
Eighty years on from Hiroshima
Lessons from 1945
Arguably, no one has worked more passionately to eliminate nuclear weapons entirely than the Hibakusha, the survivors of the atomic attacks. Their testimony created a powerful moral and ethical case against nuclear use, reminding us of the human consequences of — arguably for some — a demonstration of American resolve and technological prowess. Yet the respect that they are accorded today was hard won. Japan was under American occupation after the war, and information on the effects of the nuclear bombings was suppressed. According to one survivor from Nagasaki, shortly after the bombing, U.S. Brig Gen Thomas Farrell announced that all those affected by the attack had died and that there were no continuing effects of the bomb. Relief centres were shut down. An additional 50,000 people died by December without understanding what ailed them.
Knowledge about radiation sickness became widespread in Japan only after a fishing boat, Fukuryu Maru, was accidentally exposed to nuclear fallout. The U.S.'s 1954 thermonuclear test, codenamed Castle Bravo, ended up twice as powerful as estimated, spreading radioactive ash well beyond the officially designated warning zone and to the vessel floating 86 miles away from the test site. All crew members fell seriously ill from acute radiation poisoning. Thus it was that nine years after the bombing of Hiroshima and Nagasaki that Japan began to understand the nature of radiation sickness: the bomb killed not just by explosion, instantly, but painfully, over time. The survivors then grouped together as the Nihon Hidankyo and fanned the globe to educate people on the horrors of their experience.
It is debatable whether the norm of non-use owes more to the moral and ethical case against nuclear use made by the Hibakusha or by the logic of nuclear deterrence. 'What deters' is a question that has occupied policymakers for decades. And while the total number of nuclear weapons has fallen from their Cold War peak, today's nukes are more sophisticated and designed for use in a range of situations. Much money and effort has been spent in developing more 'useable' nukes. It is difficult to know whether to worry more about a thermonuclear weapon that could destroy a city several times over, or to fear tactical weapons that are designed to target a specific location with deadly accuracy. For 80 years we have decided that nuclear weapons are beyond the pale: any nuclear use now would let the genie out of the bottle.
The norm of non-use
Ultimately, the norm of non-use rests on a conscious decision to brand nuclear weapons as different. There is no legal basis for the circumscribing of their use. The Nuclear Non-Proliferation Treaty (NPT) limits the spread of nukes; the Comprehensive Nuclear Test Ban Treaty bans nuclear tests; neither prohibits use. (The 2017 Treaty on the Prohibition of Nuclear Weapons has not been signed by any nuclear possessor.) However, the NPT's exhortation to nuclear states to work towards total nuclear disarmament 'in good faith' puts the weapons in a separate category. The International Court of Justice's 1996 advisory opinion on nuclear weapons constrains their use by stating that the use or threat of use 'would generally be contrary' to humanitarian and other international law, even though the Court was unable to reach a clear decision on their legality. Together, these treaties shore up the norm of non-use, without legally proscribing them.
Against this backdrop, recent nuclear threats bandied about by Russia over Ukraine have severely tested the special categorisation of nukes. Closer home, during Operation Sindoor, Prime Minister Narendra Modi declared that India 'will not tolerate any nuclear blackmail'. A 'limited' operation appears to have escalated quickly to acquire a nuclear element.
We are influenced by the Hibakusha's testimony today only because Fukuryu Maru's misfortune connected radiation sickness to nukes. It is also unlikely to be a coincidence that the Nihon Hidankyo were awarded the Nobel Peace Prize in 2024 for their disarmament efforts after the nuclear genie reared its head in Europe. They had been nominated multiple times, but it took almost 70 years for the survivors' efforts to be recognised.
Eighty years after nuclear weapons were used in anger, we are in danger of slipping into complacency over nuclear use. It took the miscalculation of America's thermonuclear test for the truth about nuclear fallout to become widely understood. We should not wait for another misstep before the dangers of nuclear miscalculation are appreciated again.
