Heritage on Wheels Exhibition & the COVID 19 Lockdown of Nehru Science Centre.

Heritage on Wheels Exhibition & the COVID 19 Lockdown of Nehru Science Centre.

Amidst an unprecedented heightened fear and dime a dozen information   - most of which unfortunately is infodemic - that is getting played out in the social media and so  also in the electronic and print media on the COVID 19, which has been declared a pandemic by the WHO,  authorities across India have been compelled to take precautions including shutting down public spaces and museums. Our centre too has been closed for visitors from today. Just a couple of days ago -  on 13th March  - silently, without much fanfare, we had opened an exhibition on CoronaVirus and another new exhibition ‘ Heritage on Wheels’, with a hope that these two exhibitions will help us in compensating the fall in  visitors to our centre, post the COVID scare. Unfortunately COVID -19 has played spoilsport and we have been compelled to close our centre for the larger interest of the public health safety of our visitors. Hopefully the COVID scare will pass and we will soon open our centre and the Vintage Cars exhibition to public at the earliest.  

Heritage Automobiles - vintage cars - exhibition has always attracted huge eyeballs and this has been our experience in the past two ‘Heritage on Wheels’ exhibitions, which we had organised at our centre. The artistically crafted, elegant moving beauties, painstakingly restored and maintained by their respective passionate owners, have no parallels in contemporary auto market. Even while most modern car manufacturers announce new range of cars every year, the craze for ageless beauties of yesteryears remains unparalleled. It is with this premise that the Nehru Science Centre, in collaboration with Vintage and Classic Car Club of India (VCCCI), has been organising the "Heritage on Wheels: Vintage Car" exhibition for the past three years and this year this exhibition got off to a soft opening, on the 13th March in the presence of several proud owners of these ageless beauties and other guests.

On display in the exhibition  are  40 (27 cars and 13 motorcycles)  ageless beauties, manufactured during the period from 1900 to 1950s. The assortment of cars on display include the Jaguar, Rolls Royce, Cadillac, Bentley, MG, Premier, Triumph, Shelly Cobra, Volkswagen, Austin, Alfa Romeo, Fiat, Ford, Chrysler, Rover, Lincoln, Morgan etc. These cars belong to the period referred to as the golden age of design in which most of the cars were aesthetically designed with artistic flavour and were exquisitely engineered to transcend transportation to become a work of artistic creativity. The artistic elegance of these ageless moving beauties can be compared with the best of rolling sculptures, and to see them is to think, “these cars belongs to an art gallery.”

Automobiles have always fascinated Indians. The biennial Auto Expo, which was last  held at Noida, from Feb 9-14, 2018 had attracted more than 6,00,000 visitors.  When one goes back in history, we will notice that automobile industry is a marker to the design ingenuity and creativity of mankind. This industry is now destined for a paradigm shift with an ever increasing brain power that is continuing to be machined into the modern automobiles (cars) by their makers to make the next generation cars - the thinking cars.

Notwithstanding an unprecedented pace at which newer and newer developments are taking place in the Auto industry, there has never been any reduction in the curiosity and interest among the people, in wanting to see the vintage cars - ageless beauties. It is for this reason that the Nehru Science Centre has joined hands with Vintage and Classic Car Club of India (VCCCI) to present some of these ageless beauties to the visitors in the form of an exhibition "Heritage on Wheels”. This is the third consecutive year that we are organising this exhibition, which unfortunately has been temporarily closed due to COVID 19 scare and we hope to open it to the visitors as soon as the situation improves.

The automobile design has not evolved in a vacuum. It has also stood on the ‘shoulders of the giants’ and  borrowed ideas and thoughts from other industries and from popular culture, to adopt these ideas in the design of the automobiles. Whatever was handy, trendy or so called sexy, was fair game for the designers to incorporate in their designs. Automobile designers incorporated aspects of Art Deco and Art Moderne into their styling in the 30's. Streamlining, a catchword that had much less to do with aerodynamics than with shapes, was also incorporated in these beauties, besides incorporating design influences from nature. 

The “Heritage on Wheels” exhibition presents a range of artistically designed models of cars that were produced by creative team of designers, inventors, manufacturers and engineers who combined to create these early automobile beauties, which continue to attract people. The end-product reflects the marriage between the beauty of line and mechanical ingenuity. These vintage cars of yesteryear’s come with speed and elegance clubbed with a perfect combination of line and curve that makes these cars so very beautiful and aesthetically stunning. The delicate ness with which these cars are transported for the exhibition shows the extraordinary care that each of the owners have for their classic cars.

The early carmakers at the turn of the 20th century, not only cared for their cars to be reliable but were equally concerned for the look of their machines. The cars of the last century looked more like the horseless carriages. It took a while before these mechanised buggies sprouted fixed roofs, and very much longer before many of the exposed parts were pulled together in one, more or less, smoothly integrated designs. The book “Moving Beauty: A Century in Automobile Design” by Musee Des Beaux-Arts De Montreal chronicles the excellence achieved by the early car makers. 

The importance of art, which was exemplified by the early car designers, continue to remain relevant even in modern times. The overwhelming success of most of Apple products owe their genesis to the artistic looks that are embedded in the apple products, which was the mantra of its founder Steve Jobs. Perhaps Steve Jobs likened himself and his employees to the automobile designers who were as good as artists. Jobs deployed his mercurial personality in the ruthless way that artists sometimes do to incorporate a perfect combination of line and curve, which  the  early  car manufacturers had used, in his Apple products, the results of which are there for everyone to see.

Long before it became a trend in Europe to own the trendy vintage cars, India’s maharajas were collecting cars – mainly because they bought so many and never really got around to selling any of the cars, which they bought. Although these vintage classic cars have an extraordinary market value and are measured in monitory terms, in India however, they continue to be a pride of ownership primarily because  most of these vintage classic cars come with history sentimentality and nostalgia. 

