Swarnav Majumder
SWARNAV MAJUMDER is a B.Sc. (Honours), 3rd year Student of Acharya Jagadish Chandra Bose College at Kolkata, West Bengal, in India. He has been felicitated by International Society for Scientific Network (ISSN) Awards for International Best Researcher Award in Mathematics. He is also a Dirac Medal 2022 Nominee, Fields Medal 2022 Nominee, Asia Iconic Researcher of Physics. He was born in Kolkata, West Bengal, India.Swarnav Majumder was born on 12th October, 2003 to a middle class family. His father is Sudeb Majumder and his mother is Baby Majumder. His father is an Insurance agent and his mother is an housewife. Swarnav’s family loved him quirks and all. His family had a deep love of learning and respect for the intellect. The first step to gaining knowledge was asking questions.Although he achieved the heights, but his journey with Mathematics from beginning was not well. As many lads he also used to had a bitter experience in Mathematics. He was not a good scorer in Maths and additionally he does not like maths at all. Once he even failed in Mathematics also in class 9. But the proverb,” Time changes worst enemies, friends” practically happened in his life. In the year of 2018 , he was studying in class 10, a teacher named, Gautam Bose came to teach him Mathematics and this changed his liking with Maths. Maths turned into a subject of joy for Swarnav. He used to spend days working on complicated math problems alone in his room until he solved them. He started to make Maths problems and started to solve them. Another life changing incident happened next year, one day he got a book in the school library named, “ I am Albert Einstein”, he read it as a novel and it entirely changes his way of thinking forever. Meanwhile, Swarnav was upgrading his mathematical ability, he was attacked by an deadly disease, Pericardial Effusion. Some fluid accumulated around the heart, affecting its beating. He ran a high fever for continuous 63 days.After he recovered from the illness, in the year 2020, a epidemic Covid-19 virus spread across the world. The whole world was locked up inside homes. But turned into a fruitful time for Swarnav. He published five scientific research papers on Physics and Mathematics in that year, first one is the famous paper on “Permutation and Combination Series” published in Indian Journal of Mathematics Research. He later called that year his, “ annus mirabilis” . He showed that “Education is not the learning of facts but it should enhance your thinking capability”. At that time he used to spent nights working on the complex equations until he reached the solutions. He changed our ideas about wave collisions, while working as a student in school he came up with new equations and formulas which will leads to all sorts of inventions further. He has done a remarkable research in wave mechanics and collision mechanics. He has published many books on physics and mathematics. He is a very enthusiastic and inquisitive student of physics. Besides his research works, he is very affectionate to playing football and in leisure, he likes to read biographies on great people. He is always habituated to respect all ages, and respectful to his parents and teachers. He believes in self incarnation and self believe. He follows the path of truth, integrity and hard work. His famous quote is “It doesn’t matter what you are, but it matters what you be”. He is a very dedicated student of Physics and will also contribute further in the literature of the subject. He dreams of becoming one of the recognizable renowned physicists and also to further research in this field.
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is the art of creating glazed or unglazed porous earthenware, figurines, and other decorative materials from
clay which is dried and fired in temperatures of around
1000°C giving it a distinctly orange, red, brown, yellow,
or grey color. It is then covered in sand to allow it to
cool down. This color depends not only on the type of
clay found in the beds of the water bodies in the area
where the artist is based but also on the firing process.
For example, if the smoke from firing is allowed to get
out through the vents in the kiln, a red or orange color
is obtained. On the other hand, if the vents are sealed,
it gives the items a black color. Decorative pieces are
either left with their original color or painted in multiple
hues to make them more attractive. Terracotta items,
when not cracked, give a ring when struck lightly with
fingers.
the whispers of ancient spirits mingle with the rustle of leaves, a
mesmerizing tradition thrives—the timeless art of Dokra. Like
a symphony orchestrated by nature itself, Dokra resonates with
the soul of the Santal tribe, weaving together threads of spirituality, heritage, and boundless creativity. At its core lies the
legendary figure of Dhokra Baba, a revered artisan whose hands,
guided by an ancient wisdom passed down through generations,
possess the magical ability to transform mere metal into vessels
of divine beauty and profound meaning.
