national leaders, highlighted the institute's contributions to Indian science and featured events promoting scientific outreach and innovation.[12] The institute's expansion extended beyond its original Acharya Prafulla Chandra Road site, growing to seven campuses across West Bengal by the early 21st century, including facilities in Madhyamgram, Falta, and others dedicated to specialized research and outreach.[1] In 1971, it was formally recognized as an autonomous grant-in-aid institution under the Department of Science and Technology (DST), Government of India, enabling greater funding stability and administrative independence.[2] Recent developments reflect ongoing adaptation to contemporary challenges and leadership changes. In May 2024, Professor Kaustuv Sanyal, a molecular biologist specializing in fungal genomics, was appointed as director, succeeding Uday Bandyopadhyay.[13] Amid the post-2020 COVID-19 pandemic, the institute pivoted resources toward antiviral research and therapeutic studies, contributing to national efforts in understanding immune responses and potential treatments.[14]Organization and Administration
Governance
Bose Institute operates as an autonomous grant-in-aid research institution under the Department of Science and Technology (DST), Government of India, a status it has held since the establishment of DST in 1971.[2] The institute's oversight is provided through a Governing Body comprising 10 members, with management vested in the Bose Institute Council, which consists of 12 members including the Director.[15] The Council, responsible for strategic direction and policy formulation, is chaired by Prof. Gautam R. Desiraju, an honorary professor at the Indian Institute of Science, Bangalore.[16] The Director serves as the chief executive, overseeing all academic, research, and administrative operations. The current Director is Prof. Kaustuv Sanyal, who assumed the position on deputation in May 2024 for a five-year term.[17][18] The Director is supported by deans, including Prof. Pallob Kundu as Dean of Academic Affairs and Prof. Shubho Chaudhuri as Dean of Research and Development, who manage curriculum, student affairs, and research initiatives respectively.[19] Key decision-making is facilitated by specialized committees. The Research Advisory Council (RAC), chaired by Prof. K. N. Ganesh from JNCASR, Bangalore, reviews and approves research projects to ensure alignment with institutional priorities.[20][15] The Finance Committee, also chaired by the Council head, handles budgeting, financial policies, and asset management, including depreciation approvals.[21] Ethical oversight is maintained through committees such as the Institutional Animal Ethics Committee (IAEC) for animal research protocols and the Institutional Biosafety Committee (IBSC), registered with the Department of Biotechnology, to regulate biosafety and recombinant DNA work.[22][23] The institute's staffing includes over 40 faculty members and scientists distributed across its departments, supplemented by administrative, technical, and support personnel.[15] Faculty and senior scientist positions are filled through direct recruitment, requiring a PhD in relevant sciences with a strong academic record and post-doctoral experience.[24] Junior research fellows and technical roles are recruited via national-level examinations such as CSIR-NET, ensuring merit-based selection aligned with government norms.[25][26]Campuses and Facilities
Bose Institute operates from multiple campuses across West Bengal, India, with its original establishment at the Main Campus located at 93/1, Acharya Prafulla Chandra Road, Kolkata - 700009, which serves primarily for historical preservation and certain administrative functions.[27] This site, founded in 1917, retains architectural and archival elements from the institute's early years. The institute's primary operational hub is the Unified Academic Campus at EN 80, Sector V, Bidhannagar, Kolkata - 700091, inaugurated in 2006 on a 5-acre plot to consolidate most academic and research departments, particularly in biotechnology and physics, under a modern infrastructure.[11][28] In addition to these core Kolkata-based sites, the institute maintains five specialized field research campuses for environmental and applied studies: the Centenary Campus at P-1/12, C.I.T. Scheme VIIM, Kankurgachi, Kolkata - 700054; Madhyamgram Experimental Farm approximately 25 km north of Kolkata, spanning 18.73 acres for biotechnology and crop research; Darjeeling Campus in the Himalayan foothills for astroparticle physics and atmospheric science; Falta Campus, 60 km south of Kolkata along the Ganges for rural biotechnology programs; and Shyamnagar Campus, 30 km north of Kolkata, dedicated to microwave and atmospheric monitoring.[29][30][31][32][33][34] Key support facilities across campuses include the Central Instrument Facility at the Unified Academic Campus, equipped with advanced tools such as NMR spectrometers for molecular analysis and cryo-electron microscopes for high-resolution imaging of biological samples.[35][36][37] The institute also operates a Centralized Animal House at Madhyamgram for translational research in developmental biology and toxicology, adhering to environmental controls for ethical breeding and maintenance.[38] Greenhouses at Madhyamgram and Falta support plant studies, including transgenic experiments and cultivation of crops like rice and medicinal plants.[30][33] The central library, located at the Unified Academic Campus with an additional wing at the Centenary Campus, provides access to books, journals, and digital resources tailored to interdisciplinary research, available onsite from 9:45 AM to 6:15 PM on weekdays.[39] Computing resources include high-performance clusters for data-intensive tasks in bioinformatics and simulations, such as GPU-enriched systems for molecular dynamics.[40][41]Research