Most Maharajas in India were extravagantly rich and preferred to buy large numbers of premier cars - Rolls Royce (RR) and such other cars particularly during the period 1921 and 1939. The Indian Maharajas accounted for about 25 per cent of RR’s global production. Since the maharajas were very fussy and demanding buyers, Rolls-Royce had a special production line for them, called the Maharaja specials. There is also an anecdote of an Indian King, Jai Singh, Maharaja of Alwar,  who was snubbed at Rolls Royce showroom in London, compelling him to  buy 6 of these luxury RR Cars, which he subsequently shipped to India. When these vehicles arrived in India Jai Singh ordered the Alwar municipality to use the luxury cars to transport and collect garbage around the city. The word of Rolls Royce cars collecting garbage in India spread like wildfire. People who used to drive their Rolls Royce cars with pride and joy were now embarrassed to drive them knowing the same luxury cars were being used to collect garbage in India. The reputation of Rolls Royce dropped rapidly all over the world. The people at Rolls Royce finally realized their mistake and sent a telegram to Jai Singh rendering their apology for the way he was treated at the London showroom. They also offered him six more cars, for free. The Maharaja accepted this gesture and his municipality stopped using the luxury cars for collecting trash.

Most owners of the vintage cars that are part of the ‘Heritage on Wheels’ exhibition at the Nehru Science Centre have their own stories about their ageless beauties, which accentuate the beauty of these cars. Hope the COVID fear dies down soon so that we can throw open the doors of our science centre to our visitors and enable them to enjoy this exhibition during their visit to our centre.

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3/14 - The International Mathematics Day (Pi (π) Day) : In remembrance of Aryabhata and Madhava.

14th March, declared as the International Pi day, is an interesting date, particularly when expressed in the way the Americans describe the dates - 3/14. A closer look at the date (month and day) reveals a combination of numbers that represent an approximation that constitutes the commonly used constant value for π (Pi) - 3.14. Coincidentally, this date also happens to be the birth date of one of the all time great scientists, Albert Einstein, who was born on the 14th March, 1879, in Germany. In recognition of this 14th March is celebrated as the international Pi day. Pi is perhaps one of few symbols, which has evoked extraordinary human curiosity, mystery, romanticism, misconception and interest, the evidence of which goes back in time.

Since historic times one of the profound challenges faced by mathematicians has been a precise calculation of the ratio between a circle's circumference and its diameter - which has come to be known by the Greek letter π (Pi) - whose history is as old as human desire to measure. However, the symbol for this ratio, known today as π (Pi), dates from the early eighteenth century. It was in the year 1706, a little-known mathematics teacher, named William Jones, first used the symbol π to represent an ideal that in numerical terms can be approached, but never reached. The value π (Pi) is a constant that we get when we divide any circle’s circumference by its diameter and its value is approximately 3.14. The beauty of this enduring mathematical constant lies in the fact that if one were to keep calculating π’s digits with more and more accuracy, you will discover that the fraction goes on and on, literally forever, with no predictable or periodic pattern to the fractions. It is this unpredictable nature of the unending fractions that makes π (Pi) a special constant, which has interested mathematicians for several centuries.

From ancient India, Babylonia and to the Middle Ages in Europe to the present day supercomputers, the mathematicians have been constantly striving to calculate this mysterious constant Pi. They have tried to search for exact fractions, formulas, and, more recently, patterns in the long string of numbers that start with 3.14159 2653........ to represent the unending value of this enchanting mathematical constant - an irrational number. The discovery of this interesting mathematical constant Pi (π), has unending applications in various fields of science and engineering. Notwithstanding the fact that there perhaps are quite a number of tall and illogical claims of ancient Indian achievements in the fields of aviation, cloning etc., which have been confused with mythology that are despised, rightly so, by the likes of Nobelists Venky Ramakrishnan and others, we must also admit that India did contribute immensely in the field of science and technology with discoveries and inventions in certain areas of science, mathematics, arts and culture. Of the numerous areas in which India has made immense contributions one of the unparalleled contributions is the discovery of the value of Pi, which dates back to the period of Sulbha Sutra, and more precisely to Aryabhata’s times.

Pi - the ratio of the circumference to the diameter - was of extraordinary significance for ancient Indians, primarily because of the exacting standards of measurements that were necessary for the construction of the sacred fire altars for performing religious ceremonies, primary among them the हवन. One of the practices that existed in India during the early times (so called Vedic times) was that each of the households were supposed to have three different shaped fire altars in the form of a circle, square and a semicircle, for performing the sacred हवन. The primary conditions of these three different shaped fire altars was that their areas had be equal. This perhaps necessitated a precious measurement and calculation of the value of Pi.  Professor Ramasubramanian, Department of Humanities and Social Sciences, IIT Bombay, is an expert in this field and has so thoughtfully explained the rich history of calculation of Pi in India in a video, the link for which is appended at the end of this article. He says the necessity to construct equal area fire altars in the shape of square, circle and semicircle warranted a precise measurement and discovery of the value of Pi. However, it is said that Archimedes was the first to suggest a specific number for the value of Pi, which he represented as 22/7, a value of which is continuing to be used even in modern days.

Several Indian mathematicians, including eminent mathematician and astronomer Aryabhatta (476- 550AD) worked on the problem for attempting to find a precise value of Pi. Primary among them was Aryabhata, who worked on the approximation value for Pi (π) and his value 3.1416 is far more accurate as opposed to the value 22/7, which was suggested by Archimedes. Aryabhata also came to the conclusion that Pi is irrational. In the second part of the Aryabhatiya (gaṇitapāda 10), he writes : “चतुरधिकम् शतम् अष्टगुणम्द्वाषष्टि तथा सहस्राणाम् अयुत द्वय विष्कम्भस्य आसन्न वृत्त परिणाह” (caturadhikam satam ashtagunam dvāṣaṣṭi tatha sahasrāṇām Ayutadvayavi kambhasyasanno vṛttapariṇāhaḥ), meaning ; “Add four to 100, multiply by eight, and then add 62,000. By this rule the circumference of a circle with a diameter of 20,000 can be approached.” When you calculate this value, the answer comes to 3.1416, which is very close to the modern value of Pi to the fourth fraction (3.14159). You will also notice that Aryabhata very interestingly uses the word आसन्न āsanna (approaching / approximating), to mean that the resultant value of the ratio of circumference to the diameter of the circle ( Pi) is an approximation. He further adds that the value is incommensurable (or irrational). Aryabhata’s seminal work  ‘Aryabhatiya’ provides an insight into his works. 

