
Why embracing discomfort might be the healthiest thing you can do
Recent studies show that the average westerner now spends 93 per cent of their entire life indoors — either at home, in an office, or in a car. Then, with a few taps on a screen, we can summon food, entertainment, transport, even human connection. We rarely need to wait, struggle, or even sit alone with our thoughts anymore. And yet, we're more anxious, depressed, addicted and miserable than ever before. We have become so accustomed to instant gratification that the very idea of not having immediate access to what we want can send us into spirals (e.g. think of that moment of dread when your phone dies on a long trip and you realise you'll have to sit with the discomfort of your own being). This is the paradox at the heart of the comfort crisis: the more we try to buffer ourselves from discomfort, the more alienated and unwell we become.
This is because our brains are built for survival, not happiness. For most of human history, discomfort signalled threat like hunger, cold, pain or exclusion. So, we evolved to work in ways that would minimise it. However, that same survival wiring has been hijacked in a hyper-convenience world. The dopamine reward system is overstimulated by ultra-processed food, endless scrolling, mindless shopping, and instant gratification — all offering quick hits of pleasure with long-term costs.
This is because real pleasure comes not from escaping discomfort but from overcoming it. Think of how satisfied you feel after a long day in the garden: physically tired, but deeply content. From a biological perspective, your brain thinks you've taken steps to survive, and rewards you with the feel-good chemicals needed to keep going. Hence, cold plunges, challenging workouts, or uncomfortable conversations can all feel strangely satisfying because they mimic survival challenges. When we're not actively creating the hardship part of the dopamine equation, our brains will seek it out wherever they can. Because of this, many of us are overwhelmed by a vague, restless anxiety we can't quite name. Then, on top of that, our prefrontal cortex — the part of the brain responsible for long-term thinking, emotional regulation, and meaning-making — is constantly overridden by the limbic system's urgent demand for 'more,' without a sense of what purpose that 'more' serves.
This is because purpose is not something we perpetually seek — it's something we actively create through hardship. It regulates our nervous system, develops our resilience and reminds us that we're alive. Without it, we drift — detached from ourselves, reality, and each other. In my view, the modern hunger for identity through political, social, or psychological suffering is a poignant reflection of this very real need for discomfort in our lives. This isn't to dismiss genuine trauma or injustice. But for some, the desperate need to prove their suffering is a away of reclaiming that friction in lives that otherwise feel numb. In that sense, the search for something to rail against is actually a search for meaning. It's a sign of life, but it also suggests we're culturally disoriented about the real challenge.
So, what can we do? Well, we don't need to become monks or masochists. But we do need to reintroduce deliberate difficulty. It can be whatever works for you — from moving your body daily and taking cold showers to finally starting that business, having that complicated conversation or simply sitting with your agitated and bored self instead of turning to a screen. Above all, it involves intentionally resisting the urge to smooth every edge of life and letting ourselves be uncomfortable from time to time. Because, if nothing else, discomfort won't kill us. But avoiding it might.

