logo
These daily habits can bring outsize happiness — and it only takes 5 minutes, UCSF study finds

These daily habits can bring outsize happiness — and it only takes 5 minutes, UCSF study finds

The simplest tasks of joy and awe — listening to laughter, admiring a flower on a neighborhood walk, doing a nice thing for a friend — can measurably improve people's emotional well-being and attitudes toward life, according to a new UCSF study.
So-called micro-acts of joy can have remarkably outsize effects on people's moods, and in particular on their belief that they can control their own happiness, said Elissa Epel, a UCSF professor who has long studied the effects of stress on aging and overall health. Epel is lead author of a paper published last week on the (ironically named) Big Joy Project, a program run out of UC Berkeley that has participants practice five- to 10-minute acts of joy every day for a week.
Epel's team at UCSF studied nearly 18,000 participants in the Big Joy Project over a two-year period, from 2022 to 2024. Their study was the first to look at whether small, easily accessible interventions — the Big Joy Project is a web-based program — that don't take much time could have measurable and lasting effects on people's attitudes.
The results were surprisingly robust, Epel said, though she noted that the study needs to be repeated under more controlled conditions to prove that it works, and to demonstrate whether the effects are long-lasting.
Still, she said, 'we were quite taken aback by the size of the improvements to people's emotional well being. She said that participating in the Big Joy Project for a week provided positive results equivalent to programs that require months of classes for hours at a time.
'And it wasn't just people who were already well off' whose moods improved, Epel said. 'We actually saw greater benefits in people who came into the study with challenges, either they felt financially strained or they felt in a low social status,' she said. 'This is not just an intervention for the privileged.'
The UCSF study, published in the Journal for Medical Internet Research on June 4, had participants practice seven acts over seven days. The acts included sharing a moment of celebration with someone else, doing something kind for another person, making a gratitude list and watching an awe-inspiring video about Yosemite.
Epel said her team picked tasks that were focused on promoting feelings of hope and optimism, wonder and awe, or fun and silliness. Each task took less than 10 minutes, including answering short questions before and after.
At the start and end of the seven-day program, participants completed a series of questions on their emotional and physical health. The scientists measured participants' emotional well being, positive emotions and happiness agency, along with their stress and sleep quality, and compared their answers from the start to those at the finish. Emotional well being includes how satisfied people are with their life and whether they have purpose and meaning; happiness agency is how much control they feel they have over their emotion.
The team found improvements in all areas, and the benefits increased depending on how much people participated in the program — meaning, those who participated in all seven days saw greater benefits than those who only did two or three days. Black and Latino participants saw greater benefits than white participants, and younger people saw more benefits than older people.
Epel said she wants to be careful to not overstate the benefits of the intervention, which isn't going to solve people's greater mental health issues or the uncertainty and anxiety blanketing much of western society at this time. 'We don't want to deny what's going on or act like everything's fine,' Epel said.
And it's not clear yet why these micro-acts appear to be having such a profound impact, she said. On a biological level, there may be complicated hormonal activations at play. Or it's possible that even these small acts are able to break up negative thought cycles — excessive worrying, for example, or self-criticism — and redirect mental energy in a more positive way.
One important takeaway from the study is that people probably have more agency over their own happiness than they think, Epel said. And even in these trying times, a daily dose of joy could have intense impacts.
In fact, she said, these micro-acts may be more powerful now, in the current political and social climate, than ever.
'All of this well being stuff, it's not a luxury,' Epel said. 'We often say that we'll let ourselves be happy once we've reached some point or finished some task. Well, we want to flip that — we need the energy of joy to get through the hard parts. When we can focus on well being and connecting with others, that's the fuel that will help us cope with adversity. So these are really necessary skills.'
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Major Tourist Destinations Have a Hidden Transportation Hazard That Leaves Travelers and Locals Vulnerable
Major Tourist Destinations Have a Hidden Transportation Hazard That Leaves Travelers and Locals Vulnerable

Travel + Leisure

time2 days ago

  • Travel + Leisure

Major Tourist Destinations Have a Hidden Transportation Hazard That Leaves Travelers and Locals Vulnerable

