Sunday, August 26, 2018

Dr. Asis Kumar Chaudhuri a theoretical physicist Variable Energy Cyclotron Centre Kolkata India

Dr Asis Kumar Chaudhuri a Physicist

About Dr. Asis Kumar Chaudhuri 

Dr. Asis Kumar Chaudhuri is a theoretical physicist at the Variable Energy Cyclotron Centre (VECC), Kolkata; a premier research institute in India. He was Outstanding Scientist at VECC and Senior professor at HBNI. Born on 15th December 1956, in Cooch Behar (erstwhile a princely state and presently a district of West Bengal), he had his schooling at   Jenkins School, one of the oldest educational institute (established in 1861) of India. He graduated from the Acharya Brajendra Nath Seal College (formerly known as Victoria College) and obtained Masters from University of North Bengal. He did his Ph.D. from the University of Calcutta under the supervision of Prof. Bikash Sinha, a prominent name in Indian Science.

In 1981, following initial training at the prestigious Training School of Bhabha Atomic Research Centre, Mumbai, Dr. Chaudhuri joined Variable Energy Cyclotron Centre, Kolkata. He started his research career in low energy nuclear physics. In his Ph.D. thesis, “Nuclear   medium   effects   in  the  single  particle description  of  nucleus-nucleus  interaction  potential  in  the continuum,” he examined the role of nuclear medium on optical model potential and showed that the nucleus-nucleus interaction potential, consistent with experimental data, can be obtained from the basic nucleon-nucleon interaction with medium effects properly incorporated. In later years, he was interested in high energy nuclear physics, in particular in relativistic heavy ion collisions and Quark-Gluon Plasma. His pioneering work on the application of dissipative hydrodynamics in relativistic heavy ion collisions, in particular in characterizing transport properties of QGP is recognized world over. One of his important achievements is the development of a computer code "`AZHYDRO-KOLKATA"' for solving dissipative hydrodynamics equations. The code was used to determine precisely, the QGP viscosity over entropy ratio, with statistical and systematic uncertainties. 

A Physicist Asis Kumar VECC

Additionally, Dr. Chaudhuri has published two well-acclaimed books. In 2014, The Institute of Physics, London, published his  advanced textbook, "A short course on Relativistic Heavy Ion Collisions." The book was well received by students and researchers of high energy nuclear physics.  In 2016, World Scientific, Singapore  published his popular science book, "Cooking Cosmos: Unraveling the mysteries of the Universe." The book discusses the evolution of scientific thoughts about our cosmos, starting from Aristotle's Earth-centered Universe to the Big Bang model of Universe to the presently accepted Expanding Universe.

The evil of religious fundamentalism cannot be countered only by economic development or political goodwill. True scientific spirit needs to be inculcated among the world's populace. And this book tries to do it, inculcate true scientific spirit. 
Cooking Cosmos 
cooking cosmos 2

Cooking Cosmos: Unraveling The Mysteries Of The Universe 

By colliding heavy ions at nearly the speed of light, scientists are exploring both our physical world and conditions at the beginning of the universe. With applications in nuclear physics, particle physics, astrophysics, cosmology and condensed-matter physics, this text will provide the foundation for a range of graduate students and young researchers in both experimental and particle physics. 

A Short Course on Relativistic Heavy Ion Collisions by Asis Kumar Chaudhuri

Short Course on Relativistic Heavy Ion Collisions
A Short Course on Relativistic Heavy Ion Collisions (IOP Expanding Physics)

The famous picture of the fifth Solvay Conference 1927, shown below may have seen every physicist around the globe, Dr. Asis Chaudhuri briefly explained it in his post. All the 29 great physicists details are included here in this post. 

Dr. Chaudhuri believes that science is the key to human freedom; freedom from religious bondage, freedom from superstition, freedom from poverty, freedom from hunger. In recent years, apart from his research work, through various writings, he is trying to popularise science. His popular writings can be found on the WordPress blog.  
Dr. Chaudhuri also made important contributions to the understanding Charmonium (bound state of a charm-anticharm pair) production in high energy nuclear collisions. He has a healthy interest in other areas of physics, e.g. chaos, early universe, physics beyond standard model etc. and occasionally contributed scientifically in those areas. He has published more than 100 research articles

For more information and association :
E mail:

Friday, May 11, 2018

Professor (Dr) Aleksahin Rudolf Mikhailovich

Aleksahin Rudolf Mikhailovich (15.12.1936-02.05.2018)

R.M. Alexakhin was Doctor of Biological Sciences (1974), Professor (1985), Academician of the Russian Academy of Agricultural Sciences (1992) and Russian Academy of Sciences (2013), participant in liquidation of consequences of the accident in the Southern Urals (1957) and Chernobyl Nuclear Power Plant (1986), laureate of the USSR State Prize (1974) State Prize of the Russian Federation (2002), Honored Scientist of Russia (1997). He was awarded the Order of Friendship of Peoples (1987), the Order of Honor (2007).