Aryabhatiya is a compendium of mathematics and astronomy, which has survived till modern times. It reveals beyond doubt that Aryabhata had indeed discovered and worked on concept of Pi long before the Western world was even aware of its existence. The Aryabhatiya, written in Sanskrit consists of 108 verses divided into 4 padas or chapters. The second pada called the Ganitapada (Ganita, meaning mathematics) bears a reference to the concept (and approximate value) of Pi. Considering the period when Aryabhata calculated the value of Pi, around 499 AD, one can definitively state that he had a sophisticated insight into this enchanting constant. The profoundness of his insight can best be understood when we look at the period when the irrationality of Pi (π) was proved in modern times by Johann Heinrich Lambert, in 1761 almost 1300 years later. The works of Aryabhatiya was translated into Arabic (some time during 820 AD) and this approximation was mentioned in Al-Khwarizmi‘s book on algebra, through which it reached Europe.

The oldest recognised representation of infinite series for the value of Pi, is now ascribed to Gregory and Leibniz. But then almost three hundred years before Gregory and Leibniz’s formulae came to the fore, there was a series which was codified in the typical Indian traditions and form of a verse by one of the greatest mathematicians of a India - Madhava from the Kerala School of Mathematics. Mādhava of Sangamagrāma (1340 - 1425), a renowned mathematician and astronomer from Kerala is also considered to be the founder of the Kerala school of astronomy and mathematics. Madhava was one of the greatest scholars of mathematics that Kerala produced during the medieval period. He was the first to use infinite series approximations for a range of trigonometric functions, which is hailed by many as a profound contribution in moving from a finite series to treat their limit-passage to infinity. Madhava also made pioneering contributions to the study of infinite series, calculus, trigonometry, geometry, and algebra. Some scholars have also suggested that Madhava's work, through the writings of the Kerala school, may have been transmitted to Europe via Jesuit missionaries and traders who were active around the ancient port of Muziris at the time. As a result, it may have had an influence on later European developments in analysis and calculus.

Madhava was followed by equally famed mathematicians in Kerala, primary among them include Parameshwara and, Neelakantha, in whose works citations are available to establish Madhava’s marvelous achievements in mathematics. Some of these are the values of π correct to 10 places of decimals, imposing corrections to infinite series after certain terms for quick and better results, derivation of Sine & Cosine power series for computing better Sine and Versed- sine tables, which are unique by contemporary standard. In an article published in the Indian Journal,of History of Science, an INSA publication Dr A K Bag says ‘Madhava’s value, as quoted by by Neelakantha and Shankara, is far better than others and considerably much closer approximation. And he adds that from one of the works of Shankara an evidence is provided to Madhava’s more precise measurement for the value of Pi. In four verses (atra–ha ma–dhava), Shankara says that Madhava had actually suggested a method for finding the circumference of a circle by means of constructing a number of regular polygons, for the sum of the sides of the polygon, which would almost be equal to the length of the circumference of the circle. Step by step procedure was adopted to compute the side of a square- polygon for a circle, then half-side of the square- polygon (octagon), then half-side of the octagon (hexadecagon), then half side of the hexadecagon (32- gon) and so on indicating that the number of regular polygons had to be large for considerably accurate value. Thus suggesting a solution for an infinite series. Madhava’s π series was later rediscovered, about 250 years later, in Europe by scholars —Wilhelm Leibniz (1673), Newton (1675), De Lagney (1682), De Moivre (c.1720), Euler (1748) and others. 

Indian mathematicians interest in the value of Pi continued into the nineteenth and early twentieth century. The great Indian mathematician, Ramanujan, about whom I have written a blog, had a great obsession for Pi and this obsession would follow him until his last. His note books contain hundreds of different ways of calculating the approximate values of Pi. In just the two notebooks he wrote, before arriving at Cambridge, are found 400 pages of formulas and theorems. Courtesy the theoretical foundations that Ramanujan laid a century ago, powerful computers can now calculate the first 10 trillion decimals of the number Pi.

Such has been an intense interest in the value  of Pi by not just Indian mathematicians but also globally,  that it is no wonder that the approximate value of Pi - 3.14 - which is mostly used in ordinary calculations, has been declared as the international Pi day. The Pi day has an interesting connect with the science centres across the world, particularly in the US. Founded in 1988 at the Exploratorium - the pioneer in the evolution of interactive science centres in the world including the science centres in India (NCSM) - the Pi (π) Day has become an international commemorative event that is widely celebrated all around the world, and my colleague Mr Ramachandran, Director of the Mother museums of NCSM, Birla and Industrial and Technological Museum, Kolkata sent us an image of their celebrations of this day with the students in Kolkata, which is also appended in the article.

Wishing you all a very happy international Pi Day and may the excellence of achievements of Indians in the field of mathematics, continue to inspire generations to come.

https://youtu.be/zKlKzau_bsE

COVID 19 : Heightened Fear, Is it Warranted?

COVID 19 : Heightened Fear, Is it Warranted?

The Corona Virus (on which I have already written three blogs), first known by the name of Novel Corona Virus (nCoV) and subsequently renamed COVID19, has resulted in more than 4500 deaths and affected nearly 125000 people in 121 countries. Notwithstanding the fact that WHO has not yet classified it as a pandemic, the global fear of the virus is palpable and it is no different in India. As soon as I landed in Kolkata today late evening (11.30PM), I received a message from my colleague, Mr Umesh Kumar, who enquired whether we have to close some of our facilities at our science centre for public, namely Science Odyssey, Simulator and 3D shows, in line with the decision of the Kerala Government to close cinema theatres. Is this fear justified? Personally I feel it is not, but then we will abide by the health advisories.