The newest travel hazard in cities might be something you aren't expecting at all. Electric scooters and e-bikes are ubiquitous throughout many cities in the world, and they aren't inherently dangerous. But the sheer number of them, combined with the potential for serious accidents, makes them a real and serious travel hazard for visitors. A study from 2024 by researchers at UC San Francisco have found that injuries from e-bikes have doubled every year from 2017 to 2022, and injuries from scooters have risen by 45 percent each year. 'This increase in accidents not only introduced a demographic shift, but also underscores an urgent need for added safety measures,' co-lead author Adrian Fernandez, a chief resident with the UCSF Department of Urology, said in a statement on the UCSF website. 'There are undeniable health and environmental benefits to micromobility vehicle use, but structural changes must be taken to promote safe riding.' In response, many major tourist destinations, including New York, Madrid, and Paris, have taken steps to ban or severely limit e-scooters, while others are close to going scooter-free. Often, e-bike and e-scooters behave around pedestrians in ways that put both riders and walkers at risk of injury. Though serious injuries are rare, they do happen. In 2024, a woman was severely injured in West Hollywood when she was hit by a motorized scooter, suffering a fractured skull and brain swelling that required hospitalization. An American man in Sydney nearly died after being hit by an e-bike that was riding in an area it was not permitted. He needed emergency brain surgery and spent weeks in a coma. And most run-ins between people and micromobility devices go unreported. Many more people have close calls or are clipped by speeding scooters, and these are experiences that can make people nervous in cities, which affects tourists. And tourists can also be responsible for the close calls, who rent e-bikes and scooters to joy ride around unfamiliar cities, leading to potential accidents. Riders of e-devices might feel unsafe riding on main streets alongside cars, but then become a hazard to pedestrians on sidewalks. Designated scoots lanes can help, but are not always available. 'As micromobility vehicles become more embedded in our daily lives, understanding and addressing the safety challenges they pose is critical,' corresponding author Benjamin N. Breyer, MD, MAS, the Taube Family Distinguished Professor and chair of the UCSF Department of Urology, said on the UCSF website. 'By doing so, we can harness the full potential of micromobility to create more sustainable, healthy and safe urban environments.'

DoH, USCF and IGI Explore Establishing the World's first-of-their kind Centres for Genome Surgery
DoH, USCF and IGI Explore Establishing the World's first-of-their kind Centres for Genome Surgery

Yahoo

time3 days ago

  • Yahoo

DoH, USCF and IGI Explore Establishing the World's first-of-their kind Centres for Genome Surgery

On the sidelines of a high-level U.S. visit ABU DHABI, UAE, July 4, 2025 /PRNewswire/ -- The Department of Health – Abu Dhabi (DoH), the regulator of the healthcare sector in Abu Dhabi, has announced a landmark partnership with the University of California, San Francisco (UCSF) and the Innovative Genomics Institute (IGI) to explore the establishment of the world's first-of-their-kind centres for genome surgery in Abu Dhabi and California. Formalised during a strategic visit to the United States, the collaboration seeks to accelerate the Emirate's efforts to lead in genomic medicine and advance personalised genetic therapy, transforming the future of healthcare delivery for the global community. Genome surgery is an experimental medical technique aimed at modifying or replacing faulty genes within cells to treat or prevent diseases. This is achieved through personalised genetic therapies or by using advanced technologies such as CRISPR, which can be tailored specifically to each patient based on their unique genetic mutations. These new centres would enable the diagnosis and correction of severe genetic conditions as early as possible to improve outcomes. Leveraging CRISPR-based technologies, the Centres would offer customised, genome-guided interventions that have the potential to transform patient outcomes and redefine the future of healthcare. H.E. Dr. Noura Khamis Al Ghaithi, Undersecretary of the Department of Health – Abu Dhabi, commented: "This collaboration reflects Abu Dhabi's determination to pioneer real-world applications of advanced science. Partnering with UCSF and IGI, one of the world's most respected institutions in gene therapy, would accelerate our ability to integrate genome-guided care into our healthcare system, creating an unprecedented opportunity to correct genetic conditions early in life, prevent chronic disease progression and reduce long-term healthcare costs". By combining Abu Dhabi's state-of-the-art healthcare infrastructure and genomic data capabilities with UCSF's global leadership in pediatric and fetal therapy and IGI's cutting-edge research in gene editing, the partnership would drive the development and delivery of innovative, real-world solutions for patients with early-onset, severe, rare and inherited diseases. Dr. Tippi MacKenzie, Director of the UCSF Broad Stem Cell Center, at University of California, San Francisco (UCSF), said: "This is an extraordinary time to be in medicine, when we have the opportunity to develop life-saving therapies for patients with severe genetic conditions. We are excited by the possibility of developing mirrored programs that coalesce multidisciplinary expertise and link the myriad steps between diagnosing a genetic disease and developing and implementing a safe genome surgery strategy." The collaboration would also prioritise building national expertise by training a new generation of Emirati professionals in genomic surgery and clinical innovation. By intervening early in life-threatening or debilitating conditions, the initiative would build capacity to support families, reduce dependence on lifelong treatments, and ease pressure on the healthcare system, cementing Abu Dhabi's position as a global destination for advanced genomic care and life sciences innovation. Dr. Fyodor Urnov, Professor of Molecular Therapeutics at the University of California, Berkeley, and Director of the IGI-Danaher Beacon for CRISPR Cures, said: "This year marks a landmark achievement for science and medicine of a CRISPR gene-editing therapeutic designed and administered on-demand to an infant with a severe inborn error of metabolism in record time. The mission of the Innovative Genomics Institute as defined by its founder, Jennifer Doudna, winner of the 2020 Nobel Prize for CRISPR gene editing, is to make it the standard of medical care, no matter where such a child is born. The IGI's deep partnership with Danaher that made an enabling contribution to the on-demand gene edit earlier this year provides an outstanding technological and manufacturing foundation for scaling such therapeutic approaches. We are honored to partner with world-leading clinical expertise at UCSF to explore how we may ultimately expand CRISPR on demand to children living with severe genetic diseases in the UAE." This exploratory partnership aligns with Abu Dhabi's broader vision to embed genomics into public health and drive a shift toward personalised and preventive care. Central to this effort is the Emirati Genome Programme, which has sequenced over 800,000 genomes to date, to create one of the most diverse national databases globally. The programme has enabled key initiatives such as the national pharmacogenomics reporting system (PGx), with over 160,000 reports now available to help tailor treatment plans based on individual genetic profiles. Additional milestones include the integration of genetic testing into the Premarital Screening Programme, the launch of the Newborn Genetic Screening Programme, and the development of the Emirati Reference Genome platform. These efforts are supported by the upskilling of over 100 Emirati physicians in genomic medicine and counselling through advanced training initiatives, strengthening local expertise in this critical field. View original content: SOURCE The Department of Health - Abu Dhabi