He was born on 15.12.1936 in the city of Kaliningrad (now Korolev) in the Moscow region. In 1959 he graduated from the Biology and Soil Faculty of Moscow State University. He worked at the Department of Biophysics of this faculty (1959-1961), at the Laboratory of Forestry of the Academy of Sciences of the USSR (1961-1966), at the Scientific and Technical Council of the Ministry of Medium Machine Building of the USSR (1966-1975). Since 1975, he worked at the All-Russian Research Institute of Radiology and Agroecology, having passed the way from a senior research fellow to a director, and since 2015 was the scientific director of the Institute.
The scientific activity of RM. Aleksakhin was connected with radioecology, he is practically the same age as this scientific discipline. In 1959, he began research at the Experimental Station of a plutonium production site Mayak on the territory of the East Urals radioactive trail, where he investigated the migration of radionuclides in forest biogeocenoses and the effects of ionizing radiation on forest ecosystems.
The great period (more than 30-year) of scientific work of RM. Aleksakhin was associated with the liquidation of the consequences of the Chernobyl disaster. He is the author of numerous recommendations on agriculture in conditions of radioactive contamination.

R.M. Alexakhin took part in the elimination of the consequences of the accident at the Japanese nuclear power plant Fukushima Daiichi in 2011, going to the radiological centers of Japan and the contaminated areas for consultations and assistance to Japanese specialists.

In recent years, RM. Aleksakhin actively worked on justifying the concept of ecological safety of advanced technologies for closing the nuclear fuel cycle, being the chief ecologist of the project "Breakthrough" of Russian State Corporation Rosatom.

R.M. Alexakhin is a laureate of the premium after V.N. Sukachev and the Gold Medal named after V.M. Klechkovsky, laureate of medals and prizes named after N.V. Timofeeff-Ressovsky, V.R. Williams, N.I. Vavilov, P.V. Ramzaeva, laureate of the departmental order of the State Corporation "Rosatom" "E.P. Slavsky ". He was awarded the medal after V.I. Vernadsky of the International Union of Radioecology.
R.M. Alexakhin is the author of more than 900 scientific publications, including 22 monographs. He was a member of the editorial boards of 11 scientific journals, a member of the Scientific and Technical Council of Presidium and the Public Council of the State Corporation “Rosatom”, the deputy chairman of the Russian Scientific Commission on Radiological Protection, a member of the Bureau of the Scientific Council of the Russian Academy of Sciences on Radiobiology. RM Aleksakhin was Academician of the National Academy of Agrarian Sciences of Ukraine. He worked in the leading International Organizations (IAEA, ICRP, and UNSCEAR). Since 2001 - he was a member of the Executive Committee and vice-president of the International Union of Radioecology, a member of the British Society of Radiologists.

DISCLAIMER: This post was shared on the facebook page which is taken out with her permission. If there is any mistake or need to correction or any other points the reader want to add please comment in the box below.

Sunday, April 02, 2017

Professor Yagnaswami Sundara Rajan (Y. S. Rajan) Honorary Distinguished Professor ISRO / DOS

Yagnaswami Sundara Rajan scientist

About Yagnaswami Sundara Rajan

Yagnaswami Sundara Rajan (Y. S. Rajan) born on April 17,  
1944, in Kottaram near Tirunelveli. Dr. Y. S. Rajan has  completed their school from St Xavier's High School Palayamkottai, Tamil Nadu and Last year of schooling in S.I.E.S High School, K and higher education from Bombay.  In 1964 he has received a post-graduate degree in physics with electronics from University of Bombay.  Prof. Y. S. Rajan started his carrier from Physical Research Laboratory (PRL) Ahemadabad as a research scholar and contributed significantly in the fields of fields of science, technology, research, space technology, and business management. These are not limited several sustainable institutions and mechanisms were created by his efforts and leadership and In 2012, He has been awarded Padma Shri for his contribution in Science and Engineering [1].

worked with Dr. A P J Abdul Kalam 2018

Prof. Rajan is not only a researcher, technology and policy maker he is also a great writer. His efforts are remarkable to upgrade the society in terms of education and technology, the books he has written on the various subject including on science, technology, business, youth, leadership, social and ethical issues. Sundara Rajan is one of the well-known scientists, who is a co-author of books and has closely worked with Dr. A P J Abdul Kalam, former President of India. Along with the scholarly article, his heart is full of emotions, feelings that came out through his seven books of poetry in Bhartiya languages. He knows Hindi, English, Tamil, Gujarati, and Marathi. 
Sundara Rajan cv