The fear for contagious diseases are as old as human civilisation and the ongoing fear of the Corona virus is another example. Fortunately ever since the beginning of the last century the global community has almost always come together to combat such contagious diseases, some of which have even been eliminated from the face of the Earth. Take for example the crippling disease Polio, the very mention of this disease, not until long ago, would send spine cracking fear among people. But then Polio is no longer feared, rather it has more or less been completely wiped out, including from India, which has remained polio free for nearly six years. Therefore I personally feel that we must not fall prey to the unduly heightened fear that is getting played out in most national and international media, majorly on social media platforms. 

Speaking about fear mongering on social media, I am reminded of Dr Gagandeep Kang, FRS, an eminent scientist, who spoke recently in Delhi on the pandemic of infectious diseases, particularly highlighting the current Corona Virus outbreak. She spoke on a new phenomenon, which she described as an ‘Infodemic’, a fake information that becomes viral on the social media on matters pertaining to diseases like the Corona Virus. She stressed that ‘fake or false information on medical issues are as bad as the pandemic itself’ and appealed to the people to be circumspect. She was delivering a special talk on ‘Preparedness, Response, and Research when Epidemics and News go Viral’. 

Elaborating on the drivers that spread epidemics, she said, “Today’s world is deeply connected, and people are in direct contact all the time. In such a scenario, epidemics are and will continue to become more frequent, more complex, and harder to prevent and contain”. Current demographic transitions, driven by population growth, rapid urbanization, deforestation, globalization of travel and trade, climate change and political instability have fundamental effects on the dynamics of infectious diseases. She said that in a changing world, these drivers ensure that pathogens can and will cross barriers and spread in increasingly unpredictable ways.

Dr. Kang pointed out how, in the last two decades SARS, MERS, Ebola, and COVID-19 outbreaks have shown that our concept of epidemics must evolve from crisis response during individual outbreaks to an integrated cycle of preparation, response, and recovery. “For rapidly evolving, high-impact events, preparedness, and collaborations designed and defined ahead of the outbreak are essential to bring together communities, responders, and researchers who do not currently interact,” she added.

 “Preparation, as with platform technologies for vaccines and diagnostics for sharing data and samples, sequencing and capacity for new diagnostics, can be key drivers of rapid innovation for tools to protect our populations,”  She highlighted about the international Coalition for Epidemic Preparedness Innovations (CEPI), a public-private coalition which is working by coordinating resources of academia, industry, and governments, prioritizing platform technologies and facilitating advanced developments for emerging infectious diseases to derail epidemics by speeding up the development of vaccines. She emphasised that confidence in our health systems, our agencies, and our scientists is vital in protecting our people and in advancing science to enable the development of technologies to protect the world. She cited the successful example of MenAfrivac, a vaccine developed by India, which completely eradicated the Meningitis disease from Sub Sahara Africa. She said that “We have a lot to be proud of but a lot more to do.”

WHO has on its website a short video, which explains what inspired global scientists to take up the challenge of developing a vaccine for meningitis ( MenAfrivac), which could potentially eliminate meningococcal A epidemics in sub-Saharan Africa. The film describes the initial search for a manfucturer willing to produce a vaccine at a price affordable for Africa and the interntational partnership that led to the vaccine's development within a decade. 

The MenAfrivac vaccine example, which eradicated the deadly meningitis, shows us how well the global community has come together in the hour of crisis to combat such situations. I am therefore certain that collectively we will definitely do so even now and in future as well with science and technology as our guiding force. We must therefore, instead of panicking, blaming and finger pointing, even worse, rumourmongering, re-emphasise that it is time for exhibiting exemplary global solidarity — political, financial and scientific - for collectively combating this menace. The current situation has once again provided us an opportunity for yet another global solidarity and a joint consolidated efforts by nations, which can set aside political, idealogical and other differences,  to fight this common enemy (COVID19) that has no respect for borders. 

It is also time for all of us - particularly our global leaders - to ensure that we collectively support all health workers and the World Health Organisation (WHO) to pool all possible global strength and resources to bring this outbreak to an end. And also collaborate in bringing together the best of global scientists for using all the scientific infrastructures that is at their command to produce their best science to find shared answers to all our shared problems, which in the instant case is this deadly COVID19. Hopefully the day is not very far off, when the collective efforts of global community will yield results and will lead to the development of a vaccine, which will not only help in preventing recurrence of this menace in future years, but also will wipe out this deadly virus. 

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International Women’s Day : Remembering Supermom - Sushma Swaraj

International women's day : Remembering Sushma Swaraj the Supermom, and opening of two new Shows at Nehru Science Centre.

Like most other institutions all over the world,  we too celebrated the International Women's Day today (March 8) by opening two new facilities and organising a special training programme exclusively for women. Ms Arundhati Bhattacharya, former Chairman State Bank of India opened these two facilities and addressed the audience briefly. International Women’s Day is celebrated globally by recounting and celebrating the social, economic, cultural and political achievements of women and reminding ourselves of a call to action for accelerating gender parity, particularly in the field of science. It has been more than a century since this day -  8th March - has been commemorated as a special day for women.  Interestingly it was on this very day in 1908 that  the women labours movement started as a united march in which some 15000 women marched in an organised way through the New York City demanding shorter working hours and better pay and right to vote for women who until then were treated unequally not just in US, but globally.  Encouraged by the response that the women’s march received the Socialist Party of America joined hands and demanded for declaring the day as  the National Woman's Day. The idea to convert this day into an international women’s  day  came from Clara Zetkin, who suggested this idea during the International Conference of Working Women, which was held in Copenhagen in 1910. The conference was attended by some 100 women from 17 countries, who unanimously agreed on her suggestion. In the very next year, 1911, this day was celebrated as the Women’s day in Austria, Denmark, Germany and Switzerland. Therefore technically speaking, this year, we are celebrating the 109th International Women's Day.  However it was only in 1975 that the  United Nations (UN) acknowledged and started celebrating this day as International Women’s Day. Every year there is a theme for the commemoration of the day and this year the theme is ‘An Equal World is an Enabled World’. Interestingly enough the idea for an International Women's Day had no fixed date. However the Russian women went on  a war-time strike, in 1917 and demanded "bread and peace". This resulted in the Tsar loosing control over his reign and the interim government which was formed granted women the right to vote. The women’s strike in Russia started on a Sunday 23rd February of the Julian calendar, which was in vogue in Russia. But then with the onset of the Gregorian calendar, this day became 8th March.

