More than 400,000 children and adolescents will be diagnosed with cancer worldwide this year. Many treatments that are meant to save a child can leave them with lifelong side-effects, including heart damage, infertility and cognitive issues. But for the first time, precision medicine is using the tiniest tools – nanoparticles – to design tailor-made treatments to beat childhood cancer. 

Tune in to learn how precision medicine is changing the odds in the fight against childhood cancer with Professor Maria Kavallaris AM, a researcher whose own cancer diagnosis occurred at the same time as a career-changing opportunity to join the Children's Cancer Institute.

More than 400,000 children and adolescents will be diagnosed with cancer worldwide this year. Many treatments that are meant to save a child can leave them with lifelong side-effects, including heart damage, infertility and cognitive issues. But for the first time, precision medicine is using the tiniest tools &ndash; nanoparticles &ndash; to design tailor-made treatments to beat childhood cancer.&nbsp;
Tune in to learn how precision medicine is changing the odds in the fight against childhood cancer with Professor Maria Kavallaris AM, a researcher whose own cancer diagnosis occurred at the same time as a career-changing opportunity to join the Children's Cancer Institute.

An initiative of UNSW Sydney, the Centre for Ideas is a thought-provoking program of events and digital content from the globe's leading thinkers, authors and artists.

An initiative of UNSW Sydney, the Centre for Ideas is a thought-provoking program of events and digital content from the globe's leading thinkers, authors and artists.

UNSW Centre for Ideas

An initiative of UNSW Sydney, the Centre for Idea…

UNSW Centre for Ideas | All Episodes

One Big Idea program luminaries had no more than ten minutes to share how one concept in their field of expertise could revolutionise life on earth. You might be surprised what this curious, insightful group of experts can do with a spotlit stage and a single prompt; what if? 

Get inside the whip-smart minds of the people whose job it is to make the world a better place. From the impact of nanotechnology on cancer treatments to supporting ocean environments with urban engineering to the power of radical acts of kindness. Either watch their talks or listen to the podcast with Benjamin Law as he digs deeper into the lives of the people behind the big ideas.

One Big Idea&nbsp;program luminaries had no more than ten minutes to share how one concept in their field of expertise could revolutionise life on earth. You might be surprised what this curious, insightful group of experts can do with a spotlit stage and a single prompt; what if?&nbsp;
Get inside the whip-smart minds of the people whose job it is to make the world a better place. From the impact of nanotechnology on cancer treatments to supporting ocean environments with urban engineering to the power of radical acts of kindness. Either watch their talks or listen to the podcast with Benjamin Law as he digs deeper into the lives of the people behind the big ideas.

One Big Idea

Tailor-Made Childhood Cancer Treatments with Professor Maria Kavallaris AM | One Big Idea

As natural disasters increase in frequency and severity, we are all at risk of one day having our homes and our lives being in danger from fire or flood. Right now, we are seeing an unprecedented level of people needing rescue in the midst of disaster. But rescue shouldn’t just be after the point of no return, when people must evacuate their homes because hazardous conditions overwhelm communities. 

Listen to Dr Regina Jefferies, a human rights and refugee lawyer, on how recognising the broad scope of who tends to be a first responder in a disaster, and what it means to truly save people, could offer a fairer, kinder chance of rescue.

As natural disasters increase in frequency and severity, we are all at risk of one day having our homes and our lives being in danger from fire or flood. Right now, we are seeing an unprecedented level of people needing rescue in the midst of disaster. But rescue shouldn&rsquo;t just be after the point of no return, when people must evacuate their homes because hazardous conditions overwhelm communities.&nbsp;
Listen to Dr Regina Jefferies, a human rights and refugee lawyer, on how recognising the broad scope of who tends to be a first responder in a disaster, and what it means to truly save people, could offer a fairer, kinder chance of rescue.

Reframing Rescue with Communities at the Heart with Dr Regina Jefferies | One Big Idea

Our coastal marine habitats are suffering from the man-made degradation of climate change. From coral reefs to seagrass meadows, oyster reefs and kelp forests, these ecosystems are vital nurseries for marine life and natural coastal buffers against storms and we’re losing them at a rapid pace. But all is not lost. We have the tools and the know-how to restore these environments.  

Tune in to learn from Ann Flemming Nielsen, a PhD student at the Centre for Marine Science and Innovation, on how we can use human engineering to build back the coastal environments in severe decline and give nature a chance to recover.

Our coastal marine habitats are suffering from the man-made degradation of climate change. From coral reefs to seagrass meadows, oyster reefs and kelp forests, these ecosystems are vital nurseries for marine life and natural coastal buffers against storms and we&rsquo;re losing them at a rapid pace. But all is not lost. We have the tools and the know-how to restore these environments. &nbsp;
Tune in to learn from Ann Flemming Nielsen, a PhD student at the Centre for Marine Science and Innovation, on how we can use human engineering to build back the coastal environments in severe decline and give nature a chance to recover.

Grand Designs for our Oceans' Habitats with Ann Flemming Nielsen | One Big Idea

Light has unlocked many technologies over the course of human history. The more we learn about what light is and what it can do, the more applications we find to advance our lives. When we study light at the smallest scale possible, at the atomic level, we can unlock some pretty amazing, pretty weird capabilities. 

Find out from Dr Alison Goldingay, an award-winning Postdoctoral Fellow at UNSW in the School of Physics, about how the study of light is making quantum computing a reality.

Light has unlocked many technologies over the course of human history. The more we learn about what light is and what it can do, the more applications we find to advance our lives. When we study light at the smallest scale possible, at the atomic level, we can unlock some pretty amazing, pretty weird capabilities.&nbsp;
Find out from Dr Alison Goldingay, an award-winning Postdoctoral Fellow at UNSW in the School of Physics, about how the study of light is making quantum computing a reality.

Tailor-Made Childhood Cancer Treatments with Professor Maria Kavallaris AM | One Big Idea

UNSW Centre for Ideas | All Episodes

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