Priyanjali Malik writes on politics and international relations

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Deccan Herald
6 hours ago
- Deccan Herald
Remembering Hiroshima
If you travel to Japan today and visit the city of Hiroshima, you'll find a peaceful place filled with parks, schools, trams, and the quiet sounds of city life. But on one morning in August, many years ago, Hiroshima became the centre of an event that would change the world forever. Every year, on the 6th of August, people all over the world remember Hiroshima Day—not just to think about a moment in history, but to remind everyone why peace is precious. The story of Hiroshima begins during World War II, a conflict that involved many countries and lasted from 1939 to 1945. By 1945, the war was nearly over, but fighting was still fierce in the Pacific. Scientists in America had developed a weapon unlike any other—a bomb that used the power locked inside atoms. This new 'atomic bomb' was the most powerful explosive ever made, and no one outside a small group of scientists and military leaders had any idea what it could do. On the morning of 6th August 1945, as people in Hiroshima went about their daily lives—children getting ready for school, workers heading to factories, shopkeepers opening their doors—an American plane called the Enola Gay flew high above the city. At 8:15 a.m., it dropped a single bomb, nicknamed 'Little Boy'. In a flash, the bomb exploded in the sky above Hiroshima, releasing a massive wave of heat, light, and energy. Buildings were flattened in seconds, windows shattered for miles, and fires broke out everywhere. The centre of the city was almost completely destroyed. The power of the atomic bomb was beyond anything the world had ever seen. In just a few moments, tens of thousands of people lost their lives. Many more were injured or made sick by the intense heat and radiation the bomb released. Survivors—who became known as hibakusha—faced a difficult road, struggling with injuries and illnesses that sometimes lasted for years. Yet, in the days and months that followed, the people of Hiroshima showed incredible courage. Families helped each other, strangers shared what little food and water they had, and doctors worked around the clock in makeshift hospitals. Slowly, the city began to rebuild. News of the bombing shocked people all over the globe. Some believed that using such a powerful weapon would finally bring the long, terrible war to an end. Others were horrified by the destruction and loss of life. Just three days later, a second atomic bomb was dropped on the city of Nagasaki. Shortly after, Japan surrendered, and World War II came to an end. But Hiroshima's story didn't end there. In the years that followed, the city became a symbol—a warning of the dangers of nuclear weapons and a hope for a more peaceful future. Each year, on Hiroshima Day, people gather at the Hiroshima Peace Memorial Park, near the ruins of the old Genbaku Dome, one of the few buildings left standing after the blast. There, they hold a ceremony with speeches, songs, and the release of white doves, symbols of peace. Thousands of paper lanterns float down the river at sunset, carrying wishes and prayers for a world without war. Children in Hiroshima and around the world often learn the story of Sadako Sasaki, a young girl who survived the bombing but later became sick because of the radiation. While she was in hospital, Sadako began folding origami cranes—paper birds that, in Japanese legend, grant a wish if you fold a thousand of them. Sadako folded over a thousand cranes, wishing for her own recovery and for peace. Today, children from all over the world send paper cranes to Hiroshima, and you can see thousands of colourful birds at the Children's Peace Monument in the city. Hiroshima Day isn't just about remembering the past. It's a time to think about the choices we make as individuals, communities, and countries. Scientists and leaders from many nations have worked to reduce the number of nuclear weapons in the world, and organisations like the United Nations encourage countries to solve problems by talking, not fighting. In schools, children learn about Hiroshima to understand why peace, kindness, and respect are important, even when disagreements happen. If you visit Hiroshima now, you'll see a vibrant, green city full of life. The Peace Memorial Park is quiet and beautiful, with flowers, trees, and the sound of the river flowing nearby. School groups gather to read poems, listen to survivors' stories, and promise to carry the message of peace into the future. The people of Hiroshima rebuilt their city and shared their message with the world: that the true strength of humanity lies not in powerful weapons, but in the courage to choose peace, the willingness to help others, and the dream of a safer world for everyone. ISTOCK The atomic bomb was called 'Little Boy' The bomb dropped over the city on 6 August 1945 was nicknamed 'Little Boy.' It was the first atomic bomb ever used in war. ISTOCK A building survived at ground zero The Genbaku Dome (now known as the Atomic Bomb Dome) was one of the only structures left standing near the bomb's blast centre. Today, it's a symbol of peace and a UNESCO World Heritage Site. A clock counts the days since the last nuclear test There is a Peace Watch Tower in the city that records how many days have passed since the world's last nuclear weapon test. Hiroshima's trees came back to life Although many trees were destroyed in the blast, some—including ancient camphor and ginkgo trees—sprouted new leaves and still grow today as 'survivor trees.' Children send messages of peace Every year, students from around the world write letters and send paper cranes to be displayed at the Children's Peace Monument. Peace Flame The Peace Flame, lit in 1964, will stay burning in the park until every nuclear weapon in the world is destroyed. City of Peace After the war, the city dedicated itself to promoting peace and nuclear disarmament, welcoming visitors from around the world. Origami cranes Inspired by Sadako Sasaki's story, people from all over the world fold paper cranes and send them to the Peace Memorial Park, wishing for peace. ISTOCK Lanterns float on the river every year On Hiroshima Day, thousands of paper lanterns are released on the Motoyasu River at sunset, each carrying a message of hope or remembrance.