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


The National
3 days ago
- The National
Sleep like a hamster, wake up on Mars: Why hibernation is the future of deep space missions
The idea of astronauts snoozing their way to Mars may sound like something straight out of a Hollywood sci-fi movie, but scientists are exploring whether it could one day become a reality. Researchers in Europe and the US are studying whether slowing a person's metabolism could put them into a state of hibernation that lasts days, or even several weeks. The concept, known as torpor or synthetic hibernation, would involve reducing the body's metabolic activity to minimal levels, including lowering the heart rate and body temperature. Researchers believe this could help reduce the resources needed during space travel, while also protecting crew members from radiation and the effects of microgravity. 'Every kilogram launched into space is expensive,' said Dr Alexander Chouker, an academic director and physician at Ludwig Maximilian University of Munich and who works closely with the European Space Agency. 'We could cut down the need for food, water, oxygen and even space if you hibernate.' The agency commissioned studies looking at how hibernation could work during a mission to Mars, including theoretical designs of hibernation pods. The idea is to place astronauts into torpor for most of the journey, allowing them to wake up as they near their destination. What is torpor and how does it work? Some animals can enter a state of torpor naturally. It allows them to conserve energy by lowering their metabolism in response to environmental challenges such as cold or a scarcity of food. Dr Vladyslav Vyazovskiy, a professor of sleep physiology at the University of Oxford, has worked on studies involving mice and said they can enter a state of torpor when there is a lack of food. 'They calculate how much energy they need and enter this low-energy state for a few hours a day,' he told The National. 'Hamsters do it kind of proactively. They create conditions which remind them of winter. 'For example, when I make their day short and night long, they switch to winter mode, where they start entering torpor every day. My animals enter torpor at room temperature. You don't need to make it cold. The metabolic slowdown comes first, then the body cools down.' Even though there has been extensive research on animals, scientists still do not how to enable humans to enter the same state. Dr Vyazovskiy said sleep was one of the most important factors, but it is still not clear what kind of effect hibernation would have on a human brain. 'An important barrier is the dramatic change in physiology, in how the body and organism functions, and we need to be really sure that we do not produce a state which will affect the brain or the body negatively,' he said. 'I'm actually surprised that there is so much interest in introducing the state of torpor or hibernation, but nobody cares what the state does to you, so I think it's really important. 'And this is what I studied in my lab – what torpor does to the brain. Does the animal still have memories? Does the brain function is preserved before we can safely apply this to primates or humans?' Medical potential on Earth Dr Chouker said that more investment was needed to boost research and the development of technology that could help humans achieve a state of hibernation. He said it would revolutionise health care on Earth, with any benefits to space travel 'the cherry on the cake'. 'It will change medicine because you can control metabolism, including of a human who's waiting for a specific therapy that needs time," he added. "We could avoid any kind of intensive care or reduce intensive care degeneration and deconditioning effects.' Could humans hibernate? Dr Dominique Moser, a biologist also at Ludwig Maximilian University of Munich, said humans may one have had the ability to enter a state of torpor. 'There is some evidence from human history that showed capacity of going into torpor state,' she said. 'There were some bone findings in a cave in Atapuerca [in northern Spain] half a million years ago that showed signs of performing hibernation.' She said that theory was supported by genetic research that suggests hibernation is not controlled by a single gene, but a complex set of gene expressions triggered under specific environmental conditions. 'It might be that there's some kind of genetic programme that is encoded in plenty of animals, irrespective of species and phylogenetic relationships," Dr Moser said. 'This programme could be encoded in a huge set of mammals such as bears, hedgehogs, apes and even rodents, so why not humans?' Developing hibernation pods US company SpaceWorks Enterprises researches human hibernation for the purposes of space travel. It received grants from Nasa in 2013 and 2017 to develop a concept for a hibernation habitat for Mars missions. Dr John Bradford, chief executive of the company, told The National that it put together a medical team at the time to carry out the study, including researchers from the Mayo Clinic, animal hibernation experts and an astronaut. He said their findings showed it was possible to develop the sort of hibernation technology typically seen in movies. "It [hibernation] is kind of artificially induced, a low metabolic state, and it involves manipulating the thermal regulatory system of your body," he said. Among the challenges is finding the right drug combination to temporarily lower the body's thermal set point of 37°C by about 5°C or 10°C. "That's one of the challenges ... is finding the drugs that can override your body's tendency to basically always keep itself warm and active there, so that you spend a lot of energy doing that," Dr Bradford said. But even when such medicine and technology is invented, Mr Bradford said there would have to be many human experiments before it can be considered reliable for deep space missions, including tests on the ground and in Earth's orbit. Astronaut hibernation The process of inducing human torpor would probably involve several stages – preparation, induction, maintenance and reawakening. Bears, for example, take three to four weeks to fully enter hibernation, suggesting it is a gradual biological process. 'You'd need to get the body ready, perhaps through a combination of environmental cues and pharmacological support,' Dr Chouker said. 'The induction might involve drugs, while the maintenance phase could be supported by automated technology regulating temperature and humidity.' Light, noise, temperature changes or medication could be used to bring people back out of that state. Missions to Mars Space agencies are working towards sending humans back to the Moon, and eventually to the surface of Mars. Missions to the Red Planet would take seven to 10 months and studies are continuing on how extended deep space missions would affect human psychology and physiology. SpaceX is developing its Starship rocket, with the aim of sending crewed missions to Mars, or even deeper into space. Placing astronauts into state of hibernation could help them cope with the challenges of long space missions.