Google is one constant that connects us globally and Google Doodle celebrates all such global events and this year’s International Women’s Day was celebrated by the Google Doodle with an animated video. The doodle features multilayered 3D paper mandala animation. As put by Google, "It honours women coming together throughout the world and generations."

Politics is one area in which brilliance of women has been exhibited all across the globe and India has been no different. Mrs. Indira Gandhi, remained a very tall leader of India and the oldest political party in India -Congress party  - is headed by Ms Sonia Gandhi.  Although the number of women in politics and science and other major areas has always been relatively small, but even so their power now feels more tenuous than ever. 

On the occasion of International Women's Day, I wish to take this opportunity to remember one such important and powerful lady - Ms Sushma Swaraj - of the ruling party who won the hearts of many people, particularly as people’s external affairs minister. She died recently at a relatively young age and that makes it all the more necessary for me to be paying my respect to her.  Sushma Swaraj, at the age of 25, became the youngest state cabinet minister in India. At 27, she became the state president of her party (Janata Party). Later in her career, she became the first woman chief minister of Delhi, the second woman to become the Leader of Opposition in the Lok Sabha and the first full-time woman external affairs minister of India.

The 6th of August, a special day globally, known for the bombing of Hiroshima and the subsequent peace that dawned and brought to close the deadly WWII, witnessed two historic moments in India - the passing of the Jammu and Kashmir (Reorganisation) Bill, 2019 in the Lok Sabha and the most tragic passing away of Peoples Minister, the Super Mom - Sushma Swaraj. The BJP unwittingly chose this historic day - 6th of August - to pass their Jammu and Kashmir (Reorganisation) Bill, 2019 in the Lok Sabha, which created a new destiny for Jammu and Kashmir and Ladakh. What an irony and uncertainty of life, just a few hours before on the 6th of August, at around 6 PM or so Sushma ji had tweeted ‘प्रधान मंत्री जी - आपका हार्दिक अभिनन्दन. मैं अपने जीवन में इस दिन कोदेखने की प्रतीक्षा कर रही थी. ‪@narendramodi‬ ji’ to congratulate the Hon PM for the passage of the Kashmir bill and abolition of the article 370 in whose favour she had made a fiery speech in the Parliament as an opposition leader in 1996. In less than 4 hours of her last tweet, she bid adieu to the materialistic world for her permanent residence in the heavenly abode.

Hundreds of thousands of admirers of Sushma ji - the people’s leader - including the who’s who of the country; the Honourable President, the Prime Minister, the Vice President and most of the cabinet colleagues, opposition leaders - cutting across party lines - and innumerable other leaders and ordinary men and women had thronged to the BJP headquarters in Delhi, where her mortal remains were taken, to pay their last respect to Sushma ji. Unending number of people poured out their emotion, love, affection, admiration and reverence of unprecedented proportions to the departed leader. What a leader she was, the whole nation joined in admiring her contributions while paying their extraordinary tributes to Sushma ji,  the par excellence people’s politician, who truly epitomised what public service means for the empowerment of the people - whom they are elected to govern. 

Sushma ji even in her demise, in her inimitable style, she has served her country and contributed to the well being of the nation by shifting  the focus from the Kashmir issue to her untimely death. News of the demise of Sushma Swaraj diverted the attention of the people from Kashmir issue and the news of her death occupied the precious front page and prime time space in all media, which would otherwise have been filled with politicking news on the J&K bill, and may have caused unrest in the  country particularly in the Kashmir valley. Sushma ji served her country even in her death. She was one of those aberration few political leaders who remained a compulsive public servant and an extraordinary nationalist for whom public good and service to the nation and its citizens was paramount. Sushma Swaraj has carved a special place not just in the heart and minds of her party - with effective presentation of her views both inside and outside Parliament - but also among the rest of the countrymen. 

Sushma ji was an archetypal Indian women sporting that trademark big red bindi, कुमकुमon her forehead, wide bordered saris and that inimitable smile, which were all an embodiment of revered Indian womanhood, which Indians worship as maa Durga, Laxmi and Saraswati. A motherly outlook that she embodied all through her Ministership, particularly as the External Affairs Minister in the Modi 1.0 Government, rightly found a mention in the Washington Post article, which headlined her as ‘Supermom’. Notwithstanding the vilification she was meted out as saviour of Reddy Brothers, she continued to remain tall in her stature and firmly grounded with people, the evidence of which could be seen from the fact that she was one of those tall leaders, who received unprecedented appreciation from the Prime Minister for her contributions not just to the party but to the whole of India. She learnt Kannada - my mother tongue - while contesting in a loosing cause against Sonia Gandhi from Bellary. One may agree or disagree, she made a forceful point of pledging to shave her head, don a white saree and eat groundnuts (symbollically mourning) if Sonia, the Italian-born Congress leader, became Prime Minister, in 2004, when UPA surprised NDA to snatch a victory in the parliamentary elections. 

Born in 1952, she was elected as a Janata Party MLA in Devi Lal's government and became the youngest (25 - 26 years) Cabinet Minister of Labour and Employment (1977-1979) in Haryana. She joined the BJP in 1980. Under a combined Lok Dal-BJP government led by Devi Lal, she was the Cabinet Minister of Education, Food and Civil Supplies (1987-1990). She was judged Best Speaker of Haryana State Assembly for three consecutive years. She was the first official women spokesperson of BJP - a first for of all the political parties in India. She was a gifted orator, and her oratory skills matched those of stalwarts like Atal ji, Advani ji, and our PM Modi. Sushma ji was appointed as the the union cabinet minister for Information and Broadcasting in the Vajpayee government in 1996, which survived for a mere thirteen days. It was during this period that she took a revolutionary step of live telecasting of Lok Sabha debates, which have now become a norm. She served as a member of parliament for six terms during which she has held very important positions including serving as the leader of opposition in the 15th Lok Sabha. She was also elected as an MLA from Delhi in 1998 and in the same year - in October 1998 - she became the first woman Chief Minister of Delhi. She was that illusory अजतशत्र in the world of politics the evidence of which was played out in the outpouring of emotions and tributes by political leaders cutting across parties. Her political career graph is a manifestation of her role in Indian politics.

