
The overlooked miracle of life
All of us, even those who profess atheism, at one point or another have hoped for a miracle, an act of Divine Providence that could make our most heartfelt wishes magically come true.
I wish i could be a topper in the board exams; I wish I could land a job in an MNC; I wish I could find my ideal life partner; I wish I would win a jackpot lottery.
Our miracle list is almost as endless and as varied as we. But as we hope, and even pray, for a miracle, we overlook the greatest miracle of all, which is ourselves, the fact that we exist at all.
If you're fortunate enough to live in a place where there is little or no atmospheric and light pollution, and you look up at the night sky you'll see some 2,000 stars, each of which is like our Sun.
This is only a minuscule part of our galaxy, the Milky Way, which has an estimated 60 billion stars and is one of anywhere between 200 billion and three trillion galaxies in the universe, each with billions of Suns, which in turn have their own orbiting planets.
In order to sustain life even at the most basic level, a planet must be in what is called the Goldilocks Zone, neither too hot nor too cold. Moreover, habitable planets must have water, from which primordial life springs.
Scientists – using the Drake Equation named after astronomer Francis Drake, who in 1960 initiated the first organised search for extraterrestrial radio signals – have estimated there could be as many as 60 billion habitable planets in our galaxy alone, and in the universe as a whole as many as 50 sextillion. That's five followed by 22 zeros, or one million billion.
However, the calculus of the Drake Equation falls foul of the Fermi Paradox, named after the Italian-American physicist hailed as 'the architect of the nuclear age', Enrico Fermi.
Seeing a magazine cartoon depicting extraterrestrials rummaging through New York City's garbage bins, Fermi reportedly said, 'Where is everybody?' Why is it that SETI, the Search for Extraterrestrial Intelligence, launched in 1960, hasn't made contact with a single intelligent life form from elsewhere in the universe? Could it be that such beings deliberately avoid us, seeing the mess we've made of our own planet through environmental degradation and wars? Or is it that we are truly alone in the unimaginable vastness of the cosmos? Marvelling at the complexity of life on Earth, from bacterial, single cell microorganisms to scientists, astrophysicist Fred Hoyle compared it to the statistical probability that a storm sweeping through a junkyard would create a fully functional Boeing 747.
Who, or what, is the cause of this miraculous phenomenon that we take for granted and call life? Religion would have us believe it is God. Science would nudge us toward the Big Bang Theory and Darwinian evolution.
The greatest wonder of wonders, the greatest miracle of miracles is that there is something at all – the universe, earthworms, us – rather than nothing, existence rather than non-existence.
Facebook Twitter Linkedin Email Disclaimer
Views expressed above are the author's own.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Time of India
12 hours ago
- Time of India
Shubhanshu Shukla's breathtaking space photo leaves India emotional and proud
India marked a historic milestone in space exploration as Group Captain Shubhanshu Shukla became the first Indian astronaut to board the International Space Station (ISS). His journey is not just a technological leap but also a deeply symbolic moment for India as the nation swells with pride for a growing presence in global space missions. Shukla is only the second Indian to travel to space, after Rakesh Sharma in 1984. Shukla had boarded as the mission pilot for Axiom Space's Ax-4 mission on June 25, 2025, along with three other crew members, including the veteran American astronaut Peggy Whitson, Polish scientist Sławosz Uznański, and Hungarian astronaut Tibor Kapu. The mission lifted off aboard a SpaceX Falcon 9 rocket from NASA's Kennedy Space Center in Florida. After a 28-hour journey, the crew docked with the space station on June 26. What has recently been making headlines are the photos released by the Indian government showing Shukla seated at the Cupola Module, a seven-window observation deck on the ISS, gazing at Earth. The images quickly became viral and received multiple engagements on social media. The post's caption read, 'Gazing Down From The Space! Group Capt Shubhanshu Shukla enjoys the stunning panoramic view of Earth from the 7-windowed Cupola Module aboard the International Space Station. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like You Won't Believe the Price of These Dubai Apartments Binghatti Developers FZE Get Offer Undo It's been a remarkable journey as he marks a week in orbit, representing India among the stars.' Shubhanshu Shukla had a video call with PM Narendra Modi During his first week aboard the ISS, Shukla had a video call with Prime Minister Narendra Modi, where he shared his emotions upon seeing India from space. 'When I saw India for the first time from space, it appeared much larger and grander than on the map,' he said. 'You can truly feel the sense of oneness; there are no borders, no lines. It feels as if this entire Earth is our home and we are all its citizens,' he told the Prime Minister, according to a Times of India report. In response, PM Modi said, 'You may be far, but the hearts of 140 crore Indians beat with you. It's the start of a new era'. What is the mission aimed at? While in space, Shukla and his crewmates are conducting more than 60 scientific experiments, including studies in microgravity biology, materials science, and human health. According to India Today, Shukla is also the first Indian to carry out experiments aboard the International Space Station. His work in space ties in with India's upcoming Gaganyaan mission, which is set to launch in 2027.