Departments and Centers
Bose Institute organizes its research into three broad divisions: Physical Sciences, Chemical Sciences, and Biological Sciences, each encompassing specialized units focused on fundamental and applied scientific domains.[42] These divisions facilitate interdisciplinary collaboration, with units such as the Division of Bioinformatics integrating computational approaches across physical, chemical, and biological research areas.[43] In total, the institute comprises approximately 15 specialized units, each led by a designated head to oversee research direction and operations.[44] The Physical Sciences division addresses key areas including high energy physics, condensed matter physics, nuclear astrophysics, complex systems, quantum computation, and spectroscopy, supporting advanced theoretical and experimental investigations.[42] The Chemical Sciences division encompasses synthetic organic chemistry, medicinal chemistry, and theoretical chemistry, emphasizing molecular design and analysis techniques.[42] The Biological Sciences division covers a wide spectrum, including plant sciences, microbiology, biochemistry, biophysics, structural biology, molecular and cell biology, biotechnology, bioinformatics, and environmental science, with a strong emphasis on disease biology and plant molecular processes.[42][43] Notable centers within the institute include the BI Indo-FAIR Coordination Centre, which coordinates India's participation in international particle physics collaborations, such as those with the Facility for Antiproton and Ion Research (FAIR) in Germany.[45] The Acharya JC Bose Biotechnology Innovation Centre advances innovation in biotechnology applications, while the Centre for Astroparticle Physics and Space Sciences focuses on cosmology, astrophysics, and space-related phenomena.[46][47] The structure has evolved from six core departments in the 1950s—Physics, Chemistry, Botany, Microbiology, Biochemistry, and Biophysics—to the current expanded setup with interdisciplinary centers established post-2000, reflecting growth in research scope and facilities.[44][48]Key Contributions
One of the institute's foundational breakthroughs occurred in the mid-20th century when Sambhu Nath De, working at Bose Institute, discovered the mechanism of cholera toxin production by Vibrio cholerae through innovative experiments using rabbit ileal loops, establishing the enterotoxic nature of the disease and paving the way for modern cholera treatments.[49] In the 1930s and 1940s, Debendra Mohan Bose and Bibha Chowdhuri pioneered cosmic ray research at the institute by employing photographic nuclear emulsions to detect and identify mesons—subatomic particles crucial to understanding high-energy physics—conducting high-altitude balloon experiments that predated widespread use of particle accelerators.[50] In contemporary particle physics, Bose Institute researchers have made significant contributions through participation in the CERN ALICE collaboration at the Large Hadron Collider, focusing on quark-gluon plasma studies and heavy-ion collisions, which earned the institute's team, including Supriya Das and Sidharth Kumar Prasad, a share of the 2025 Breakthrough Prize in Fundamental Physics for their work on quark-gluon plasma studies and heavy-ion collisions using LHC Run-2 data.[51] Ongoing research at the institute emphasizes structural biology, elucidating protein structures such as those involved in Vibrio cholerae pathogenesis to inform therapeutic interventions; plant stress responses, exploring molecular mechanisms for crop resilience under abiotic and biotic pressures; and bioinformatics applications in drug discovery, leveraging computational models to predict biomolecular interactions.[52][53][54] The institute produces over 200 peer-reviewed publications annually, reflecting its sustained research output across these interdisciplinary domains.[31] Bose Institute's broader influence extends to biotechnology innovations, with multiple patents granted in areas like nucleic acid derivatives for antiviral applications and processes for synthesizing bioactive compounds, fostering practical advancements in health sciences.[55] It also nurtures scientific talent through training programs and maintains international collaborations, such as joint events and research exchanges with the Max Planck Society, enhancing global knowledge exchange in physical and life sciences.[56]Academics
Degree Programs
