The Inorganic Chemist

Inside the Indian Laboratory Before the Laboratory What comes to mind when you hear the word laboratory ? Perhaps a scientist in a white coat. Rows of glass bottles. Test tubes and beakers. A fume hood. Electronic balances, spectrometers and computers. Now remove all of them. Remove electricity. Remove modern glassware. Remove the thermometer. Remove even the periodic table. What remains? A furnace glowing with fire. A crucible buried among hot coals. A mortar in which minerals are being ground. A vessel connected to another vessel so that vapours can be collected. A substance is heated until it disappears from one place and deposits somewhere else. Could this also be called a laboratory? The history of Indian material practices suggests that we should at least consider the possibility. Premodern Indian traditions associated with metallurgy, medicine, Rasaśāstra, mineral processing, dyes and other technologies developed specialised apparatus and carefully described operations for tran...

Mercury, sulphur, metals and the fascinating world of material transformation in premodern India. What happens when medicine meets metallurgy, minerals meet the furnace, and the transformation of matter becomes intertwined with the transformation of the human body? One answer from the history of India is Rasaśāstra. Rasaśāstra occupies a particularly fascinating—and sometimes misunderstood—place in the history of Indian scientific and medical traditions. Its literature describes the processing of mercury, sulphur, metals, minerals and other substances through elaborate operations involving heating, grinding, purification, calcination, sublimation and distillation. It is tempting, therefore, to simply call Rasaśāstra "ancient Indian chemistry. But that description is both too easy and historically inadequate. A more useful way to understand it is: Rasaśāstra represents a historical domain in which medicinal practice, mineral processing, metallurgical techniques and alchemical tradi...

What can we really say about India's ancient chemical knowledge? In the first article of this series, we asked a simple but important question: Was there chemistry before chemistry? The answer led us to a larger challenge. When we talk about the chemical traditions of ancient India, how do we separate historical evidence from modern interpretation, genuine achievement from exaggerated claims, and technological knowledge from mythology? This is particularly important today, when discussions about India's scientific heritage often swing between two extremes. One says:  Ancient India had already discovered everything modern science knows.  The other says:  If ancient Indians did not use modern scientific terminology, they could not have possessed scientific knowledge. Neither position does justice to history. The truth is much more interesting. Start with the evidence. The first rule of studying ancient science should be simple: Evidence before interpretation.  For the ...

  The Indian Chemical Imagination-Part 1 How did Indians understand, transform and control matter before the modern science of chemistry emerged? When we hear the word chemistry , we immediately think of laboratories, test tubes, molecular structures, the periodic table, spectroscopy, and carefully controlled experiments. But chemistry, as a modern academic discipline, is relatively young. Human beings were transforming matter thousands of years before the word "chemistry" acquired its present meaning. They smelted ores, produced metals, made glass, prepared medicines, fermented food and beverages, extracted dyes, manufactured pigments, prepared perfumes, and developed methods to purify and transform substances. India was no exception. In fact, the Indian subcontinent possesses a remarkably long record of technological practices involving metals, minerals, ceramics, dyes, medicines, salts, fermentation and other materials. The important question, however, is not simply: ...

P. C. Ray: The Scientist, Swadeshi Revolutionary and the Story of Daab Sherbet When we remember Acharya Prafulla Chandra Ray, we usually think of the pioneering chemist who discovered mercurous nitrite, founded Bengal Chemicals and helped establish modern chemical research in India. Yet Ray’s life also reveals a lesser-known connection between chemistry, public health and an everyday drink -  daab sherbet . The story reminds us that Ray did not regard science as an activity confined to laboratories. For him, scientific knowledge had to serve society, strengthen Indian industry and improve people’s lives. A chemist who became a nation-builder Born on 2 August 1861 in present-day Bangladesh, Prafulla Chandra Ray emerged as one of India’s most influential scientists. After studying chemistry at the University of Edinburgh, he returned to India and joined Presidency College, Calcutta. Ray’s research brought him international recognition, but his ambitions extended far beyond personal a...