It was during her tenure as the External Affairs Minister that she transformed the hitherto known ministry for the higher echelons of society into a people’s Ministry by providing a human face to the External Affairs Ministry, for the first time ever. She was one compulsive troubleshooter for any Indian stuck anywhere in the world, and this act of hers is now a folklore story which played out extensively on the twitter post the news of her death. Sushma ji took personal interest in resolving minor issues which included apparently mundane issuance of visa to the needy, including those from Pakistan, and getting the much needed relief to Indians in distress across the globe. She helped in building an extraordinary image for her party among the expats and the response was an outpouring of support for the Modi government from the non-resident Indian community. 

Sushma ji, due to her ailments, had announced her retirement from electoral politics and did not contest the 2019 parliamentary elections. It was hoped that this much needed break and rest would nurse her back to better health but then destiny had a different role for her and she was untimely snatched from all of us at a very young age of just 67, by the almighty in to the abode that she now dwells. Sushma ji, you will ever be remembered for your extraordinary service to the nation. On this International Women’s  Day , once again I take this opportunity to pray for the Supermom to Rest in Peace.

Om Shanti.

Jai Hind and Jai नारि शक्ति।

Corona Virus : its Economic and travel Impact, including on our family.

Corona Virus : its Economic and travel Impact, including on our family.

The Corona Virus, about which I have written two articles on my blogpost, the first on the 24th January and the second on the 7th February, is continuing to make global headlines and has once again made it to the front page of today’s Times of India, Mumbai edition. Its adverse effect on global economy including tours and travels is continuing to be experienced by most people that includes my family as well. The threat of the virus has adversely affected my nephew and his family’s travel back to US from our home town Raichur, where they had come for performing a religious ritual for their son Shreyas. Similarly, travel plan of my wife and my father in law, which was planned four months ago, for an organised 8 days tour to Japan, through the SOTC group, had to be cancelled. Both these events have costed our family and so we can imagine what the cost of this virus could be on the global economy. While all nations are busy combating and tackling this epidemic, the global economic cost of the coronavirus is estimated to be more than 1 trillion US Dollars. This price is estimated based on the workplace absenteeism, lower productivity, sliding travel, disrupted supply chains and reduced trade and investment, resulting from the global scare that the virus has caused. Hopefully the epidemic is controlled very soon failing which the cost is likely to increase substantially if it hits the most awaited event of the year—The Olympics. This crisis has prompted me to write this post on the Corona virus, which is now a world epidemic that is threatening to become a pandemic.

The live statistics of Corona virus (COVID-19), which is being put out on a dedicated website gives a figure of 86898 confirmed cases with 2977 deaths ( as on 1st March 2020, 11.26 AM) spread across 62 countries and territories around the world including the Diamond Princess cruise ship that was harboured in Yokohama, Japan, which also had on board few Indians, who have since been brought back to India.  Although number of deaths are constantly increasing and spreading beyond the Wuhan city and the Chinese boarder, fortunately there has not been a single fatal incident in India, notwithstanding the fact that there have been confirmed cases of patients affected with the virus. The government of India, the health ministry in particular under the leadership of Dr Harshvardhan ji must be credited for this achievement and also for aiding the people stranded in Wuhan and Diamond Princes Cruise to be brought back to India and for ensuring that the virus is contained. Of the 86000 plus people who have been infected with this virus, roughly half of them (39797) have already recovered and an estimated 43014 active cases are still being attended to, out of which 7818 (18%) people are reported to be serious or critical, which means the number of deaths may continue to raise in the days and weeks to come.

The best selling book “The World is Flat : A Brief History of the Twenty First Century." by Thomas Friedman, New York Times, columnist, uses a metaphor -World is Flat- to describe the 21st century’s connected world. The advantages that the connected world offers are more than offset by the most profound challenges of rapid spread infectious diseases, outbreaks, and antimicrobial fatalities in this connected world the impact of which we are now witnessing. The COVID-2019 epidemic, which has spread to more than sixty countries, exemplifies the pitfalls of a connected world. All it takes is a flight and an affected individual for the virus to spread from one corner of the world to the other in the shortest of time. And it is this fear, which has taken a toll on international  trade, commerce and travels and not surprisingly my family too has been affected by this.

My nephew, Chaitanya Khened, who works with Intel, San Jose, USA, had arrived in India with his wife and son (aged 18 months) for the ಜವಳ (मुंडन )ceremony of his son Shreyas, which was to be performed at our ancestral family’s Nandi temple on the shores of the lake at the historic town of Kanakagiri, on the 4th February. Kanakagiri, meaning ‘hill of gold’, is a historical place situated in Karnataka State, in Gangavati taluk of Koppal district. Our grandson, Shreyas’s  ಜವಳ ceremony was an opportunity for our family to get together and celebrate it at our ancestral temple in Kanakagiri. Incidentally Kanakagiri is a historic town, which came to prominence during the rule of the Vijayanagar kingdom. Hampi, the capital of the Vijayanagar exemplifies the architectural beauty and richness of this kingdom. While Hampi and Kanakagiri have a similar legacy, Hampi has found a prominent place on the world tourist map, while most unfortunately Kanakagiri has been completely forgotten that includes the famous Kanakachalapathi temple.

