Category Personalities

The story of an American icon

A Pulitzer Prize-winning author, Harper Lee gave us one of the finest pieces in English literature, “To Kill a Mockingbird”. The novel which became a cult classic of modern American literature came out in 1960 during the Civil Rights Movement and is considered an exposé of racial prejudices that existed in the southern states of the U.S. Let’s read up on the author whose birth anniversary falls in April.

“Shoot all the blue jays you want, if you can hit ’em, but remember it’s a sin to kill a mockingbird,” is an oft-quoted line straight out of Harper Lee’s much-acclaimed novel ‘To Kill a Mockingbird”.

With Mockingbird, Lee gave us one of the finest pieces in English literature. The 1960 novel which became a cult classic of modern American literature came out during the civil rights movement and is considered an exposé of the racial prejudices that existed then in the southern states of the U.S.

This coming-of-age story is themed on social equality and is also a critique of the racist culture that was prevalent in America. The novel is narrated by a young girl, Jean Louise (“Scout’) Finch. Finch is the daughter of white lawyer Atticus Finch. Set in the fictitious rural town of Maycomb, Alabama, during the early 1930s, the novel has Atticus Finch fighting for justice and representing a black man for a crime against a white woman. It addresses how racial prejudices come into play as the family of Attticus gets targeted. The book’s message and the moral stance taken by Finch are relevant even today.

Let’s go back to the powerful quote. The setting of the story is during Christmas when Atticus Finch gives air rifles as gifts to his children Jem and Scout In the book, this is the first time that the title is alluded to. He is sure that the children may not shoot at tin cans but might aim at birds. He requests them not to shoot at mockingbirds. That’s because a mockingbird is a songbird and does no harm, it is said. It represents something pure and innocent that shouldn’t be hurt or punished. This lends a symbolic meaning to book.

The idea resonates across the book as mockingbirds are used to allude to the two characters in the book viz. Boo Radley and Tom Robinson.

Early years

Known as Nelle, Harper Lee was born in the Alabama town of Monroeville. She was the youngest of four children born to Amasa Coleman Lee and his wife Frances Cunningham Finch Lee. Her father, who was a former newspaper editor, practised as a lawyer and served in the state legislature. Growing up, Lee was more of a tomboy and was close with her schoolmate and neighbour, the young Truman Capote, who would also grow up to be a writer.

After Lee graduated from high school in Monroeville, she enrolled at Huntingdon College and then pursued a law degree at the University of Alabama. Once here, she wrote for several student publications. She then went to Oxford University as an exchange student for a year.

On returning from Oxford, she realised that her career was in writing and not in law, and dropped out. Lee later moved to New York in 1950 and took up the job of a reservation clerk.

Lee as a writer

In the late 1950s, she devoted her time to writing. In fact, a Christmas present changed the trajectory of her life. In 1956, her friends gifted her a year’s salary as Christmas present with a note asking Lee to write whatever she pleased. Come 1959 and Lee had completed “To Kill a Mockingbird”.

The novel was published in 1960 and instantly became a hit. The book also fetched her Pulitzer Prize for Fiction in 1961 and still remains a bestseller. Lee was awarded the Presidential Medal of Freedom in 2007.

The book has sold more than 40 million copies worldwide. It was adapted to the screen, became a part of the educational curriculum, and was widely celebrated. But soon after its success, Lee retreated from public life and became a recluse. She turned down interviews and biographers. She moved from New York back to Monroeville, her hometown.

Always a mystery

Lee is also one of the most mysterious writers, with not much known about her personal or literary journeys. After her book made a giant splash on the literary scene, not much was known about her writing and it left people waiting for her second book. And when it was widely understood that she may not publish another, her first novel was considered a fluke.

There were even theories that the novel was written by her dear writer friend Truman Capote. But decades after “To Kill a Mockingbird” was published, a manuscript was found by her lawyer.

A sequel

“Go Set a Watchman” is considered either a sequel to ‘To Kill a Mockingbird” or a rough draft of it. It chronicles the homecoming of Jean Louise Finch, to a place fraught with racial tension. The book gives a dark shade to Atticus.

The unedited manuscript of “Go Set a Watchman” was discovered in a safe deposit box by the author’s lawyer and was released in 2015. However, the book was a let-down to some of the fans of Mockingbird, because it revealed the prejudices and weaknesses of Atticus.

Lee died in her sleep at the age of 89 in 2016.