YS Rajan till recently was Honorary Distinguished Professor ISRO / DOS, with an office at the ISRO Headquarters and also was Chairman, the BOG of NIT Manipur. He continues to be a member of Governing Council of M S Ramaiah Univ of Applied Sciences and a few other univ's. He advises The Jain Univ Bangalore. He is a member of the International Law Association. Member of India International Centre. He is associated closely with many industry bodies like CII, IMTMA etc, He is Fellow of Indian Academy of Engineers and also Fellow of World Academy of Art & Science( WAAS). Prof. Rajan gives interactive lectures, industry seminars at various universities for the students. He is the Chairman of DST approving committee for the programme Technology Interventions for the Disabled and Elderly (TIDE) and also serves in a number of AICTE committees. [2]

Read Also:


      Mission For 21st Century - Living With Nature In The modern world
Saswathamaya Anandam Kaivarikam
Way Beyond The Three Rs: India's Educational Challenge in the 21st Century
Building a New India
The Scientific Indian
Discover Your Power Quotient - A Modern Arthasastra for those who want to be powerful
Vetri A to Z - Tamil Version Of "A To Z Of Success"
Shaktipunj Bhaaratvaasi (Hindi Translation Of Empowering Indians)
Safalata Ke 400 Sutra (Hindi Translation Of A To Z For Success)
Science Communication In the 21st Century
A To Z Of Success: A Companion For Youth
Human Knowledge & Happiness
Global Business Technology And Knowledge Sharing: Lessons For Developing Country Enterprises
Choosing Career Paths (Science For Knowledge Society Series)
Empowering Indians: With Economic, Business And Technology Strengths For The Twenty-First Century
INDIA 2020: A Vision For The New Millennium
Remote Sensing
In Pursuit Of Happiness
India 2020: A vision for the New Millennium
Vignanam Nanbana Ethiriya? (Science - Friend Or Foe?)
Bharat 2020 Aur uskebaad: Aneywale kal ki tasveer
Mahashakti Bharat

Read his Poetry: Click here for BOOKS & POETRY (

Immediate Past Key Positions:

  • Honorary Distinguished Professor, ISRO / Department of Space, Bangalore
  • Chairman, National Institute of Technology (NIT), Manipur

Current Key Positions:

  • Vice President, Forum for Global Knowledge Sharing []
  • Advisory role and Membership of Apex Boards or Councils for several other Institutions
  • Member, GC, M S Ramaiah University of Applied Sciences (MSRUAS), Bangalore
  • Member Advisory Board at Jain University, Bangalore
  • Member, GC in a few other Universities
  • Member, GC, Aruthchelvar Dr. Mahalingam Translation Institute, Pollachi, Tamil Nadu

Key academic qualifications and professional affiliations:

  • Masters in Physics from Bombay University (1964), a top Ranker
  • Doctor of Letters (Honoris Causa) had been conferred by Jain Vishva Bharati Institute in recognition of dedication to humanity, human values, creativity and literature in the presence of H.E. the President of India on 20 October 2005
  • Lifetime fellow of Indian National Academy of Engineers, an Apex Academy since 1998
  • Lifetime elected member of International Astronautical Academy, Paris since 1986
  • Member of International Law Association, Indian Chapter.
  • Member India International Centre, New Delhi.
  • Fellow, World Academy of Arts and Science, WAAS.

Held many senior positions
  • Scientific Adviser to Punjab Chief Minister (Minister of State Rank) from Oct 2002 to March 2004.
  • Secretary to Government of India.
  • Member of a high-level committee for evolving ethical guidelines on Biomedical Research involving human subjects, set up by the Indian Council of Medical Research (ICMR) from 1996 to 2000.
  • Played the lead role in completing a major exercise for Technology Vision for India up to 2020, organized by TIFAC and led by many industry leaders, technologists, and administrators. Twenty-five documents were dedicated to the nation by the Prime Minister on August 2, 1996, and ultimately resulted in now famous book India 2020.
  • Member of the ‘National Task Force on Information Technology and Software Development constituted under the authority of the office of the Prime Minister during the years 1998-1999.
  • Actively involved in evolving policies and procedures relating to adopting IPR laws in India to the post-WTO/TRIP situation and also in preparing the Indian Industry and institutions to master IPR issues.