Conference Presentations by Swarnav Majumder
Books by Swarnav Majumder
pantheon of physics. Some of the names are familiar (Newton, Einstein, Curie,
Heisenberg, Bohr), while others may not be (Clausius, Gibbs, Meitner, Dirac,
Chandrasekhar). All were, or are, extraordinary human beings, at least as fascinatingas their subjects. The short biographies in the book tell the stories of both
the people and their physics.
The chapters are varied in format and length, depending on the (sometimes
skimpy) biographical material available. Some chapters are equipped with short
sections (entitled “Lessons”) containingbackground information on topics in
mathematics, physics, and chemistry for the uninformed reader.
Conventional wisdom holds that general readers are frightened of mathematical equations. I have not taken that advice, and have included equations in some
of the chapters. Mathematical equations express the language of physics: you
can’t get the message without learning something about the language. That
should be possible if you have a rudimentary (high school) knowledge of algebra,
and, if required, you pay attention to the “Lessons” sections. The glossary and
chronology may also prove helpful. For more biographical material, consult the
works cited in the “Invitation to More Reading” section.
No claim is made that this is a comprehensive or scholarly study; it is intended
as recreational readingfor scientists and students of science (formal or informal).
My modest hope is that you will read these chapters casually and for entertainment, and learn the lesson that science is, after all, a human endeavor.
Drafts by Swarnav Majumder
Talks by Swarnav Majumder
is the art of creating glazed or unglazed porous earthenware, figurines, and other decorative materials from
clay which is dried and fired in temperatures of around
1000°C giving it a distinctly orange, red, brown, yellow,
or grey color. It is then covered in sand to allow it to
cool down. This color depends not only on the type of
clay found in the beds of the water bodies in the area
where the artist is based but also on the firing process.
For example, if the smoke from firing is allowed to get
out through the vents in the kiln, a red or orange color
is obtained. On the other hand, if the vents are sealed,
it gives the items a black color. Decorative pieces are
either left with their original color or painted in multiple
hues to make them more attractive. Terracotta items,
when not cracked, give a ring when struck lightly with
fingers.
the whispers of ancient spirits mingle with the rustle of leaves, a
mesmerizing tradition thrives—the timeless art of Dokra. Like
a symphony orchestrated by nature itself, Dokra resonates with
the soul of the Santal tribe, weaving together threads of spirituality, heritage, and boundless creativity. At its core lies the
legendary figure of Dhokra Baba, a revered artisan whose hands,
guided by an ancient wisdom passed down through generations,
possess the magical ability to transform mere metal into vessels
of divine beauty and profound meaning.
pantheon of physics. Some of the names are familiar (Newton, Einstein, Curie,
Heisenberg, Bohr), while others may not be (Clausius, Gibbs, Meitner, Dirac,
Chandrasekhar). All were, or are, extraordinary human beings, at least as fascinatingas their subjects. The short biographies in the book tell the stories of both
the people and their physics.
The chapters are varied in format and length, depending on the (sometimes
skimpy) biographical material available. Some chapters are equipped with short
sections (entitled “Lessons”) containingbackground information on topics in
mathematics, physics, and chemistry for the uninformed reader.
Conventional wisdom holds that general readers are frightened of mathematical equations. I have not taken that advice, and have included equations in some
of the chapters. Mathematical equations express the language of physics: you
can’t get the message without learning something about the language. That
should be possible if you have a rudimentary (high school) knowledge of algebra,
and, if required, you pay attention to the “Lessons” sections. The glossary and
chronology may also prove helpful. For more biographical material, consult the
works cited in the “Invitation to More Reading” section.
No claim is made that this is a comprehensive or scholarly study; it is intended
as recreational readingfor scientists and students of science (formal or informal).
My modest hope is that you will read these chapters casually and for entertainment, and learn the lesson that science is, after all, a human endeavor.