Why biology is our most powerful technology
Why biology is our most powerful technology

Fast Company

time6 days ago

  • Fast Company

Why biology is our most powerful technology

Every living organism, from the simplest microbe to the tallest tree, contains a library of genetic information refined by billions of years of evolution. This biological data dwarfs even our most advanced digital systems. Nature has been running the ultimate machine learning experiment since life began, optimizing solutions for survival, efficiency, and adaptation at a scale we're only beginning to comprehend. What if, instead of replacing nature with machines, we could work with biological systems as collaborators? That's the promise of modern biotechnology. Nearly two decades ago, my lab-mate Alvin and I set out on what many considered an impossible quest. We were PhD students at UC Berkeley with a radical idea: What if we could apply emerging biological tools to awaken dormant capabilities in living systems that could work alongside farmers? The fertilizer problem While 78% of the air we breathe is nitrogen, plants can't access it directly. For millions of years, soil microbes solved this problem through nitrogen fixation, converting atmospheric nitrogen into plant food. But with the widespread use of synthetic fertilizers, many of these microbes went quiet. Their nitrogen-fixing abilities switched off. For years, farmers have been scattering fertilizer across their fields and hoping enough would reach their crops. Much of it didn't. It washed into rivers and streams, creating dead zones in our waterways. Alvin and I imagined a different approach: a living system that could work in partnership with farmers. Microbes that would live at crop roots and respond dynamically to each plant's needs. They would be tireless collaborators, optimizing nutrient delivery with a precision that comes from billions of years of co-evolution with plants. We collected soil samples from farms across the country, isolated promising microbes, and began gently reawakening their dormant nitrogen-fixing abilities and enhancing what nature had already perfected. One day in the lab as we peered into a test tube that contained a germinating corn seed. Our partner microbes had colonized the roots of the tiny plant, actively fixing nitrogen and sharing it with their host. That little plant, growing vigorously without any added fertilizer, was proof that we had succeeded. We hadn't created artificial life. We had awakened life's existing potential to work in harmony with human needs. Microbial revolution Today, these microbial partners work in the soil across millions of acres of farmland worldwide, helping farmers grow more food with less environmental impact. They've prevented over 1.3 million metric tons of greenhouse gas emissions since 2022 alone. They're part of a quiet revolution happening at the intersection of biology and human ingenuity. This revolution extends far beyond agriculture. Scientists have discovered and enhanced microbes that naturally break down oil spills in marine environments, partnering with these organisms to accelerate ocean healing. Others have found bacteria that can digest plastic waste, turning pollution into harmless byproducts—not through harsh chemicals, but through the same processes that nature uses to recycle organic matter. Researchers are developing living materials that can sense damage and repair themselves, inspired by how our own bodies heal. In medicine, we're seeing remarkable advances: bacteria that can detect cancer cells earlier than any machine, algae that produce life-saving drugs more efficiently than factories, and personalized therapies that work with our immune systems rather than against them. Each breakthrough represents a partnership between human creativity and nature's tested solutions. A reimagined relationship with the living world Just as AI amplifies human intelligence by learning from the data we've created, this new biological age amplifies human capability by collaborating with the wisdom encoded in life itself. But unlike AI, which we build from scratch, we're working with systems that have already solved many of our greatest challenges. We just need to learn their language. This is more than a technological shift; it's a fundamental reimagining of our relationship with the living world. For the first time in history, we can have a true dialogue with nature—not to dominate or control, but to collaborate and co-create. The choice isn't between nature and technology. It's about recognizing that nature is the most sophisticated technology we've ever encountered. And we're just beginning to learn how to work with it. In the biological realm, those partners have been here all along, waiting for us to learn their language. The future isn't about making biology more machine-like. It's about discovering that biology has always been more ingenious than any machine we could build.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store