Bose Institute offers PhD programs in Biological Sciences, Chemical Sciences, Physical Sciences, and Interdisciplinary Sciences, such as bioinformatics and quantum computation.[42] These programs require candidates to hold a master's degree or equivalent in a relevant field, such as biochemistry, physics, or biotechnology, with at least 55% marks (50% for reserved categories), and to have qualified in national-level examinations including GATE, CSIR-UGC-NET, JEST, JGEEBILS, DBT-JRF, or DST-INSPIRE.[57] The programs typically span 3 to 5 years and consist of initial coursework, a comprehensive examination, and original thesis research under faculty supervision.[42] The institute also provides integrated M.Sc.-Ph.D. programs in Life Sciences (encompassing molecular and cellular biology, plant molecular biology and biotechnology, biophysical chemistry, and computational and systems biology), Physical Sciences (including high energy physics, astrophysics and cosmology, space science, fluid mechanics and solar physics, and condensed matter physics and complex systems), and Chemical Sciences.[58] Designed for candidates with a B.Sc. degree and a minimum of 60% marks (55% for reserved categories), these 5- to 6-year programs include a 2-year M.Sc. phase (four semesters) followed by Ph.D. research, and are offered in collaboration with the University of Calcutta.[59] Approximately 20 seats are available annually across these streams.[59] Admissions to both PhD and integrated programs follow annual cycles, with an August intake for integrated programs and sessions starting in January or July for PhD programs.[60] Selection involves shortlisting based on national test scores and academic records, followed by a written test (for PhD) or direct interview (for integrated programs), conducted at the institute.[57] Selected candidates receive stipends, including ₹12,000 per month during the M.Sc. phase of integrated programs (contingent on maintaining a B+ grade and 80% attendance) and Ph.D. fellowships supported by the Department of Science and Technology (DST) or equivalent national schemes.[58] Degrees are awarded by the University of Calcutta, with some affiliations to Jadavpur University, ensuring formal academic recognition for M.Sc. and Ph.D. completions.[58]Training and Outreach
Bose Institute maintains an active postdoctoral program, recruiting Research Associates and postdocs to support early-career researchers in advancing their scientific careers. Prospective fellows are encouraged to apply through national schemes such as the SERB National Postdoctoral Fellowship, with direct engagement from institute faculty to align research interests.[61][62] In the 2023-2024 period, several SERB-NPDF fellows, including Dr. Indraneel Saha and Dr. Souvik Basak, contributed to ongoing projects across physical, chemical, and biological sciences.[15] The institute also provides short-term training opportunities, including annual summer programs lasting 6-12 weeks from April to September for outstanding undergraduate and postgraduate students in physical, chemical, and biological sciences. Faculty members select participants based on academic alignment, with 19 students trained in 2023 across these disciplines, engaging in hands-on project work.[63][15] Specialized winter schools, such as the Winter Workshop and School on Astroparticle Physics, offer young researchers lectures and practical sessions to build expertise in high-energy physics.[64] In bioinformatics and biophysics, programs like the National Workshop on Bioinformatics: AI in Healthcare (January 2024) and the Plant Bioinformatics Workshop (November 2023) focus on computational tools and molecular applications.[15] Workshops and seminars form a core part of the institute's skill-building initiatives, emphasizing advanced techniques. The Bose Colloquia series, held periodically since 2023, features expert presentations on diverse topics including data science in chaos, tumor immunity, and particle detectors, typically at 4:00 PM in the Unified Campus Auditorium to foster interdisciplinary dialogue.[65] Annual events include hands-on training in next-generation sequencing and an advanced workshop on microscopy and imaging, extending from light microscopy to cryo-electron microscopy for structural biology applications.[66][67] High-energy physics simulations are addressed through seminars like "Attosecond Vision and Control of Electron Dynamics" (December 2023), part of eight departmental sessions that year.[15] Outreach efforts at Bose Institute prioritize science popularization and community engagement, particularly for underserved groups. The rural biotechnology program reached 140 villages in six West Bengal districts in 2023-2024, training 7,000 tribal families in pisciculture, apiary, and mushroom cultivation via 35 NGOs and 105 trainers.[15] Public lectures by faculty, delivered through All India Radio and vernacular media, cover topics like the institute's CERN contributions and J.C. Bose's legacy, with sessions for rural school students.[66][15] School visits, such as those from DPS Howrah (September 2023) and Anjuman Islamia Girls' High School (June 2023), allow students to explore facilities, while events like National Science Day (February 2024) and participation in the 26th National Exhibition (August 2023) promote interactive science education.[15] Post-2020, virtual formats have expanded access through webinars integrated into colloquia and outreach.[65] International exchanges are facilitated through initiatives like the Indo-FAIR Coordination Centre, serving as India's nodal point for the Facility for Antiproton and Ion Research in Germany. This includes a student development program building FAIR research expertise, workshops on particle physics, and a detector school (July 2023) training participants in accelerator technologies.[45][15] These efforts support approximately 50 trainees annually in particle physics, enhancing global collaborations with experts from FAIR GmbH.[15]Museum