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Unsung pioneers in the field of science

These are tales not just of perseverance and love for science, but also of discrimination and unfair treatment. Despite making groundbreaking discoveries, their names remain largely unknown, simply because they are women. Let's celebrate these women scientists and their contribution to the world….

ESTHER MIRIAM ZIMMER LEDERBERG (1922-2006)

Esther Miriam Zimmer Lederberg was an American microbiologist, who discovered bacterial virus Lambda phage and the bacterial fertility factor F (F plasmid). Like many woman scientists of her time, Esther Lederberg was not given credit for her scientific contribution because of her gender. While her husband, her mentor and another research partner won 1958 Nobel Prize in Physiology or Medicine for discovering how genetic material is transferred between bacteria, Esther wasn't even mentioned in the citation, even though her work significantly contributed to the discovery.

Esther Miriam Lederberg was born in Bronx, New York, into a humble family. When studying masters in genetics at Stanford University, Esther struggled to make ends meet. As recollected by Esther in her interviews, she had sometimes eaten frogs’ legs leftover from laboratory dissections.

Esther met her future husband Joshua Lederberg at Stanford. They moved to the University of Wisconsin, where they would begin years of collaboration. Throughout the 1950s, they published papers together and apart, as both made discoveries about bacteria and genetics of bacteria.

Esther Lederberg's contributions to the field of microbiology were enormous. In 1950, she discovered the lambda phage, a type of bacterial virus, which replicates inside the DNA of bacteria. She developed an important technique known as replica plating, still used in microbiology labs all over the world. Along with her husband and other team members, she discovered the bacterial fertility factor.

CECILIA PAYNE-GAPOSCHKIN (1900-1979)

Cecilia Payne-Gaposchkin was a British-born American astronomer who was the first to propose that stars are made of hydrogen and helium.

Cecilia Payne was born in 1900 in Buckinghamshire, England. In 1919, she got a scholarship to study at Newnham College, Cambridge University, where she initially studied botany, physics, and chemistry. Inspired by Arthur Eddington, an English astronomer, she dropped out to study astronomy.

Studying astronomy at Cambridge in the 1920s was a lonely prospect for a woman. Cecilia sat alone, as she was not allowed to occupy the same rows of seats as her male classmates. The ordeal did not end there. Because of her gender, Cecilia was not awarded a degree, despite fulfilling the requirements in 1923. (Cambridge did not grant degrees to women until 1948.)

Finding no future for a woman scientist in England, she headed to the United States, where she received a fellowship to study at Haward Observatory. In her PhD thesis, published as Stellar Atmospheres in 1925, Cecilia showed for the first time how to read the surface temperature of any star from its spectrum. She also proposed that stars are composed mostly of hydrogen and helium. In 1925, she became the first person to earn a PhD in astronomy. But she received the doctorate from Radcliffe College, since Harvard did not grant doctoral degrees to women then. She also became the first female professor in her faculty at Harvard in 1956.

Cecilia contributed widely to the physical understanding of the stars and was honoured with awards later in her lifetime.

CHIEN-SHIUNG WU (1912-1997)

Chien-Shiung Wu is a Chinese-American physicist who is known for the Wu Experiment that she carried out to disprove a quantum mechanics concept called the Law of Parity Conservation. But the Nobel Committee failed to recognise her contribution, when theoretical physicists Tsung-Dao Lee and Chen Ning Yang, who had worked on the project, were awarded the Prize in 1957.

Chien-Shiung Wu was born in a small town in Jiangsu province, China, in 1912. She studied physics at a university in Shanghai and went on to complete PhD from the University of California, Berkeley in 1940.

In 1944, during WWII, she joined the Manhattan Project at Columbia University, focussing on radiation detectors. After the war, Wu began investigating beta decay and made the first confirmation of Enrico Fermi's theory of beta decay. Her book "Beta Decay," published in 1965, is still a standard reference for nuclear physicists.

In 1956, theoretical physicists Tsung Dao Lee and Chen Ning Yang approached Wu to devise an experiment to disprove the Law of Parity Conservation, according to which two physical systems, such as two atoms, are mirror images that behave in identical ways. Using cobalt-60, a radioactive form of the cobalt metal, Wu's experiment successfully disproved the law.

In 1958, her research helped answer important biological questions about blood and sickle cell anaemia. She is fondly remembered as the "First Lady of Physics", the "Chinese Madame Curie" and the "Queen of Nuclear Research”.

