2018
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Young Lab part of $10.7 million DOE-funded study of diatoms for next-gen biofuels
Phaeodactylum tricornutum is a microscopic, single-celled algae with outsized potential. It is a leading contender to improve sustainable production of biodiesel and other products using seawater and carbon dioxide as raw materials. It captures and stores energy from light, grows quickly and contains a high proportion of lipids, which provide… Read MoreJan. 20, 2018
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Two engineering faculty members named as 2018 Chancellor Faculty Fellows
Phaeodactylum tricornutum is a microscopic, single-celled algae with outsized potential. It is a leading contender to improve sustainable production of biodiesel and other products using seawater and carbon dioxide as raw materials. It captures and stores energy from light, grows quickly and contains a high proportion of lipids, which provide… Read MoreJan. 18, 2018
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VUIIS team shows white matter has encoded neural activity
Phaeodactylum tricornutum is a microscopic, single-celled algae with outsized potential. It is a leading contender to improve sustainable production of biodiesel and other products using seawater and carbon dioxide as raw materials. It captures and stores energy from light, grows quickly and contains a high proportion of lipids, which provide… Read MoreJan. 18, 2018
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Weiss, Mahadevan-Jansen honored by OSA; Weiss also named SPIE Fellow
Phaeodactylum tricornutum is a microscopic, single-celled algae with outsized potential. It is a leading contender to improve sustainable production of biodiesel and other products using seawater and carbon dioxide as raw materials. It captures and stores energy from light, grows quickly and contains a high proportion of lipids, which provide… Read MoreJan. 17, 2018
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Vanderbilt helps launch TennSMART to accelerate intelligent mobility
Phaeodactylum tricornutum is a microscopic, single-celled algae with outsized potential. It is a leading contender to improve sustainable production of biodiesel and other products using seawater and carbon dioxide as raw materials. It captures and stores energy from light, grows quickly and contains a high proportion of lipids, which provide… Read MoreJan. 11, 2018
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MASI Lab and EnvoyAI to develop abdominal segmentation algorithms
Phaeodactylum tricornutum is a microscopic, single-celled algae with outsized potential. It is a leading contender to improve sustainable production of biodiesel and other products using seawater and carbon dioxide as raw materials. It captures and stores energy from light, grows quickly and contains a high proportion of lipids, which provide… Read MoreJan. 10, 2018
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New CE professor tapped for Gilbreth Lecture, named a top IoT innovator
Phaeodactylum tricornutum is a microscopic, single-celled algae with outsized potential. It is a leading contender to improve sustainable production of biodiesel and other products using seawater and carbon dioxide as raw materials. It captures and stores energy from light, grows quickly and contains a high proportion of lipids, which provide… Read MoreJan. 8, 2018
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Koutsoukos honored as an IEEE Fellow
Phaeodactylum tricornutum is a microscopic, single-celled algae with outsized potential. It is a leading contender to improve sustainable production of biodiesel and other products using seawater and carbon dioxide as raw materials. It captures and stores energy from light, grows quickly and contains a high proportion of lipids, which provide… Read MoreJan. 4, 2018