NOTE: For more details about Professor Y. S. Rajan visit:

Facebook page:

[4]. Pics from facebook page

Tuesday, October 18, 2016

Late Prof. Walter Greiner; Professor Emeritus of Physics, Institute for Theoretical Physics Founding Director, Frankfurt Institute for Advanced Studies Johann Wolfgang Goethe-Universität, Frankfurt am Main

Prof. Walter Greiner scientist
Prof. Walter Greiner a theoretical physicist was born on Oct 29, 1935 in Neuenbau, Sonnenberg, died Oct 15, 2016 at the age of 80 yrs in Germany. His research interests lie in atomic physics, heavy ion physics, nuclear physics, elementary particle physics (particularly in quantum electrodynamics and quantum chromodynamics). He is known for his series of books in theoretical physics[1]. Walter Greiner's books are good and instructive and cover most of theoretical physics, with a focus on quantum physics and its various parts (non-relativistic quantum mechanics, symmetries and group theory in QM, quantum field theory, QED, QCD, etc). There are helpful mathematical results and derivations as well as many worked out exercises in each book. Sometimes the translation from German is not very accurate, and sometimes there are typos, but overall this book series is useful and informative [3]. Prof Greiner was also associated with Indian Physicists (Prof. Raj K Gupta, PU Chandigarh and Prof. S K Patra, IOP Bhubaneswar) and contributed significantly in Superheavy Nuclei research.  

Walter Greiner's remarkably productive life of a brilliant scientist devoted to theoretical nuclear science during the last four decades is an example of an unparalleled success story. Many new topics in Nuclear Structure, Nuclear Reactions, Atomic Physics, and Particle Physics were initiated by him and he has been a leading scientist for many years, guiding the experiments, and other theoretical developments. One can mention some of them below.

Nuclear polarization in muonic atoms. Rotation-vibration model. Dynamic collective model of giant resonances. Eigenchannel theory of the S-matrix nuclear reactions. Superheavy nuclei, structure, stability against fission, alpha decay and electron capture. Electronic structure of superheavies. Theory of nuclear molecules, coupled channel formulation of nuclear molecular reactions. The two center shell model which is fundamental for all fission and fusion processes. Generalized collective model (Gneuss-Greiner model). Fragmentation theory. Prediction of the cold valley for fusion of superheavy elements. 

Read Also:

Calculations of PES exhibiting the cold valleys for fusion, cold fission bimodal fission, cluster radioactivities, and alpha decay. Quantum Electro Dynamics of strong fields, spontaneous pair creation, superheavy quasimolecules. Supercritical fields in other areas like gravitation (Hawking radiation) and strong color fields. The prediction of nuclear shock waves as a key mechanism for compressing and heating nuclear matter. This work initiated high energy nuclear physics: search for the nuclear equation of state and possible phase transitions. Antimatter clusters emitted from a quark-gluon plasma. Meson field theory for hot and dense nuclear matter, phase transition, chiral restoration. Meson field theory applied to nuclei and exotic objects, e.g. multi-Lambda-nuclei.
Relativistic fluid dynamics for high energy heavy ion collisions. Antimatter production in thermal meson field theory. Quantum molecular dynamics applied to nuclear collisions. Relativistic quantum molecular dynamics. Antiflow of pions and antimatter. Quark-gluon plasma as a cluster plasma. Extension of the periodic system into the new directions of strangeness and antimatter. Structure of the baryonic and mesonic vacuum of high densities and temperature. A new mechanism for cold compression of an elementary matter by implantation of high energy antiprotons in nuclei.

No one has made so many significant contributions in so many different areas of nuclear, atomic and particle physics. His seminal ideas concerning superheavy nuclei have head enormous impact on the development and progress of heavy ion physics in Germany (GSI) and worldwide. He has set new directions that will carry us many years into the next decades. He extended his influence and impacts through a remarkable career in training young scientists in their PhD research. They now fill important positions in Universities and Industries around the world. In scientific cooperations, he stimulated, challenged, and enhanced the research of his partners in many ways. Professor Greiner co-founded a new Institute of Research: the Frankfurt Institute for Advanced Studies. [4]

1956 - 58         F.Sc. (Physics and Mathematics) University of Frankfurt/Main
Spring 1958      B.Sc. - University of Frankfurt/Main
January 1960    M.Sc. TH Darmstadt, Thesis: "Plasma-reactors"
1960 - 62       Research Associate to Prof. H. Marshall Freiburg/Brsg., Germany
Spring 1961   Ph.D. - Freiburg/Brsg. Thesis: "Nuclear polarization in μ-mesic atoms"
1962 - 64     Assistant Professor - University of Maryland (3 months Florida State University)
May 1964       Research Associate, University of Freiburg/Brsg.
August 1964   Acceptance of a chair for theoretical physics - Johann Wolfgang Goethe University, Frankfurt/Main
Since Jan. 1965  Professor of Physics, Johann Wolfgang Goethe University, Frankfurt/Main
Director of the Institute of Theoretical Physics (-1995)
Since 1964      Various offered professorships at Duke University, University of Virginia, Vanderbilt University, etc., declined
Since 1976     Permanent Consultant to Gesellschaft für Schwerionenforschung (GSI) Darmstadt
Oct. 2001 - July 2002        Dean of the Physics Faculty of Johann Wolfgang Goethe University
Since 2003           Founding Director and Member of the Management Board, Frankfurt Institute for Advanced Studies