LISE MEITNER (1878-1968)

Lise Meitner was an Austrian-Swedish physicist, who was part of a team that discovered nuclear fission. But she was overlooked for the Nobel Prize and instead her research partner Otto Hahn was awarded for the discovery.

Lise Meitner was born on November 7, 1878, in Vienna. Austria had restrictions on women education, but Meitner managed to receive private tutoring in physics. She went on to receive her doctorate at the University of Vienna. Meitner later worked with Otto Hahn for around 30 years, during which time they discovered several isotopes including protactinium-231, studied nuclear isomerism and beta decay. In the 1930s, the duo was joined by Fritz Strassmann, and the team investigated the products of neutron bombardment of uranium.

In 1938, as Germany annexed Austria, Meitner, a Jew, fled to Sweden. She suggested that Hahn and Strassmann perform further tests on a uranium product, which later turned out to be barium. Meitner and her nephew Otto Frisch explained the physical characteristics of this reaction and proposed the term 'fission' to refer to the process when an atom separates and creates energy. Meitner was offered a chance to work on the Manhattan Project to develop an atomic bomb. However, she turned down the offer.

JANAKI AMMAL (1897-1984)

Janaki Ammal was an Indian botanist, who has a flower- the pink-white Magnolia Kobus Janaki Ammal named after her.

She undertook an extraordinary journey from a small town in Kerala to the John Innes Horticultural Institute at London. She was born in Thalassery, Kerala, in 1897.

Her family encouraged her to engage in intellectual pursuit from a very young age. She graduated in Botany in Madras in 1921 and went to Michigan as the first Oriental Barbour Fellow where she obtained her DSc in 1931. She did face gender and caste discrimination in India, but found recognition for her work outside the country.

After a stint at the John Innes Horticultural Institute at London, she was invited to work at the Royal Horticulture Society at Wisley, close to the famous Kew Gardens. In 1945, she co-authored The Chromosome Atlas of Cultivated Plants with biologist CD Darlington. Her major contribution came about at the Sugarcane Breeding Station at Coimbatore, Tamil Nadu. Janaki's work helped in the discovery of hybrid varieties of high-yielding sugarcane. She also produced many hybrid eggplants (brinjal). She was awarded Padma Shri in 1977.

GERTY CORI (1896-1957)

Gerty Cori was an Austrian-American biochemist, known for her discovery of how the human body stores and utilises energy. In 1947, she became the first woman to be awarded the Nobel Prize in Physiology or Medicine and the third woman to win a Nobel.

Gerty Theresa Cori was born in Prague in 1896. She received the Doctorate in Medicine from the German University of Prague in 1920 and got married to Carl Cori the same year.

Immigrating to the United States in 1922, the husband-wife duo joined the staff of the Institute for the Study of Malignant Disease, Bualo. N.Y. Working together on glucose metabolism in 1929, they discovered the 'Cori Cycle' the pathway of conversion of glycogen (stored form of sugar) to glucose (usable form of sugar). In 1936, they discovered the enzyme Phosphorylase, which breaks down muscle glycogen, and identified glucose 1-phosphate (or Cori ester) as the first intermediate in the reaction.

The Coris were consistently interested in the mechanism of action of hormones and they carried out several studies on the pituitary gland. In 1947, Gerty Cori, Carl Cori and Argentine physiologist Bernardo Houssay received the Nobel Prize in 1947 for their discovery of the course of the catalytic conversion of glycogen.

Although the Coris were equals in the lab, they were not treated as equals. Gerty faced gender discrimination throughout her career. Few institutions hired Gerty despite her accomplishments, and those that did hire, did not give her equal status or pay.

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Jobs literary figures once held

Delve into the lives of renowned literary figures who faced the pivotal choice of either retaining their day jobs or leaving them behind to embrace their true passion for the written word. Read on to discover how some of them drew inspiration from their jobs, seamlessly integrating their work experiences into their literary masterpieces.

Agatha Christie

Agatha Christie, the beloved ‘Queen of crime, has left an indelible mark on the genre of detective fiction. However, it may surprise you to learn that prior to her literary success, the English author worked as a pharmacist’s assistant until the conclusion of World War I. In 1914, when the U.K entered into war with Germany, Christie promptly joined the Voluntary Aid Detachment, dedicating the next four years to caring for injured soldiers at a military hospital. It was during this period that she drew upon her pharmaceutical knowledge, particularly in the realm of poisons, to craft her debut novel, The Mysterious Affair at Styles. Christie’s involvement in the pharmacy profession was not limited to World War I, as she resumed her duties during World War II, amassing countless hours of invaluable work. Her experiences as a wartime pharmacist undoubtedly honed her ability to “imagine worst-case scenarios, gruesome deaths, and pharmaceutical murder”. Kathryn Harkup says in her book, A is for Arsenic: The Poisons of Agatha Christie.

