
Ben Platt
He gave a generation its angsty, authentic voice by turning a Broadway role about teenage anxiety into a cultural touchstone.
A NASA capsule containing pristine material from the asteroid Bennu landed on Earth, completing a seven-year, four-billion-mile journey to retrieve a sample older than our planet.
A charred capsule the size of a tire hatch plunged through the atmosphere at 27,650 miles per hour, its heat shield glowing against the dawn sky over Utah. At 8:52 AM local time, it deployed its parachutes and touched down on the military range, raising a small plume of dust. Inside was an estimated 8.8 ounces of rock and dust collected from the asteroid 101955 Bennu by the OSIRIS-REx spacecraft in 2020.
The mission succeeded on its first retrieval attempt. Scientists required the sample to be sealed and uncontaminated by Earth’s environment. Recovery teams in helicopters and all-terrain vehicles located the capsule within minutes. They documented the site, checked for hazardous gases, and transported the sample canister to a temporary clean room at the range before its journey to NASA’s Johnson Space Center in Houston.
This material matters because it is a time capsule from the solar system’s formation over 4.5 billion years ago. Asteroids like Bennu are remnants of that process and may have delivered water and organic compounds to early Earth. Analyzing its chemical and mineralogical composition could rewrite our understanding of planetary origins and the prebiotic chemistry that led to life. The sample will be studied for decades, with portions archived for future scientists using tools not yet invented.
The OSIRIS-REx mission did not end with the drop. The main spacecraft, now renamed OSIRIS-APEX, fired its thrusters to divert toward a new target: the potentially hazardous asteroid Apophis, which it will study when that object makes a close approach to Earth in 2029. The Bennu sample is the largest returned to Earth since the Apollo moon rocks, and the first for the United States.
Seventy-one nations signed the Comprehensive Nuclear-Test-Ban Treaty at the United Nations, creating a powerful norm against testing that eight key states have still not ratified.
The ceremonial signing table at the United Nations in New York was crowded with binders. Representatives from 71 nations, including the five declared nuclear powers at the time—the United States, Russia, China, France, and the United Kingdom—put their names on the Comprehensive Nuclear-Test-Ban Treaty. The agreement prohibited all nuclear explosions for any purpose, anywhere. It was the culmination of decades of advocacy and negotiation, born from the visible and invisible scars of over 2,000 previous tests.
The CTBT’s immediate purpose was to halt the qualitative improvement of nuclear arsenals by denying new data from explosive testing. Its broader ambition was to serve as a critical step toward nuclear disarmament and to prevent newer nations from developing advanced weapons. The treaty established a global verification system, a network of 337 monitoring stations using seismology, radionuclide detection, hydroacoustics, and infrasound to police the planet for clandestine blasts.
A common assumption is that the treaty took effect and banned tests. It did not. The CTBT included a stringent entry-into-force clause requiring ratification by 44 specific nuclear-capable states listed in an annex. As of 2024, eight of those 44 have not ratified: the United States, China, India, Pakistan, Israel, Iran, Egypt, and North Korea. The treaty therefore exists in legal limbo, a powerful political norm observed by all but one of the nuclear states in practice, but not international law.
The impact is a paradox. No nuclear state except North Korea has conducted a test since 1998. The verification system operates, sharing data openly. The treaty shaped a de facto moratorium, making any test a stark political provocation. Yet its unfinished status leaves the door open for a potential cascade of renewed testing, a sword of Damocles hanging over the non-proliferation regime.
Dougal Haston and Doug Scott became the first climbers to summit Mount Everest via one of its sheer faces, abandoning the traditional ridge lines for a direct, technically brutal assault on the Southwest Face.
At 6:00 PM, in fading light and a building storm, two men stood on the summit of Mount Everest. They had no time for ceremony. Dougal Haston and Doug Scott, part of a British expedition led by Chris Bonington, had just climbed the mountain’s 5,000-foot Southwest Face, a wall of ice and rock previously considered impossible. They were the first to ascend Everest by any face instead of a ridge route. They spent only minutes on top before beginning a desperate bivouac in a snow hole just below the summit, surviving the night at 28,700 feet without a tent or sleeping bags.
The 1975 expedition was a massive logistical and tactical operation. It required 900 porters, 13 tons of equipment, and fixed ropes stretching over two vertical miles. The team established a line of camps up the face, battling avalanches, extreme cold, and the sheer technical difficulty of the route. The final push by Haston and Scott was a gamble, leaving them exposed far beyond the safety of their high camp.