The National
3 days ago
- The National
Daily pill helps patients lose 12 per cent of body weight in clinical tests
An experimental daily weight loss pill has helped some people shed 12.4 per cent of their body weight in a milestone trial. Development of weight loss drugs has become something of an arms race in health care, as manufacturers look to develop the most effective, affordable alternatives to existing products such as Ozempic, Wegovy, Zepbound and Mounjaro. The drugs work by mimicking a natural hormone in the body that regulates blood sugar and appetite. While those drugs are all injectable, Orforglipron developed by US pharmaceutical giant Eli Lilly comes in tablet form, making it a potential game-changer for patients. A trial of 3,127 patients who took a daily pill for 72 weeks saw an average weight loss per person of 12.3kg. While injectable obesity drugs are peptides designed to replicate the appetite-controlling GLP-1 hormone, Orforglipron is a small molecule pill that is easier to manufacture and package. In the latest study of overweight or obese adults with weight-related health issues, the greatest weight loss was recorded in those taking the highest 36 milligram dose of Orforglipron. However, significant weight loss was also recorded in those taking a lower dose of just 6mg, with patients shedding 7.6 per cent of their weight. None of those involved in the study had diabetes, a condition for which Ozempic was initially manufactured to treat. Full results from the Lilly-backed trial will be presented next month at a major European diabetes meeting. "Obesity is one of the most pressing global health challenges of our time, driving global chronic disease burden and impacting more than one billion people worldwide," said Kenneth Custer, executive vice president and president of Lilly Cardiometabolic Health. "With Orforglipron, we're working to transform obesity care by introducing a potential once-daily oral therapy that could support early intervention and long-term disease management, while offering a convenient alternative to injectable treatments. "With these positive data in hand, we are now planning to submit Orforglipron for regulatory review by year-end and are prepared for a global launch to address this urgent public health need." According to the Global Obesity Observatory, about 26 per cent of adult men in the UAE are obese, and 30 per cent of women, leading to multiple related health problems, from heart disease to cancer. Multiple health benefits Weight loss drugs are proving to have multiple health benefits, and have the potential to treat multiple chronic ailments that cost global health authorities billions of dollars to treat. Wegovy, a drug approved for weight loss in the UAE, has been proven to reduce the risk of major heart problems, while the injectable diabetes drug Mounjaro has also been shown to have heart protective qualities. Early research has shown Orforglipron also lowered markers of heart disease risk, including cholesterol, triglycerides and blood pressure, across all doses. The most common side effects reported by patients involved in the Eli Lilly study were mild-to-moderate gastrointestinal issues, such as nausea and vomiting in a third of patients on the higher dosage. Weight-loss drug markets are expected to be worth $150 billion by 2030. A high dose oral version of Wegovy is also under consideration by the US Food and Drug Administration. Its manufacturer, Novo Nordisk said a recent trial showed the drug helped overweight or obese adults lose 15 per cent of their body weight. Global impact of obesity drugs The meteoric rise of Copenhagen-based Novo Nordisk drugs Ozempic and Wegovy fuelled double-digit growth in Denmark's economy. Ripples of that success have been felt around the world. Restaurants in Dubai are tweaking menus to suit those on weight-loss jabs, serving smaller portions high in protein, while tailors are being pressed into action to reduce the size of well-worn clothes. Meanwhile in the US, recent shortages of GLP-1 medications prompted The Obesity Action Coalition and The Obesity Society to call for increased regulations around compounding, where generic drugs are replicated without FDA approval. Once shortages were resolved, campaign groups called for greater enforcement of federal regulations and to discontinue production of generic drugs. 'GLP-1 medications have made a transformative impact in the obesity care space,' said Joseph Nadglowski, president and chief executive of Obesity Action Coalition. "As these medicines continue to grow in popularity, regulatory action and enforcement is critically needed at the state and federal level to ensure that patients have access to safe, FDA-approved treatments.'