The Hindu
7 hours ago
- The Hindu
Eighty years on from Hiroshima
At 8:15 a.m. on August 6, 1945, a nuclear bomb exploded just above Hiroshima, instantly killing at least 70,000 people. Another 70,000 died of injuries and radiation sickness before the year ended. Three days later, a second weapon exploded over Nagasaki, killing 40,000 on the day. In the 80 years since, nuclear weapons have not been detonated again in anger even though the possessor states have swelled from one to nine, and the number and sophistication of the weapons has increased considerably. A norm of non-use appears to have been established. However, norms — shared expectations of behaviour — are not immutable. Recent developments including hostilities involving nuclear possessors, an undermining of the global rules-based and treaties-based order, and nuclear modernisation are putting the norm of non-use under immense strain. Lessons from 1945 Arguably, no one has worked more passionately to eliminate nuclear weapons entirely than the Hibakusha, the survivors of the atomic attacks. Their testimony created a powerful moral and ethical case against nuclear use, reminding us of the human consequences of — arguably for some — a demonstration of American resolve and technological prowess. Yet the respect that they are accorded today was hard won. Japan was under American occupation after the war, and information on the effects of the nuclear bombings was suppressed. According to one survivor from Nagasaki, shortly after the bombing, U.S. Brig Gen Thomas Farrell announced that all those affected by the attack had died and that there were no continuing effects of the bomb. Relief centres were shut down. An additional 50,000 people died by December without understanding what ailed them. Knowledge about radiation sickness became widespread in Japan only after a fishing boat, Fukuryu Maru, was accidentally exposed to nuclear fallout. The U.S.'s 1954 thermonuclear test, codenamed Castle Bravo, ended up twice as powerful as estimated, spreading radioactive ash well beyond the officially designated warning zone and to the vessel floating 86 miles away from the test site. All crew members fell seriously ill from acute radiation poisoning. Thus it was that nine years after the bombing of Hiroshima and Nagasaki that Japan began to understand the nature of radiation sickness: the bomb killed not just by explosion, instantly, but painfully, over time. The survivors then grouped together as the Nihon Hidankyo and fanned the globe to educate people on the horrors of their experience. It is debatable whether the norm of non-use owes more to the moral and ethical case against nuclear use made by the Hibakusha or by the logic of nuclear deterrence. 'What deters' is a question that has occupied policymakers for decades. And while the total number of nuclear weapons has fallen from their Cold War peak, today's nukes are more sophisticated and designed for use in a range of situations. Much money and effort has been spent in developing more 'useable' nukes. It is difficult to know whether to worry more about a thermonuclear weapon that could destroy a city several times over, or to fear tactical weapons that are designed to target a specific location with deadly accuracy. For 80 years we have decided that nuclear weapons are beyond the pale: any nuclear use now would let the genie out of the bottle. The norm of non-use Ultimately, the norm of non-use rests on a conscious decision to brand nuclear weapons as different. There is no legal basis for the circumscribing of their use. The Nuclear Non-Proliferation Treaty (NPT) limits the spread of nukes; the Comprehensive Nuclear Test Ban Treaty bans nuclear tests; neither prohibits use. (The 2017 Treaty on the Prohibition of Nuclear Weapons has not been signed by any nuclear possessor.) However, the NPT's exhortation to nuclear states to work towards total nuclear disarmament 'in good faith' puts the weapons in a separate category. The International Court of Justice's 1996 advisory opinion on nuclear weapons constrains their use by stating that the use or threat of use 'would generally be contrary' to humanitarian and other international law, even though the Court was unable to reach a clear decision on their legality. Together, these treaties shore up the norm of non-use, without legally proscribing them. Against this backdrop, recent nuclear threats bandied about by Russia over Ukraine have severely tested the special categorisation of nukes. Closer home, during Operation Sindoor, Prime Minister Narendra Modi declared that India 'will not tolerate any nuclear blackmail'. A 'limited' operation appears to have escalated quickly to acquire a nuclear element. We are influenced by the Hibakusha's testimony today only because Fukuryu Maru's misfortune connected radiation sickness to nukes. It is also unlikely to be a coincidence that the Nihon Hidankyo were awarded the Nobel Peace Prize in 2024 for their disarmament efforts after the nuclear genie reared its head in Europe. They had been nominated multiple times, but it took almost 70 years for the survivors' efforts to be recognised. Eighty years after nuclear weapons were used in anger, we are in danger of slipping into complacency over nuclear use. It took the miscalculation of America's thermonuclear test for the truth about nuclear fallout to become widely understood. We should not wait for another misstep before the dangers of nuclear miscalculation are appreciated again. Priyanjali Malik writes on politics and international relations


India.com