Time of India
13 hours ago
- Time of India
US Air Force suspends SpaceX rocket project: Reason may be similar for which Elon Musk joked, 'will not eat omelette for a week'
The U.S. Air Force has halted its proposed collaboration with 's SpaceX to test hypersonic rocket cargo deliveries from Johnston Atoll, a remote Pacific wildlife refuge, according to Stars and Stripes, an independent U.S. Tired of too many ads? go ad free now military publication. The decision as reported by Reuters highlights concerns from biologists and experts that the project would endanger numerous seabirds nesting on the unincorporated U.S. territory, located nearly 800 miles (1,300 km) southwest of Hawaii. The Air Force had planned an environmental assessment, but opposition from environmental groups delayed the draft's release. A military spokesperson told Stars and Stripes recently that the Air Force is now seeking alternative locations for the program, which aims to use commercial rockets, like those developed by SpaceX, to deliver up to 100 tons of cargo anywhere on Earth in about 90 minutes—a potential game-changer for military logistics in remote areas. Neither the Air Force nor SpaceX immediately responded to requests for comment. Biologists warn that the one-square-mile (2.6 square km) atoll, part of the Pacific Remote Islands Marine National Monument, supports 14 species of tropical birds that could be severely impacted by the project. When Elon Musk said 'Would not eat omelets for a week' SpaceX has faced similar environmental issues before. Last year, a Starship rocket launch in Boca Chica, Texas, destroyed nests and eggs of protected plover shorebirds, leading to legal repercussions. In response, Elon Musk had said that he would "not eat omelets for a week" to atone for the incident, a remark that drew attention to the environmental controversy surrounding his company's activities. "To make up for this heinous crime, I will refrain from having omelette for a week," Elon Musk wrote. Elon Musk made the pledge in response to an article published in an American newspaper highlighting the environmental impact of the SpaceX launch.


Indian Express
21 hours ago
- Indian Express
Ageing isn't same everywhere – why inflammation may be lifestyle problem
By Samuel J White and Philippe B Wilson For years, scientists have believed that inflammation inevitably increases with age, quietly fuelling diseases like heart disease, dementia and diabetes. But a new study of Indigenous populations challenges that idea and could reshape how we think about ageing itself. For decades, scientists have identified chronic low-level inflammation – called 'inflammaging' – as one of the primary drivers of age-related diseases. Think of it as your body's immune system stuck in overdrive – constantly fighting battles that don't exist, gradually wearing down organs and systems. But inflammaging might not be a universal feature of ageing after all. Instead, it could be a byproduct of how we live in modern society. The research, published in Nature Aging, compared patterns of inflammation in four very different communities around the world. Two groups were from modern, industrialised societies – older adults living in Italy and Singapore. The other two were Indigenous communities who live more traditional lifestyles: the Tsimane people of the Bolivian Amazon and the Orang Asli in the forests of Malaysia. The researchers analysed blood samples from more than 2,800 people, looking at a wide range of inflammatory molecules, known as cytokines. Their goal was to find out whether a pattern seen in earlier studies – where certain signs of inflammation rise with age and are linked to disease – also appears in other parts of the world. The answer, it turns out, is both yes and no. Among the Italian and Singaporean participants, the researchers found a fairly consistent inflammaging pattern. As people aged, levels of inflammatory markers in the blood, such as C-reactive protein and tumour necrosis factor, rose together. Higher levels were linked to a greater risk of chronic diseases including kidney disease and heart disease. But in the Tsimane and Orang Asli populations, the inflammaging pattern was absent. The same inflammatory molecules did not rise consistently with age, and they were not strongly linked to age-related diseases. In fact, among the Tsimane, who face high rates of infections from parasites and other pathogens, inflammation levels were often elevated. Yet this did not lead to the same rates of chronic diseases that are common in industrialised nations. Despite high inflammatory markers, the Tsimane experience very low rates of conditions such as heart disease, diabetes and dementia. These results raise important questions. One possibility is that inflammaging, at least as measured through these blood signals, is not a universal biological feature of ageing. Instead, it may arise in societies marked by high-calorie diets, low physical activity and reduced exposure to infections. In other words, chronic inflammation linked to ageing and disease might not simply result from an inevitable biological process, but rather from a mismatch between our ancient physiology and the modern environment. The study suggests that in communities with more traditional lifestyles – where people are more active, eat differently and are exposed to more infections – the immune system may work in a different way. In these groups, higher levels of inflammation might be a normal, healthy response to their environment, rather than a sign that the body is breaking down with age. Another possibility is that inflammaging may still occur in all humans, but it might appear in different ways that are not captured by measuring inflammatory molecules in the blood. It could be happening at a cellular or tissue level, where it remains invisible to the blood tests used in this research. If these findings are confirmed, they could have significant consequences. First, they challenge how we diagnose and treat chronic inflammation in ageing. Biomarkers used to define inflammaging in European or Asian populations might not apply in other settings, or even among all groups within industrialised nations. Second, they suggest that lifestyle interventions aimed at lowering chronic inflammation, such as exercise, changes in diet, or drugs targeting specific inflammatory molecules, might have different effects in different populations. What works for people living in cities might be unnecessary, or even ineffective, in those living traditional lifestyles. Finally, this research serves as an important reminder that much of our knowledge about human health and ageing comes from studies conducted in wealthy, industrialised nations. Findings from these groups cannot automatically be assumed to apply worldwide. The researchers are clear: this study is just the beginning. They urge scientists to dig deeper, using new tools that can detect inflammation not just in the blood, but within tissues and cells where the real story of ageing may be unfolding. Just as important, they call for more inclusive research that spans the full range of human experience, not just the wealthy, urbanised corners of the world. At the very least, this study offers an important lesson. What we thought was a universal truth about the biology of ageing might instead be a local story, shaped by our environment, lifestyle and the way we live.