His doctoral students include [1]

Hartmuth Arenhövel, Ulrich Mosel, Berndt Müller, Michael Soffel, Horst Stöcker, Johann Rafelski, Gerhard Soff, Joachim Maruhn, E. D. Mshelia, Andreas Schäfer, Burkhard Fricke, Paul-Gerhard Reinhard, and Joachim Reinhardt.

Scientific Fields of Research [2]
  • The nuclear structure "Rotation-Vibration Model"
  • Different proton and neutron deformations in nuclei
  • Dynamic Collective Model of giant resonances; The spreading width of giant resonances
  • Eigenchannel theory of nuclear reactions
  • Generalized Collective Model (known as "Gneuß-Greiner"-Model or also the "Frankfurt" Collective Model)
  • Prediction of superheavy nuclei
  • The Two Center Shell Model
  • Theory of nuclear molecules
  • Prediction of new ("cluster") radioactivities
  • Bimodal and supersymmetric nuclear fission
  • Heavy ion physics
  • Quantum Electrodynamics (particularly of strong, overcritical fields - "Decay of the Vacuum")
  • Theory of electronic quasimolecules in heavy ion collisions
  • Structure of superheavy and giant nuclei
  • Shock waves in relativistic heavy ion collisions: The key mechanism for compressing and heating nuclear matter
  • Nuclear equation of state
  • Pion bremsstrahlung
  • Phase transitions of nuclear matter
  • Production of clusters of antimatter and strange matter from the highly correlated vacuum (meson field theory)
  • Extension of the periodic system into new directions of strangeness and antimatter.
  • Clusters of matter and antimatter - Superdense baryonic clusters

Honors and Positions [2]

Guest Professorships

National Bureau of Standards, Washington, D.C. (1965)
University of Melbourne (1966)University of Virginia, Charlottesville (1967)University of Saskatchewan, Sakatoon (Canada) (1968)Indiana University (1970)Florida State University (1971)University of California, Berkeley (1972)Yale University, New Haven (1974 and since then regularly)Oak Ridge National Laboratory (regularly),Vanderbilt University, Nashville, Tennessee (regularly)Joint Institute for Nuclear Research, Dubna, USSRUniversity of Cairo (1977)University of Madras/India (1987)Institute of Atomic Physics, Bucharest/RomaniaLos Alamos Scientific LaboratoryUniversity of the Witwatersrand, Johannesburg/South AfricaArgonne National Laboratory and University of Chicago,Lawrence Berkeley Laboratory (regularly),Lawrence Livermore Laboratory (regularly),Duke University (regularly)University of Arizona, Tucson
Oak Ridge National Laboratory, Tennessee, USA

Since 1978: Adjunct Professor, Vanderbilt University and

Editorial positions

Editorial Board, Journal of Physics G: Nuclear Physics, England
Editorial Board, Reports on Progress of Physics, England
Honorary Editor, Journal of Physics G: Nuclear Physics, England
1990 -
Member of the Editorial Board Il Nuovo Cimento: Nuclei, particles and fields
1991 -
Managing Editor for Europe of International Journal of Modern Physics E. (World Scientific, Singapore)
1992 Editorial Board, Il Nuovo Cimento, Bologna
Editorial Board, Heavy Ion Physics, Budapest
Editorial Board, Foundations of Physics, New York - London

List of Publications

List of Books

Quantum Mechanics: Symmetries (Greiner, Walter//Theoretical Physics 2nd Corr ed)
Quantum Mechanics: An Introduction, 4e
Nuclear Models
Relativistic Quantum Mechanics. Wave Equations
Classical Mechanics: Systems of Particles and Hamiltonian Dynamics

List of Publications: Proceedings (incomplete)


  1. Series-good-and-how-do-they-compare-to-other-great-books-of-the-same-subject-individually

Friday, December 04, 2015

ABHAS MITRA- Head (Retd.), Theoretical Astrophysics Section, Astrophysical Sciences Division, BARC, Mumbai, INDIA