The Kanakachalapathi temple is a 16th-century Hindu temple dedicated to lord Vishnu. Legend has it that Kanakagiri was known in ancient times as "Swarnagiri" ("Hill of Gold"). Besides our ancestral Nandi temple, the town has several other ancient temples, which were built by the Naiks of Kanakgiri - the Palegars, who were ruled by the Vijayanagar kings. The Kanakachalapathi is the largest temple and is very well known for its architectural beauty, that is typical of the Vijayanagara times. The influence of Vijayanagar’s culture and architecture is evident in the town. There are many beautiful monuments scattered across the town. The principal deity of the Palegars of Kanakagiri was Kanakachalapathi and therefore they constructed this temple in honour of their deity. The Kanakachalapati temple has a rangamantapa in the middle, which is supported  by 34 pillars and the temple top portion, most elegantly, depicts colourful dolls and sculptures that narrate mythological stories from the epics. The temple has five gopuras, and the shrine houses a well ‘Venkatapathi Bhaavi”, which was meant for the use by the king’s family. This well was built by Venkatappa Nayak in 1586 AD. The Trimurti deities, Shiva, Vishnu and Brahma are found on three sides of this well, which is built in the Indo-Islamic style. The sculptures in the temple includes the mythological figures, which are carved in wood and pilaster while those of kings and queens in black stone. There is a local saying in Kanakagiri, which exemplifies the beauty of the temple; it says "people with eyes must see Kanakagiri and those with legs Hampi”, affirming that the Kanakachalapathi temple is a delight to the eyes, where as one needs to walk tirelessly to enjoy the architectural wonders of the city of Hampi, which is now a UNESCO World heritage cite. The Kanakachalapti temple fair, organised during phalguna, the months of February and March, attracts quite a large number of devotees. The carvings on the walls and roof of the temple are quite fascinating. There is also a seven-pillared structure in the temple complex, which produces music when you strike it, which is quite similar to the famous pillar structure in Hampi. The tragedy however is that while Hampi receives hundreds of thousands of visitors annually and so also tens of millions of rupees in funding for its restoration and development, Kanakagiri, which is equally rich in its architecture, has been mostly neglected.

A visit to the city of Kanakagiri and our ancestral Nandi temple in the town is a must for us whenever we are in our home town, more so since my wife is highly religious and she demands that we must visit the Nandi temple and perform pooja whenever we go to Karnataka. My Bhabhi and wife and so also all of my other relatives, are equally devoted to this temple and age old traditions of our family performing the Pooja at our ancestral temple. Following this tradition, our nephew flew all the way from San Jose, USA, with his wife and Son to continue this tradition, for performing the ಜವಳ ceremony of his son Shreyas at our ancestral temple in Kanakagiri, a glimpse of this Pooja are shared in the accompanying photographs. Unfortunately all his travel plans went for a six, since he had booked his return journey with his family from Hyderabad to Hongkong to San Francisco on the 20th of February and by then the fear of the Corona virus was so very scary, more so in Hongkong, that he had to cancel their journey in the last minute and instead booked a revised ticket from Bangalore to Delhi to San Francisco, which costed him dearly.

Similarly my Father in Law, who needed a major change post the tragic demise of his beloved wife and his eldest son, had planned for a eight day organised tour to Japan with my wife - his favourite daughter- who is now a major source of mental support for him. Their organised travel to Japan was booked through SOTC, a well know travel agency and they were schedule to leave Mumbai next week. Unfortunately since the spread of Corona virus kept increasing, there was no way for us but to cancel this trip and this cancellation too has costed us.

Infectious diseases like the current COVID-19, TB, Malaria, Dengue, Influenza, AIDS, Ebola, Cholera, Plague, Nipah, Zika etc. terrorise most nations including India and kill tens of thousands people every year. It is no wonder they also create a havoc on the global economy, including adversely affecting travels, just as it did for our family. Some experts say the current global health crisis could cost few trillion dollars for the global economy. This is based in the study of the cost of the economic impact of SARS in 2003. International companies have started sounding alarms over the likely economic impacts of the ongoing coronavirus outbreak in China, warning that reduced flows of goods and people into and out of China - the second-largest economy - will have a tangible impact on business and product availability throughout the world. The fact that the world's manufacturing hubs in Asia have become the epicentre of the epidemic has worsened the impact.

Let us hope that the collective efforts of global community will help in combating the Corona virus menace and hopefully sooner than later all things become normal.

Dr Gagandeep Kang, FRS, an Extraordinary Women in Science

February 28, when Sir CV Raman made public announcement of his discovery of the scattering of light - a scientific phenomenon which is now named after him and called the Raman Effect - in 1928, which won him the Nobel Prize in Physics in 1930, thus making him the  first Asian to be conferred with this prestigious prize for sciences, has been rightfully declared as the National Science Day (NSD). The celebrations of NSD started from 1987, the birth centenary of Sir CV Raman. Ever since this day is celebrated all across the nation with much fanfare. Unfortunately until very recently, this day coincided with the announcement of the annual budget, and therefore the NSD was completely eclipsed by the media who used to cover only the budget news and this important day remained at most on the foot notes of most media. Fortunately ever since the change in the budget announcement day and time to 1st of February, 11 AM, the NSD has been getting some attention in the media as well. With this expectation I tried browsing the printed editions of the Times of India and Economic Times that I subscribe, and was painfully saddened to see that not even a cursory reference to the NSD was covered, notwithstanding the fact that the first citizen of India, the Honourable President of India presided over the NSD function at the Vigyan Bhavan in Delhi and internationally acclaimed Dr Gagandeep Kang delivered a lecture. It is therefore no wonder that the percentage of women in science, which incidentally was the theme for this years NSD, is as low as 15% less than half the world average of 30%. While it is the prerogative of the media what to cover and what not to, but then the neglect of science news is so very visible that it is no wonder that science does not appeal to young students. Hope the media introspects. Every one of us reap the benefits of science that accrue to us from the unending applications that science provides us as technology, which has led us to the present era of knowledge society, yet when it comes to coverage of science in media there is lot that is expected from the media. 