Harper Lee

Harper Lee, the renowned American novelist, revolutionised literary history in 1960 with her groundbreaking work, To Kill a Mockingbird, fearlessly bringing the issue of racial injustice to the forefront. Prior to this transformative moment, Lee supported herself as an airline ticketing agent while embarking on a quest for a writing career after leaving law school. Despite her demanding day job with Eastern Airlines and British Overseas Airways Corporation. Lee tenaciously pursued her passion by crafting articles and short stories in her spare time. In a fortunate turn of events in 1956, fate smiled upon her. Through her childhood friend-turned-writer Truman Capote, Lee crossed paths with the esteemed American Broadway composer Michael Brown. Remarkably, during the joyous Christmas holidays, Brown gifted her an extraordinary present-a whole year’s worth of wages-along with a heartfelt message. This granted her the freedom to devote all her time to writing. A mere twelve months later, Lee presented her agent with the initial draft of To Kill a Mockingbird, setting the stage for her exceptional literary career.

Sir Arthur Conan Doyle

British author Sir Arthur Conan Doyle is renowned worldwide as the visionary behind Sherlock Holmes, one of English literature’s most iconic fictional characters. However, his contributions extend far beyond being the pioneer of modern detective literature. In 1881, Doyle earned his Bachelor of Medicine and Master of Surgery qualifications from Edinburgh, followed by an M.D. in 1885 upon completing his thesis. During his tenure as a general practitioner, he dedicated particular attention to ophthalmology (diagnosis and medical treatment of the eyes), studying the field in Vienna and working alongside renowned ophthalmologists in Paris. Upon returning to London, he established an ophthalmological practice near Harley Street. It was during his time as a medical student that Doyle was profoundly influenced by his professor. Dr Joseph Bell, whose exceptional ability to observe the minutest details about a patient’s condition served as the inspiration for Sherlock Holmes, the ultimate master of deductive reasoning. In 1891, Doyle experienced a severe influenza-induced health crisis, which prompted him to reevaluate his life’s priorities. Merely a year later, the first collection of 12 stories featuring the adventures of Sherlock Holmes was published.

T.S. Eliot

T.S. Eliot, the distinguished recipient of the 1948 Nobel Prize in Literature, stands tall as one of the most influential American poets of the 20th Century. Remarkably, Eliot sustained himself through various roles as a teacher, banker, and editor throughout his life. Since poetry remained his true passion, he pursued it during his spare moments. From 1917 to 1925, Eliot worked in the foreign transactions department at Lloyd’s Bank, dedicating his days to the financial realm. However, in 1921, following a nervous breakdown, he took a break from his banking career and completed his magnum opus. The Waste Land, which was edited by his friend and fellow American poet, Ezra Pound. Pound, along with a collective of writers, established Bel Esprit, a fund aimed at financially supporting Eliot’s transition to full-time writing. Despite Pound’s success in gamering pledges from several subscribers, Eliot refused to accept the money and remained resolute in retaining his day job. Nonetheless, The Liverpool Post, Chicago Daily Tribune, and the New York Tribune mistakenly reported that Eliot had accepted the funds while maintaining his position at the bank. Eliot expressed his disagreement, prompting the newspapers to publish retractions. In 1925, Eliot eventually parted ways with Lloyds, embarking on a new path as an editor at a publishing house.

Stephen King

Renowned for his spine-chilling and hair-raising novels such as The Shining, It and Carrie. American author Stephen King has reigned supreme in the horror genre for over five decades. His gripping tales have not only captivated readers but also found immense success on the silver screen, becoming blockbuster hits. As a young boy, King stumbled upon a treasure trove of fantasy-horror fiction books that once belonged to his father, igniting his passion for writing. By the tender age of seven, he had already embarked on his own storytelling journey. However, as he pursued his dream, King faced the need to support himself through various odd jobs. He toiled as a janitor, manned gas pumps, and even worked at an industrial laundry facility, all while persistently crafting and submitting short stories for publication. This striking career transition vividly illustrates that one’s current occupation does not determine their lifelong path. Instead, any job can serve as a stepping stone to something greater, as King’s remarkable journey exemplifies.