Prof. Abhas Mitra

About Prof. Abhas Mitra 

Prof. Abhas Mitra (born on June 03, 1955 at Belur, West Bengal), is Head, Theoretical Astrophysics Section, Astrophysical Sciences Division (APSD), Bhabha Atomic Research Centre (BARC), Mumbai -400094, since 2005; Technically, Scientific Officer (H+). Ph.D. guide (Physics) for Mumbai University & Homi Bhabha National Institute (HBNI) where he is an Adjunct Professor. he has completed their basic Educational Qualifications: (i) M.Sc. (Physics), 1st Class, University of Kolkata (1977). But results came in 1979 because of ultra-left political turmoil. (ii) BARC Training School, 23rd Batch (3rd in Physics stream): Aug 1979 – July 1980. This was more than a M. Phil degree. (iii) Ph.D. Thesis entitled ``A New Theory of Ultra High Energy Gamma Ray Production In Cygnus X-3’’ was ready for submission to Kashmir University in 1990. But because of militant uprising, this could not be done. Later an updated thesis was submitted in Mumbai University, & degree obtained in 1994. This thesis contained all single authored papers in leading international journals and hence equivalent to a D.Sc. degree (guide was only an official formality).
He is one of the rare astrophysicists in the world whose research has spanned such a wide range:
  •  Gamma Ray Astronomy, X-ray Binaries & Millisecond pulsars, Cosmic Gamma Ray Bursts, Diffusive Shock Acceleration, General Relativity, Gravitational Collapse, Various aspects of Cosmology, Classical Mechanics. He happens to be only Relativistic Astrophysicist & Cosmologist in the 67 year history of BARC.
  • Initiated serious research in Theoretical Astrophysics singlehandedly not only in APSD/BARC but also in the state of J&K of India by braving immense difficulties.
  • First to show that photo-meson process could be the leading source of high energy cosmic
  • gamma-rays in some X-ray binaries. His research on Cygnus X-3 got cited in Nature News & Views (P.S. Conti, Nature 355, 680, 1992).Another paper on Cygnus X-3, got discussed in the prestigious international magazine Sky & Telescope in 1998:  In India, he pioneered the theoretical research on Cosmic Gamma Ray Bursts. He was the first ever speaker (amongst only 12 worldwide) from India in famous (1995), 3rd Huntsville Gamma Ray Burst Conf:
  •   One of the very few BARC scientists who has delivered prestigious ``Wednesday Colloquium’’ in Tata Institute of Fundamental Research, Mumbai (On Gamma Ray Burst research).

Prof. Abhas Mitra selected for European Commission – DST (India) Post Doc position to work with Prof. (Sir) Martin Rees (later Astronomer Royale), Cambridge University, in 1992. But this did not materialize in the absence of a formal Ph.D. degree. His career in BARC did not offer any scope for formal teaching. However, he is competent to teach all areas of physics (except biological physics) at any level.

Prof. Abhas Mitra is one of the rare active Indian scientists who write blogs on own research in astrophysics & cosmology from various platforms:
He is the administrator of 3 Facebook pages promoting astrophysics & cosmology:
· (Cosmology Without Prejudice)
In addition, he regularly participates in various astrophysics/cosmology debates in Facebook groups like ``Astronomy’’, ``Cosmology’’, ``Astrophysics & Physics’’.

He has been invited as Key Speakers or Guests by many organizations in past 10 years. On several occasions, he has answered innumerable queries on various topics of physics & astrophysics from gathering of around ten thousand school students. In 2013-14, he was invited by Guwahati University, M S University, Baroda and IIT Kharagpur to address students on his research: (Prof. Somnath Sengupta Memorial Lecture)

·       Presently NASA operates the space borne Gamma Ray Telescope ``Fermi’’ whose original name was GLAST. The science brochure of GLAST cited only one paper of Indian origin which is  by R. Kaul & A. Mitra:

As a Section Head, he gave full academic freedom to younger colleagues to pursue their independent research problems, and did away with the frequent practice of having the name of the ``boss’’ as one of the coauthors (otherwise his list of publication could have been much longer)! He has visited labs/universities/conferences in USA, UK, Russia, China, Hong Kong, France, Germany: where he gave lectures, plenary/invited talks on own research. He is involved in the simulation & development of new data analysis program (Random Forest Method) for the MACE project (one of the largest Gamma Ray Telescope of the world) at Hanle, Ladakh (in collaboration with TIFR & Indian Institute Astronomy).

He is the first physicist to not only show/claim that the so-called ``Black Holes’’ (a crucial concept in Astrophysics & Physics for 100 years) cannot be true black holes, but also suggested the most likely nature of such objects. This research is based on series of peer reviewed and uncontested publications in journals such as Found. Phys. Lett., Pramana, Advan. Sp. Sc.,  Astrophys. Sp. Sc., New Astronomy, Int. J. Mod. Phys. D., J. Math. Phys, IJAA, JMP, Phys. Rev. D., Mon. Not. Roy. Astron. Soc., Mon. Not. Roy. Astron. Soc. Lett.