Challenges and Solutions to Teaching during Pandemic in India " Challenges and Solutions to Teaching during Pandemic in India " Published in the Journal of Scientific Temper (Vol. 14, Issue 2, 2026). ( https://doi.org/10.56042/jst.v14i2.31986 ) The COVID-19 pandemic transformed education overnight, compelling educators and students to adapt to an unprecedented digital learning environment. In our study, we examine the major challenges facing the Indian education system - particularly science education - and propose practical, policy-oriented solutions to build a more resilient future. https://www.researchgate.net/publication/409995505_Challenges_and_solutions_to_teaching_during_pandemic_in_India Key Highlights ✅ Challenges faced by educators in shifting from classroom to online teaching. ✅ Impact of digital inequality, connectivity issues, and lack of devices. ✅ Difficulties in conducting laboratory-based science education remotely. ✅ Student-specific concerns, includi...

The internet is crowded with AI models. We have AIs that can write code, AIs that can paint pictures, and AIs trained on the vast, generic expanse of the modern web. But when it comes to the deep, nuanced, and timeless wisdom of Indian Knowledge Systems (IKS), generalist AI often falls short—offering generic summaries or hallmarked guesses instead of authentic truth. Today, that changes. We are thrilled to officially launch iksguru.in - the world's first dedicated AI companion built to speak the language of the āstras. #ChatGPT Studied the Internet. #GuruBot Studied the #Vedas. iksguru.in isn't just another search engine wrapped in an AI chatbot. It is a digital bridge built specifically for seekers, scholars, parents, and anyone curious about India's foundational wisdom. When you ask GuruBot a question about karma, dharma, Ayurveda, or Vedanta, you don’t just get a paragraph of generated text. You get grounded, accurate answers complete with real verse citations from the B...

#LearningNeverStops—it simply evolves. My small humble attempt at making #IKS videos using #AI for the new kids in the block. #Kanad gave the term #anu for an atom and this should be the first term and #Indianstudent should learn before he reads the word Atom.  I challenged myself to learn and experiment with Artificial Intelligence. This video is one of the outcomes of that journey. From exploring AI tools to creating this content, the entire process has been a fascinating learning experience. I would love to hear your thoughts and feedback.  #ArtificialIntelligence #AI #Chemistry #LifelongLearning #Education #Innovation #LearningNeverStops  https://youtu.be/QJ4QjpkkjJA?si=doa_B8fwwlR9wQ5C

  The ghats of Varanasi now host the world’s first floating CNG station and a hydrogen-powered motorboat — a striking example of India’s rapid strides in science and technology. These innovations reduce emissions, improve river transport sustainability, and showcase homegrown engineering. Yet many Indians remain unaware of this milestone; wider communication and public engagement are needed so citizens can celebrate and support such green advances. Ministry of New and Renewable Energy (MNRE) MINISTRY OF EDUCATION, GOVERNMENT OF INDIA Department of Science & Technology, Government of India

Tradução em português das diretrizes da AYUSH usando o tradutor do Google. O original está disponível neste link https://www.mohfw.gov.in/pdf/ImmunityBoostingAYUSHAdvisory.pdf (SOMENTE PARA AMIGOS) Ministério de AYUSH Medidas de aumento da imunidade da Ayurveda para o autocuidado durante a crise da COVID 19 Após o surto de Covid 19, toda a humanidade em todo o mundo está sofrendo. Melhorar o sistema de defesa natural do corpo (imunidade) desempenha um papel importante na manutenção da saúde ideal. Todos sabemos que prevenir é melhor que remediar. Embora não haja remédio para COVID-19 a partir de agora, será bom tomar medidas preventivas que aumentem nossa imunidade nestes tempos. Ayurveda, sendo a ciência da vida, propaga os dons da natureza em manter vida saudável e feliz. A extensa base de conhecimento da Ayurveda sobre prevenção cuidados, deriva dos conceitos de “Dinacharya” - regimes diários e “Ritucharya” - regimes sazonais para manter uma vida saudável. É uma c...

The Importance of Inorganic Chemistry to Today’s World

http://www.indiatimes.com/news/weird/a-student-at-the-university-of-california-irvine-accidentally-invented-a-battery-that-never-dies-254360.html

New Bizarre State of Matter Seems to Split Fundamental Particles

https://www.googlesciencefair.com/en/

Newlight Technologies Aircarbon

Ultrathin 'E-Skin' Turns Your Hand i nto an Electronic Display

Recipe for a jelly-based fuel cell catalyst