Khaleej Times
4 days ago
- Khaleej Times
UAE: Men quicker to fix car, tech than seek help for mental health, study finds
A broken laptop, a flashing car warning light, or a lost bank card — these are issues most men in the UAE act on almost immediately. But when it comes to a persistent low mood, a lack of motivation, or signs of emotional distress, fewer than six in ten say they would seek help within a week. This was revealed in a new study by AXA Global Healthcare, which found that men in the UAE are far more likely to tackle technical or financial problems than to prioritise their physical or mental health. According to the research, 89 per cent of UAE men said they would take action within a week if they lost their bank card, while 84 per cent would respond promptly to a vehicle warning light. Similarly, 80 per cent said they would quickly care for a sick pet, and 79 per cent would fix a broken laptop without delay. However, when it comes to their own wellbeing, only 56 per cent said they would seek support within the same timeframe if they experienced a persistent low mood, which is an often an early indicator of a serious mental health issue. 'Practical' matters first 'It's clear that for many men in the UAE, technology, finances and practical matters seem to be prioritised before their physical and emotional health,' said Karim Idilby, chief growth officer at AXA Global Healthcare. 'We urgently need to normalise a more proactive approach to wellbeing, not just wait for something to go wrong.' The study reflects a global trend where men tend to ignore symptoms related to emotional wellbeing, especially when those signs are subtle or linked to stress, anxiety, or burnout. But there are encouraging signs: 70 per cent of UAE men said they would be more likely to act if a wearable device or health app flagged something unusual, suggesting that technology could also become part of the solution. To support this shift, AXA, in partnership with local provider Daman, offers two preventative tools: virtual care services, which allow unlimited video or phone consultations with doctors, and the Mind Health self-check, an online assessment tool that helps users gauge their emotional wellbeing. Healthy mind for a healthy body Dr Amir Javaid, consultant psychiatrist at Burjeel Medical City, said that the study results aren't surprising. 'Men are taught to equate strength with silence and resilience with isolation,' he said. 'Traditional masculinity norms discourage vulnerability. Combined with expat isolation, job pressures, and the stigma around mental health, many men are simply not reaching out, even when their mind is under strain.' Importantly, the suicide rate among men is globally higher than women, a stark reminder of what's at stake when emotional wellbeing is overlooked. According to Dr Javaid, ignoring low mood or lack of motivation can have serious long-term effects, both personally and professionally. 'These can be early signs of depression or mood disorders. When left untreated, they affect relationships, productivity, and the ability to function. Sadly, we often only see men seek help when things have already spiraled like relationships break down, work suffers, or substance use escalates.' 'Fix yourself first' Dr Javaid believes it's time men viewed mental and physical wellbeing as routine maintenance, just like updating software or servicing a car. 'Your mind and body are interconnected. A healthy mental state improves decision-making, resilience, and even how you manage finances and work pressure.' 'Fixing what's inside first allows everything outside to run smoother,' said Dr Javaid. 'Your mind isn't something you repair when it breaks, it's something you maintain every day.' He urges for simple lifestyle shifts: regular exercise, daily gratitude, mindfulness, and seeking early professional support. He also highlighted the role of friends, family, and employers in recognising early warning signs like irritability, disturbed sleep, or withdrawal. Digital tools could help Experts say that there digital tools that are designed to lower the barrier for those who might hesitate to seek in-person therapy or consultations. 'Preventative health shouldn't feel like an afterthought,' said Idilby. 'Just as you would check your car or tech regularly, building habits around your health can lead to better outcomes and greater peace of mind.' For men in high-pressure environments, especially frequent travellers or those far from family, easy access to mental health tools can be life-changing.