Collections
The J.C. Bose Museum at Bose Institute was established in 1986–1987 on the original campus at 93/1 Acharya Prafulla Chandra Road, Kolkata, with an additional floor added in 2005, to commemorate the legacy of Sir Jagadish Chandra Bose and preserve his scientific contributions as an integral part of the institute founded in 1917.[5] This dedicated space highlights Bose's role as a pioneer in interdisciplinary science, housing artifacts that reflect his innovative experiments conducted during his lifetime.[5] The museum's main collections feature numerous original instruments invented by J.C. Bose, including the crescograph, which measures minute plant movements to study physiological responses, and early radio detectors such as the coherer used in wireless communication experiments.[68] Complementing these are personal items like Bose's handwritten notebooks, photographs depicting his laboratory work, and correspondence with contemporaries, offering insights into his research process and collaborations.[5] These holdings serve as tangible links to Bose's groundbreaking discoveries, many of which remain functional even after a century.[5] Exhibits are organized around key themes from Bose's career, such as his pioneering work on millimeter waves for short-distance wireless signaling, investigations into plant neurobiology through response curves demonstrating sensitivity akin to animal tissues, and foundational advancements in radio technology that influenced global communication systems.[5] Archival documents dating back to the institute's 1917 founding, including original research notes and institutional records, further contextualize these themes by illustrating the evolution of Bose's ideas from his Presidency College days onward.[69] Preservation efforts at the museum include the digitization of Bose's handwritten notes and documents, making rare materials accessible for scholarly study while protecting originals from wear.[70] Artifacts are maintained in climate-controlled storage to ensure long-term conservation, allowing the collection to endure as a vital resource for understanding Bose's historical significance in physics, biology, and beyond.[5]Activities
The J.C. Bose Museum at Bose Institute is accessible to the public on weekdays from 9:45 a.m. to 6:15 p.m., facilitating visits by researchers, students, and general audiences.[71] Entry is free, with provisions for group visits, and guided tours are available particularly for school, college, and university students on special occasions to explore the displayed artifacts from Acharya J.C. Bose's research.[15] The museum hosts annual exhibitions linked to key institute events, such as the Foundation Day celebrations on November 30, which include activities like the garlanding of Bose's bust and educational displays of his scientific legacy, including the event on November 30, 2024.[5] Additional programs feature participation in broader events, including the 26th National Exhibition in August 2023 at Central Park, Kolkata, and the 46th International Kolkata Book Fair in January-February 2023 at Salt Lake City, Kolkata, where Bose Institute's publications and museum highlights are showcased to engage visitors.[15] Educational workshops and orientation sessions for students focus on Bose's pioneering inventions and biological research, often integrated with talks by institute faculty, such as Prof. Gaurab Gangopadhyay's presentation on Bose's biological legacy during the September 2023 statue unveiling at the Unified Academic Campus.[15] Recent initiatives include ongoing digitization efforts for original laboratory and college notebooks, enabling their display during events and enhancing archival access for scholars.[15] While specific virtual tours were not implemented post-2020 based on available records, the museum supports collaborations with educational institutions through scheduled student visits and demonstrations, as seen in groups from St. Xavier's College in 2024.[5] These activities attract a diverse audience, including international delegates during events like the FAIR Council Meeting in December 2024, underscoring the museum's role in public engagement with Bose's contributions. Recent visits include those by PhD students on September 12, 2024, international delegates on December 4, 2024, and groups on January 14, 2025.[5]Notable People
Directors