a day ago
- India.com
The new deterrence equation: Why BrahMos's speed is shaking Tomahawk's stealth supremacy
The new deterrence equation: Why BrahMos's speed is shaking Tomahawk's stealth supremacy Which missile truly rules the waves of modern warfare – India's lightning-fast BrahMos or America's stealthy Tomahawk? In the high-stakes chess game of global defence, two missiles have emerged as the ultimate power pieces: India's supersonic BrahMos and America's subsonic Tomahawk. After decades of American dominance in cruise missile technology, a new challenger has not just entered the arena—it has blazed through it at three times the speed of sound. The recent Operation Sindoor gave the world a brutal demonstration of what happens when unstoppable force meets inadequate defence. When Indian BrahMos missiles struck Pakistani airbases with surgical precision—leaving even China-supplied air defence systems helpless—it wasn't just Pakistan that took notice. Defence planners from Manila to Riyadh began rewriting their assumptions. The Tale of Two Philosophies The BrahMos and Tomahawk represent two fundamentally different approaches to deterrence. Think of it as the difference between a charging rhino and a prowling panther. BrahMos: The Supersonic Sledgehammer At Mach 2.8 to 3.0, the BrahMos travels nearly three times faster than subsonic missiles like the Tomahawk. Being twice as heavy and almost four times as fast, it delivers over 32 times the on-cruise kinetic energy of a Tomahawk. When BrahMos hits, it doesn't just explode—it pulverises. Its 99.99% strike accuracy, combined with blistering speed, creates a nightmare scenario for enemy defences. Pakistan's admission that it had only 30 to 45 seconds to assess whether the BrahMos carried a nuclear warhead reflects the psychological impact of this weapon. Tomahawk: The Stealthy Stalker With a range of up to 2,400 km and a subsonic speed of 885 km/h, the Tomahawk makes up for its slower velocity by flying at ultra-low altitudes, evading radar. Its strength lies in loitering capabilities—providing real-time battle updates, switching targets mid-flight, and waiting for optimal strike conditions. It's a surgical scalpel—patient, precise, and persistent. Range: The Great Divide The Tomahawk's long reach (1,600–2,400 km) supports intercontinental strategy, neutralising threats far beyond immediate borders. BrahMos, in its standard 290–450 km variant, reflects India's regional focus. However, the upcoming BrahMos-LR (800 km range) will bridge this gap within two to three years. In places like the South China Sea, even the current BrahMos variant is enough to dominate regional EEZs. Combat Pedigree: Proven vs Battle-Tested The Tomahawk has a rich combat legacy—over 2,300 missiles fired since 1991 in conflicts like the Gulf War, Syria, and Yemen. BrahMos has now earned its combat stripes. Pakistan's Prime Minister publicly acknowledged that BrahMos missiles struck strategic military locations including Rawalpindi Airport and Nur Khan airbase, and not a single missile was intercepted. The Export Revolution India is targeting USD 5 billion (approx. Rs. 41,750 crore) in annual defence exports by 2025—and BrahMos is its spearhead. The Philippines signed a USD 375 million (approx. Rs. 3,130 crore) deal. Vietnam is close to USD 700 million (approx. Rs. 5,845 crore), while Indonesia is negotiating $450 million (approx. Rs. 3,755 crore). Interest spans across Southeast Asia, South America, and the Middle East. By contrast, the Tomahawk remains exclusive to America's closest allies due to ITAR restrictions and technology sensitivity. Cost Mathematics Tomahawk: USD 1.99 million (approx. Rs. 16.6 crore) BrahMos: USD 3–4 million (approx. Rs. 25–33.4 crore) Despite the higher price tag, the cost-effectiveness of BrahMos lies in its near-zero interception risk and one-shot-one-kill precision. The Deterrence Verdict For Regional Deterrence: BrahMos Wins For countries facing immediate threats, BrahMos delivers swift, overwhelming, and unchallengeable response capability. Its presence alone reshapes the enemy's calculus. For Global Power Projection: Tomahawk Leads Tomahawk is built for extended campaigns, offering long-range reach, retargeting flexibility, and mission endurance—ideal for America's worldwide commitments. The Future Landscape The missile race is heating up: BrahMos-II: 1,500 km range, Mach 8, expected soon Supersonic Tomahawk: Under development with ramjet tech to reach Mach 3 The Strategic Implications This isn't just an arms race—it's a reordering of global defence power. The BrahMos shows that indigenous systems from emerging powers can now challenge Western monopolies. For decades, U.S. allies relied on Washington for cutting-edge arms. Today, countries from Vietnam to Egypt are embracing a new supplier—India—without the political baggage. The Bottom Line There is no single winner in this duel. It's about context. Need rapid, devastating, hard-to-stop regional dominance? Choose BrahMos. Need long-range, flexible, stealthy strike tools? Choose Tomahawk. But the real shift is that nations now have a choice. The BrahMos has opened the door to a multipolar missile market. In this new era, the smart defence planner won't ask which missile is best. They'll ask: Which missile suits my battlefield best? ( Girish Linganna is an award-winning science communicator and a Defence, Aerospace & Geopolitical Analyst. He is the Managing Director of ADD Engineering Components India Pvt. Ltd., a subsidiary of ADD Engineering GmbH, Germany. Contact: girishlinganna@ )