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Who is the best-selling author of all time?

Agatha Christie is famed as the best-selling author of all time, However, she was not the most prolific writer of her family. Agatha grew up with two older siblings, out of them, her older sister Margaret (nicknamed Madge) also pursued writing and was considered to be the more promising writer.

By 1916, Madge had already written and published a few short stories, while Agatha had not published any. So when the latter shared the idea of writing a mystery novel with Madge, her sister was not as enthusiastic. She bet that Agatha would not be able to craft a compelling mystery and it certainly would not be something she could not solve. Taking up the challenge, the 26-year-old Agatha got to work and wrote, what would become her debut mystery novel, The Mysterious Affair at Styles. Today, this novel stands alongside hundreds of mysteries Agatha crafted during her illustrious writing career.

Crafting a perfect mystery

Agatha Christie’s stories are like a puzzle box full of clues, misdirection and drama. But what are the essential elements of crafting a perfect mystery?

Setting

One of the most important decisions while designing any story is choosing the setting. Whether it was a remote island or yacht or a snow-stalled train stall, the author would always favour eerie and isolated locations, a trend that most of her stories follow. By doing so she limited the movement of her characters and build tension by forcing these plausible suspects to stay put, with the killer lurking among them.

In some cases, she would heighten the drama by making the characters strangers, unsure of who they could trust.

Characters

As a keen observer of human behaviour, she would often use peculiar traits or habits of the people around her to create authentic characters. However, one of the most popular criticisms of her novels is her use of two-dimensional characters that would easily reflect the stereotypes of her time. Future writers are advised not to emulate this trait of hers.

Language

It is a mystery writer’s job to concoct stories that are complex and full of riddles and clues. Making it merely a balancing act between being clever and not confusing. The English author used simple, precise and accessible language to accomplish this task. The clarity of her language makes her stories palatable and engaging and can be credited with making her the ‘Queen of mystery’.

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What do we know about Dr. Abhijit Mukherjee?

Dr. Abhijit Mukherjee, a professor of Geology from IIT- Kharagpur features among the top 100 influential people of 2020 by Time magazine. He is famous worldwide for his research in the field of groundwater exploration.

His team introduced a prediction model based on Artificial Intelligence for detecting arsenic in groundwater in the Gangetic delta. This feat was noted by the Jal Jeevan Mission.

A groundwater-surface water interaction is yet another one of his specializations. This work supplied important data regarding drinking water and food security to the Indian government. Dr. Abhijit Mukherjee has done ample researches on groundwater quantity and scarcity by understanding groundwater storage changes over the Indian subcontinent. This was achieved with advanced computation and Artificial Intelligence techniques.

Another significant role of Dr. Mukherjee is as head of one of South Asia’s first Urban Geo-science projects in Varanasi. He has won the Shanti Swarup Bhatnagar Prize for 2020 in the field of Earth, Atmosphere, Ocean and Planetary Sciences.

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What do we know about Dr. Sachchida Nand Tripathi?

You might have read in the papers some time back that the Taj Mahal was losing its white marble sheen and turning yellowish due to pollution. Dr. Sachchida Nand Tripathi, who holds the Arjun Dev Joneja Faculty Chair of Civil Engineering at IIT-Kanpur, was in the news for this study. His study helped bring about policy changes in Agra city.

This study specified that black carbon and brown carbon from the burning of trash and fuels was the main cause for discolouration. Using a novel method, the team discovered how the specks of dust on the surface reflect light and affect the colour. This study is crucial to develop strategies that address yellowing of the Taj Mahal and improves air quality.

His work in the field of Atmospheric Sciences has addressed the issues of air pollution and climate change. He has also novel approaches for low-cost sensor-based network technology which can monitor air quality in cities and Real Time Source Apportionment (RTSA). RTSA involves finding out the sources of pollution and how much they affect the environment.

Dr. Tripathi is the Coordinator of the National Knowledge Network devised under the National Clean Air Program, and is a member of its Steering Committee and Monitoring Committee. Further, he is a member of the Executive Council, Climate Change Program, Department of Science and Technology.

The Shanti Swarup Bhatnagar Award and the J C Bose National Fellowship are both feathers in his cap. He is an elected Fellow of the Indian National Science Academy (INSA), Indian National Academy of Engineering (INAE) and National Academy of Sciences of India (NASI). He also worked at NASA’s Goddard Space Flight Centre as a senior fellow.

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