The Bose Institute has been led by a series of distinguished scientists appointed as directors by the Department of Science and Technology (DST), Government of India, following recommendations from a high-level search-cum-selection committee and approval by the competent authority.[72] These appointments emphasize scientific eminence and institutional vision, with tenures typically ranging from 5 to 20 years, reflecting stability in leadership.[73] Sir Jagadish Chandra Bose served as the founding director from 1917 to 1937, establishing the institute as Asia's first interdisciplinary research center dedicated to advancing scientific inquiry without regard to nationality or religion.[74] Under his leadership, the institute pioneered experimental facilities in physics, botany, and chemistry, laying the foundation for independent scientific research in India.[69] Debendra Mohan Bose directed the institute from 1937 to 1967, the longest tenure to date, during which he significantly expanded physics research by initiating cosmic ray studies that achieved global recognition, including the first recording of mu-meson tracks in India.[69] He also established the Nuclear Physics Division, enhancing the institute's capabilities in high-energy physics and fostering collaborations with international laboratories.[75] Sourindra Mohan Sircar led from 1967 to 1975, overseeing the consolidation of biological sciences amid post-independence growth, including advancements in plant physiology that built on the institute's early botanical legacy.[9] Sushil Kumar Mukherjee held a brief directorship in 1976, focusing on administrative continuity during a transitional period.[9] Sasanka Chandra Bhattacharyya directed from 1977 to 1984, strengthening chemical and biochemical research programs while navigating resource constraints in the late 1970s and early 1980s.[9] Birendra Bijoy Biswas served from 1985 to 1990, promoting agricultural and environmental biology initiatives that aligned with national development priorities.[9] Prasanta Kumar Ray directed from 1992 to 2000, emphasizing interdisciplinary integration and infrastructure upgrades to support emerging fields like molecular biology.[9] Maqsood Siddiqi led from 2001 to 2005, advancing computational and systems biology approaches during the institute's adaptation to digital research tools.[9] Sibaji Raha directed from 2006 to 2016, during which he spearheaded the institute's entry into the ALICE collaboration at CERN, earning recognition for contributions to heavy-ion physics, and established the National Centre for Astroparticle Physics and Space Science at the Darjeeling campus to bolster observational astronomy and particle astrophysics.[51][9] Uday Bandyopadhyay served from 2019 to 2024, fostering cross-disciplinary collaborations in areas like stress biology and quantum technology, while enhancing global partnerships.[16][9] Kaustuv Sanyal assumed directorship on May 2, 2024, bringing expertise in molecular biology and genetics to integrate advanced genomic and chromatin research with the institute's traditional strengths in physical and life sciences.[13][76]Researchers and Alumni
Bose Institute has been home to several pioneering researchers whose work has advanced fields such as microbiology, particle physics, and high-energy physics. Sambhu Nath De, an honorary worker at the institute in the 1960s, conducted crucial experiments there to purify the cholera toxin after his retirement, building on his earlier discovery of the toxin's role in causing severe diarrhea through ligated intestinal loop models.[77][49] Bibha Chowdhuri, one of the institute's early female physicists in the 1940s, collaborated with Debendra Mohan Bose to detect and identify mesons using photographic nuclear emulsions exposed to cosmic rays, contributing to the first such observations and earning her distinction as India's first woman PhD in physics from the University of Calcutta.[78][79] In recent years, the institute's high-energy physics group has gained international recognition, with Supriya Das and colleagues contributing to CERN's ALICE experiment on quark-gluon plasma formation in heavy-ion collisions, earning them a share of the 2025 Breakthrough Prize in Fundamental Physics as part of a global collaboration of over 1,700 scientists.[51][80] Researchers at Bose Institute have also received multiple Shanti Swarup Bhatnagar Prizes, including Bhabatarak Bhattacharyya in biological sciences (1988) for microtubule research and Manju Ray in 1989 for biochemical studies on cancer cell metabolism.[2][81][82] Alumni have been honored with Padma awards, such as the Padma Bhushan for contributions in chemistry and pharmacology, reflecting the institute's influence on national scientific leadership.[83] The institute's alumni network spans over a century, with more than 1,000 PhD graduates since its founding, many assuming leadership roles in premier institutions like the Indian Institute of Science (IISc), Tata Institute of Fundamental Research (TIFR), and international bodies including NASA.[31] Notable alumni have advanced to professorships at global universities and contributed to space research, underscoring the institute's role in fostering interdisciplinary expertise.[3] Bose Institute has championed diversity, particularly for women in science, from early figures like Bibha Chowdhuri to contemporary researchers, with pioneering contributions in physics and biology. Currently, the institute supports around 100 active researchers across its departments, promoting inclusive environments through targeted programs and collaborations.[67][78]References
- https://en.wikisource.org/wiki/Life_Movements_in_Plants_Vol_1