Artificial Intelligence has suddenly gone from the fringes of science to being everywhere. So how did we get here? And where's this all heading? In this new series of Science Friction, we're finding out.
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Sisällön tarjoaa Drs. Melissa Boswell and Hannah O’Day, Drs. Melissa Boswell, and Hannah O’Day. Drs. Melissa Boswell and Hannah O’Day, Drs. Melissa Boswell, and Hannah O’Day tai sen podcast-alustan kumppani lataa ja toimittaa kaiken podcast-sisällön, mukaan lukien jaksot, grafiikat ja podcast-kuvaukset. Jos uskot jonkun käyttävän tekijänoikeudella suojattua teostasi ilman lupaasi, voit seurata tässä https://fi.player.fm/legal kuvattua prosessia.
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Episode 44: Skin Mechanics and Collaborative Friendships | Adrian Buganza Tepole and Manuel Rausch
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Manage episode 304068095 series 2105662
Sisällön tarjoaa Drs. Melissa Boswell and Hannah O’Day, Drs. Melissa Boswell, and Hannah O’Day. Drs. Melissa Boswell and Hannah O’Day, Drs. Melissa Boswell, and Hannah O’Day tai sen podcast-alustan kumppani lataa ja toimittaa kaiken podcast-sisällön, mukaan lukien jaksot, grafiikat ja podcast-kuvaukset. Jos uskot jonkun käyttävän tekijänoikeudella suojattua teostasi ilman lupaasi, voit seurata tässä https://fi.player.fm/legal kuvattua prosessia.
In this episode, we cover skin biomechanics! As our largest organ, the skin is an essential part of movement and a source of protection for our bodies. Learn about why studying skin biomechanics is so critical from Professors Manuel Rausch and Adrian Buganza Tepole, from UT Austin and Purdue University, respectively. They share how their expertise in modeling and experimental techniques support each other in understanding skin mechanics and applications to diseases and conditions affecting the skin, such as pressure ulcers. We also learn about what has made their cross-university collaboration (and friendship) so successful. Follow Adrian and Manuel! Manuel’s Twitter: @ManuelKRausch1 Manuel’s research lab: http://www.manuelrausch.com/ Adrian’s Twitter: @ABuganzaT Adrian’s research lab: https://engineering.purdue.edu/tepolelab/ Follow BOOM! Twitter: @biomechanicsOOM Instagram and Facebook: @biomechanicsonourminds Website and shop: biomechanicsonourminds.com Bit of BOOM: Song, et al. 2021. Miniaturized electromechanical devices for the characterization of the biomechanics of deep tissue. Nature Biomedical Engineering. 5: 759–771. (https://www.nature.com/articles/s41551-021-00723-y)
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136 jaksoa
MP3•Jakson koti
Manage episode 304068095 series 2105662
Sisällön tarjoaa Drs. Melissa Boswell and Hannah O’Day, Drs. Melissa Boswell, and Hannah O’Day. Drs. Melissa Boswell and Hannah O’Day, Drs. Melissa Boswell, and Hannah O’Day tai sen podcast-alustan kumppani lataa ja toimittaa kaiken podcast-sisällön, mukaan lukien jaksot, grafiikat ja podcast-kuvaukset. Jos uskot jonkun käyttävän tekijänoikeudella suojattua teostasi ilman lupaasi, voit seurata tässä https://fi.player.fm/legal kuvattua prosessia.
In this episode, we cover skin biomechanics! As our largest organ, the skin is an essential part of movement and a source of protection for our bodies. Learn about why studying skin biomechanics is so critical from Professors Manuel Rausch and Adrian Buganza Tepole, from UT Austin and Purdue University, respectively. They share how their expertise in modeling and experimental techniques support each other in understanding skin mechanics and applications to diseases and conditions affecting the skin, such as pressure ulcers. We also learn about what has made their cross-university collaboration (and friendship) so successful. Follow Adrian and Manuel! Manuel’s Twitter: @ManuelKRausch1 Manuel’s research lab: http://www.manuelrausch.com/ Adrian’s Twitter: @ABuganzaT Adrian’s research lab: https://engineering.purdue.edu/tepolelab/ Follow BOOM! Twitter: @biomechanicsOOM Instagram and Facebook: @biomechanicsonourminds Website and shop: biomechanicsonourminds.com Bit of BOOM: Song, et al. 2021. Miniaturized electromechanical devices for the characterization of the biomechanics of deep tissue. Nature Biomedical Engineering. 5: 759–771. (https://www.nature.com/articles/s41551-021-00723-y)
…
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