This ascent redefined Himalayan climbing. Prior successes on Everest, including the first in 1953, used the natural highway of ridges. The Southwest Face route was a direct, vertical line requiring sustained technical climbing in the death zone. It shifted the objective from reaching the top by any means to climbing the mountain by its hardest features. The style was still expeditionary, with fixed ropes and oxygen, but it pointed toward the purer alpine-style ascents that would follow.
The climb had a cultural resonance in a Britain grappling with economic stagnation and industrial strife. The team’s success, broadcast by BBC journalist and team member Mike Thompson, provided a narrative of meticulous planning and gritty endurance. It cemented Bonington’s reputation as the era’s great expedition leader and proved that the last great problems of the world’s highest peak were solvable with enough will and skill.
Tens of thousands of Buddhist monks led peaceful anti-government protests through Yangon, Burma, in the largest public defiance of the military junta in two decades, met days later with a violent crackdown.
The streets of Yangon filled with a silent, flowing river of maroon robes. On September 24, 2007, columns of Buddhist monks, joined by tens of thousands of civilians, walked in protest against Burma’s military dictatorship. They chanted metta, the Buddhist mantra of loving-kindness, and held their alms bowls upside down, a profound act of excommunication denying spiritual legitimacy to the ruling generals. The movement, sparked by sudden fuel price hikes, had grown over weeks. This day marked its peak, with estimates of participants ranging from 30,000 to 100,000.
The protest was a direct challenge to the State Peace and Development Council, which had ruled since 1988. The monks’ leadership provided moral authority and a measure of protection; attacking holy men is a serious sin in Theravada Buddhism. For five days, the marches continued with a disciplined serenity that captivated the world. Satellite phones and smuggled camera footage provided rare glimpses inside the isolated country.
A common misunderstanding is that the world did not notice. It did. The protests dominated international news. The United Nations Security Council issued a statement of concern. The junta noticed the attention. On September 26, the military sealed off monasteries and began a systematic crackdown. Soldiers fired on crowds, beat protesters, and dragged monks from the streets. The official death toll was 13, but diplomats and aid groups estimated it was likely over 100.
The Saffron Revolution, as it became known, failed in its immediate goal. The crackdown was brutal and effective. Yet it fractured the regime’s facade of control and demonstrated the deep-seated opposition simmering beneath. It also trained a new generation of activists in the use of digital technology for documentation and communication, lessons that would inform future protests. The event exposed the limits of international leverage and set the stage for the military’s later, cautious experiments with controlled political opening.
A Japan Airlines DC-8, carrying 122 people, mistakenly landed at a small, unfit training airstrip in Bombay, overrunning the short runway and ending up in a dirt field.
The pilots of Japan Airlines Flight 472 saw a runway ahead and began their descent. They were expecting Santacruz Airport, Bombay’s international gateway. Instead, at 4:41 PM local time, the wheels of their Douglas DC-8-53 jet touched down on the 3,900-foot runway of Juhu Aerodrome, a mere 2.7 miles away. Juhu was a domestic club field used for training and small aircraft. The DC-8 required over 8,000 feet to land safely. The result was inevitable. The 150-ton aircraft sped past the runway end, smashed through a perimeter fence, crossed a road, and plowed into a soft, muddy field, where it settled with its nose gear collapsed.
The error was one of mistaken identity. The captain, Yoshimi Kumasaka, had flown into Bombay before, but not as pilot-in-command. The first officer was on his first approach to the city. Air traffic control cleared them for a visual approach to Santacruz’s Runway 27. Juhu’s Runway 08/26 lay directly on the same extended centerline. In the hazy afternoon light, the pilots likely misidentified the closer, smaller airstrip for their intended destination. Neither the air traffic controller nor the cockpit crew caught the error.
Miraculously, no one died. Of the 112 passengers and 10 crew, only 11 sustained minor injuries during the evacuation. The aircraft, however, was a write-off. It remained in the field for weeks as engineers devised a plan to dismantle it. The incident led to immediate changes. The white circular ‘27’ on Santacruz’s runway was repainted as a large white ‘T’ to make it more distinctive from the air. Procedures for visual approaches were tightened globally.
The Juhu landing endures as a textbook case of cockpit resource management failure and confirmation bias. The pilots saw what they expected to see. It demonstrated how a series of small, plausible errors—familiarity without recent experience, haze, a co-pilot on his first visit, aligned runways—could cascade into a major accident where only luck prevented catastrophe.