His research has shown that though the Black Hole solution is formally correct, the pertinent Integration Constant is zero implying true BHs (point particles) have gravitational mass M=0, and therefore the so-called BHs having M>0 cannot be true BHs. On the other hand, his research has shown that, as massive objects keep on contracting, at some stage, the outward pressure of trapped radiation must be able to counteract the inward pull of gravity to result in quasi-static ultra-compact hot objects which nonetheless keep on contracting indefinitely (Eternally Collapsing Objects: ECO). Astrophysical ECOs are likely to be ultra-magnetized too (MECOs)  And now there are many evidences that many BH candidates possess strong magnetic field which cannot be due to effect of surrounding accretion disks. For instance see: Surprisingly Strong Magnetic Fields Challenge Black Holes’ Pull or ``Dynamically important magnetic fields near accreting supermassive black holes’’ (Nature, 510, 126, 2014). Accordingly, his BH research has been discussed widely both at national & international levels. Please see section 4 in details.


Worked as a visiting professor in Max Planck Institute for Nuclear Physics, Heidelberg, Germany in 2006. Got qualified as an USA National Research Council SENIOR ASSOCIATE, High Energy Astrophysics Group, Goddard Space Flight Centre, NASA in 2004. But Indian scientists were informally banned in US Govt. Labs following Pokhran II nuclear explosion by India.


·         Distinguished Alumnus of Mumbai University: Only BARC scientist on this list apart from H.J. Bhabha, H. Sethna, R. Ramanna & A. Kakodkar (who all were Directors& Chairmen, DAE):

·         Most Searched  Living ``Indian Physicist’’ on the Web (C.V. Raman, S.N. Bose, H.J. Bhabha, S. Chandrasekhar, M.N. Saha, Abhas  Mitra, Ashoke  Sen…) (Google with ``Indian Physicist’’). While this does not mean that his research is very well cited, it nonetheless shows that the same has evoked widespread popular interest.

·         Interviewed on BBC Radio in 2001 for research showing so-called ``Black Holes’’ cannot be true black holes. Interviewed on an Australian Radio Channel for the same reason in 2014. Also interviewed by several TV channels like NDTV, Headlines Today, Aaj Tak etc (2004).

·         In 2006, Harvard Smithsonian Center For Astrophysics Press Release ``NEW PICTURE OF QUASAR EMERGES’’ admitted that the concept that the so-called ``Black Holes’’ are actually ultra-compact, ultra-magnetized hot balls of plasma/fire, is originally due to ``Abhas Mitra’’ (a rare event in Indian science).

·         His research in General Relativity and Cosmology featured as full page SCIENCE NEWS in Nature India five times (2001-13).

·         1st prize in Young Physicist Colloquium organized by Indian Physical Society in 1989. In the 40 yr history of APSD, this happens to be the only award won by any scientist from outside BARC (as of 2015). Also shared BARC’s Group Achievement Award for up-gradation of TACTIC Gamma Ray Telescope in 2012.

·         Member of International Astronomical Union (IAU) since 2000; presently only IAU member from APSD & BARC.  Also a life member of Astronomical Society of India, Indian Physics Association, Nuclear Society of India.  Full Member of American Astronomical Society (1992-94). Full membership of AAS requires Ph.D.; but in view of superior research credentials, AAS waived formal Ph.D. requirement.
·         One paper ``Sources of Stellar Energy….’’ (New Astronomy, 2006) was selected as one of the Highlight Publications of Max Planck Society in 2007.

·         Has worked a reviewer for Astrophysical J., Astrophysical J. (Letter), General Relativity & Gravitation, Int. J. of Modern Phys. (D), Int. J. of Theoretical Physics, Int. J. of Astronomy & Astrophysics, J. Modern Physics, Astrophysics & Space Science, Indian J. of Physics, Current Science, Pramana, Turkish J. Phys, J. A&A, Physics Essays, and several other journals. Has worked as a reviewer for research projects for fund granting Govt agencies like BRNS (India) and similar agency of Chile. Editorial Board Member of some journals.


·         67 Journal Papers out of which 61 are a single author or leading author publications. Most publications contain significant new/novel or outstanding results.

·         18 Full fledge research papers published in Cornell University Electronic Preprint archive or elsewhere (again mostly single authored): many could not be published in journals because of lack of time.

·         49 Conference Publications  (Invited Talks, Oral Presentations, Posters)

·         1 Invited Book Chapter comprising 94-page article.

As per ResearchGate:,

 Impact Point (IP) of the journal papers is 210. Since most of them are a single author, the IP/Author is ~200, which is high by not only, BARC or Indian standards, but by international standard too. The average IP/Author of other APSD scientists is ~10, the same for BARC scientists/engineers is probably ~3.