On the occasion of the NSD, theme-based science communication activities are carried out all over the country, particularly in science centres across India and also in scientific institutions. Most of these research institutions throw open their doors to the public to see the research that they do in their labs, which were mostly considered as ivory towers.  We at the Nehru Science Centre have been celebrating the NSD event annually and of all the events that we organise on this occasion, the prime attraction is the Raman Memorial Lecture, which is organised on this day. The Raman Memorial Lectures have been delivered by some of topmost Scientist’s of our country, which include among others Bharat Ratna Dr APJ Abdul Kalam and Prof CNR Rao, and so also other equally distinguished scientists ; namely Prof MM Sharma, Prof Mashelkar, Prof Narlikar, Dr Kakodkar and others. This year the Raman Memorial lecture was delivered by a nonagenarian and one of the prime movers of nuclear energy programs in India, Padma Vibhushan Dr MR Srinivasan. Even at his advance age of 90 plus he enthralled the audience with his lecture that highlighted the success of Indian nuclear research besides covering general science subjects. He side stepped our request asking him to deliver his lecture seated on the chair, by standing near the podium to deliver his lecture for almost an hour until taking his seat for answering several audience questions. The entire family of Dr MR Srinivasan, his wife, daughter and son joined us for the lecture to make it a memorable event.  The auditorium was jam packed and we had several students who were squatting on the floor. Dr Srinivasan, notwithstanding his tiredness was so overwhelmingly accommodative of requests from several students and teachers for a selfie. 

The main celebrations of the NSD however happens at the National capital. This year, the National Science Day was celebrated in Delhi under the theme ‘Women in Science’ at the Vigyan Bhawan. The Honourable President, Ram Nath Kovind ji presented several awards for science communication and popularization as well as for women scientists. In all the Honourable President gave 21 awards under the categories, National Science and Technology and Communication Awards, Augmenting Writing Skills For Articulating Research (AWSAR) awards, SERB Women Excellence Awards and  National Award For Young Woman Showing Excellence Through Application Of Technology For Societal Benefits. Other dignitaries present on the occasion included Dr Harsh Vardhan, Minister of Science and Technology and Smriti Irani, Minister for Women and Child Development. The program also included a special NSD lecture, which was delivered by renowned women scientist of India, Prof Gagandeep Kang, Director of the Translational Health Science and Technology Institute (THSTI), Faridabad. Dr Kang was recently elected as the first women FRS of India. It was an apt choice of the speaker, specially considering the theme for this years NSD - Women in science - which has been chosen for the purpose of increasing public appreciation of the scientific issues involved and motivating young girls to peruse science as their career. Dr Kang spoke on the pandemic of infectious diseases particularly highlighting the current Corona Virus outbreak and spoke on a new phenomenon which she described the ‘, Infodemic’, which is a fake information that becomes viral on the social media on matters pertaining to the diseases like the Corona Virus. She said that fake or false information on medical issues are as bad as the pandemic itself and appealed to the people to be circumspect while dealing with microbial pandemics. 

Prof. Gagandeep Kang has become the first Indian woman to be conferred with the prestigious fellowship of the Royal Society and in the process she has joined the illustrious company of the greatest of scientists who have been conferred with this honour and that include among others, Isaac Newton (1672), Charles Darwin (1839), Michael Faraday (1824), Ernest Rutherford (1903), Albert Einstein (1921), Francis Crick (1959), Srinivasa Ramanujan (1918), J C Bose (1920), C V Raman (1924), M N Saha (1927), H J Bhabha (1941), Subrahmanyan Chandrasekhar (1944) S N Bose (1958) etc. The first Indian to be conferred with this honour, however is Ardaseer Cursetjee Wadia.

The Royal Society, the oldest scientific academy in continuous existence, is a Fellowship of many of the world's most eminent scientists. Founded on the 28th, November 1660, the Royal Society was created on the 15th July, 1662 and it now boasts of some 1700 plus fellows - including the latest entrant Dr Gagandeep Kang, who has been conferred with the honour recently and will be allowed to use the post nominal title FRS (Fellow of the Royal Society). True to the spirit of this prestigious scientific body and central to its philosophy, the motto of this institution is ‘Nullius in verba’ meaning ‘Take nobody’s word for it’. Announcing the new members to its August body the current President of the Royal Society, Dr. Venki Ramakrishnan said “It is our Fellowship that has remained a constant thread and the substance from which our purpose has been realised: to use science for the benefit of humanity”.

Prof. Kang has not been new to extraordinary acclaim that she has been receiving in the recent past for her groundbreaking work. Some of the awards that Dr. Kang has been conferred with recently include; Woman Bioscientist of the Year, from the Government of India (2006); election to Fellowship of the American Academy of Microbiology (2010), the Indian Academy of Sciences (2011), National Academy of Sciences (2013), Ranbaxy Research Award (2014), the Faculty of Public Health in the UK and Dr. SC Parija Oration Award, Indian Academy of Tropical Parasitology (2015), and the Fellow of Indian National Science Academy and the Infosys Prize in Life Sciences (2016). The latest addition, the FRS, is another befitting honour for Dr Kang.

Prof. Gagandeep Kang is a physician scientist, who for many years worked as a Professor of Microbiology and Head of the Division of Gastrointestinal Sciences and the Wellcome Trust Research Laboratory at the Christian Medical College (CMC), Vellore. Prof. Kang has made pivotal contributions to understanding the natural history of rotavirus infections as well as other enteric infections, which are important causes of mortality and morbidity in India. Dr. Kang is known for her interdisciplinary research of enteric infections among children. She has played a significant role in developing indigenous vaccines against typhoid and rotavirus in India.

Rotavirus is a leading cause of childhood morbidity and mortality, with India being one of the hardest hit countries. It is estimated that the rotavirus kills approximately 453,000 children under five years of age worldwide every year, which includes an estimated 98,000 from India. The WHO describes rotavirus as a major threat to the health of children across Southeast Asia. It is for this reason that India has launched the rotavirus vaccine as part of the national immunisation programme, inspired by the works of Dr Kang.

Dr Kang’s fellowship is pathbreaking in many ways, particularly because women in science, a domain that has largely remained patriarchal, is something which is hard to come by. This recognition for Dr Kang is sure to motivate women scientists to dedicate their lives to research and be instrumental in changing our lives, for the better. It is also hoped that the NSD with the theme Women in Science, and the celebrations that happened across the country including the lecture by Dr Kang will immensely benefit young girls to peruse science as a career. 

Prof. Kang is currently serving as the Executive Director of the Translational Health Service and Technology Institute (THSTI), an autonomous institute of the Department of Biotechnology, Government of India.

Jai Hind Jai Vigyan.