He is the first physicist to not only show/claim that the so-called ``Black Holes’’ (a crucial concept in Astrophysics & Physics for 100 years) cannot be true black holes, but also suggested the most likely nature of such objects. Details about BH research at national & international levels

Indian Physicist AbhasMitra Claims he Resolved Black Hole Paradox Years before Stephen Hawking (International Business Times, 2014)
No Black Holes After All? (World Science, 2006)

Following his pioneering research, since, 2001, various other researchers too started claiming that ``There cannot be true black holes or gravitational collapse should be singularity free’’, though such researchers would avoid citing the pioneer. Only few examples below:

  Black holes 'do not exist' (Nature News, 2005)
No More Black Holes? (SCIENCE, 2007)


For the first time he obtained the ``Curvature Form’’ of the FRW metric used to describe an isotropic & homogeneous universe. Also, for the first time, he derived the FRW metric by actually solving all relevant Einstein equations rather than by relying on geometric arguments.


The 2011 Nobel Prize in physics involved the concept of a mysterious cosmic repulsive force called ``Dark Energy’’.  Any many leading cosmologists including (G F R Ellis) have argued that ``Dark Energy’’ might be an artifact of ``back reaction’’ of a real universe which is significantly inhomogeneous. Such an idea has been confirmed by 4 research papers by him which have shown that, the most likely candidate for Dark Energy, namely, the Cosmological Constant of Einstein, is exactly zero.


His 2 papers in General Relativity & Gravitation and New Astronomy have shown that in order that energy density of the FRW universe (including matter & field) is unique, it can expand only in a unique linear fashion. This exact result rules out the hypothesis of ``Cosmic Inflation’’, and accordingly, he insisted that the 2014 BICEP2 claim of confirmation of ``Cosmic Inflation’’ must be incorrect. In 2015, his prediction has been re-confirmed: Cosmic inflation theory of Big Bang bites the space dust (Nature, Feb 02, 2015).

Unknown Inhomogeneous Universe: 

In 2014, his paper in Mon. Not. Roy. Astron. Soc, showed that a linearly expanding Big Bang universe is actually vacuumed and the ``expansion’’ is a mathematical illusion, a coordinate effect. In effect, this means that only pure vacuum can be perfectly homogeneous & isotropic. In other words, the real universe containing galaxies must be inhomogeneous and complex. Indeed, the study of cosmic gamma ray bursts at largest scales (3 Gpc, z=2) indicates that the universe is inhomogeneous and lumpy.
His research on cosmology has been published in IJAA, JMP, Astrophys.Sp.Sc.,New Astron, GRC, GC, Results in Phys., Nature Sc. Rep., IJMPD, JCAP and MNRAS, and has drawn intense media attention:

``Indian physicist questions 'Big Bang' basics’’ (Nature India, 2012)
(Actually, Indian physicist challenges Nobel laureate’s claim of Dark Energy)
``Indian Scientist Contests ``Big Bang’’ Evidences’’ (Business Standard, 2014)

For instance, in this context, internationally famous science communicator and cosmologist Neil deGrasse Tyson (Ph.D. Columbia) wrote ``Steinhardt follows Mitra and points out that there are other twists produced within our own Galaxy’’.
As per Big Bang model, 85% of the matter in the universe comprises unusual (non-baryonic) exotic ``Dark Matter’’. But protracted intense search by (i) Direct Laboratory methods, (ii) Particle Accelerators and (ii) Indirect searches by Gamma Ray Astronomy have failed to detect any WIMP/AXION, and this hypothesis is on the verge of abandonment. This development is in conformity with the idea of Mitra (and many others) that the Big Bang paradigm could be in error (Cosmologists in the Dark, Martinez & Trimble). In his view, galactic DM could just be baryonic matter like ultra-cold molecular hydrogen.
A recent discovery (Science, 2015) that the speed of only strictly plane light waves is constant in a vacuum may have profound implications for Cosmology.



Physics problems in the physical Universe involve various complexities like inhomogeneity, heat flow, radiation transfer, the ever-changing equation of state of matter etc. If such complexities would be incorporated, even Newtonian physics, let alone far more complicated General Relativity, would never yield any nice ``Exact Solution’’. This implies that the ``Exact solutions’ of GR, on which the ``Black Hole’’ and ``Big Bang’’ paradigms have been built over past 100 years cannot represent the real throbbing live universe. His research has proved this simple truth by showing that some crucial `exact solutions’/singularities’ are illusory for the real universe, which suggests that the so-called ``black holes’’ are much more lively & interesting objects; and the physical universe is much richer & complex, and of course unknown.

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