The current outbreak of Avian Influenza is killing wild birds that were unaffected by previous outbreaks, like bald eagles. Image Credit: Murray Foubister / Wikicommons The Idea The deadly H5N1 bird flu’s impact on both wild birds and poultry highlights the urgent need for a...
The current outbreak of Avian Influenza is killing wild birds that were unaffected by previous outbreaks, like bald eagles. Image Credit: Murray Foubister / Wikicommons The Idea The deadly...
The new self-powered thermoelectric generator device uses an ultra-broadband solar absorber (UBSA) to capture sunlight, which heats the generator. Simultaneously, another component called a planar...
The current outbreak of Avian Influenza is killing wild birds that were unaffected by previous outbreaks, like bald eagles. Image Credit: Murray Foubister / Wikicommons The Idea The deadly...
The new self-powered thermoelectric generator device uses an ultra-broadband solar absorber (UBSA) to capture sunlight, which heats the generator. Simultaneously...
The current outbreak of Avian Influenza is killing wild birds that were unaffected by previous outbreaks, like bald eagles. Image Credit: Murray Foubister / Wikicommons The Idea The deadly H5N1 bird flu’s impact on both wild birds and...
The new self-powered thermoelectric generator device uses an ultra-broadband solar absorber (UBSA) to capture sunlight, which heats the generator. Simultaneously, another component called a planar radiative cooling emitter (RCE) cools part of the...
The current outbreak of Avian Influenza is killing wild birds that were unaffected by previous outbreaks, like bald eagles. Image Credit: Murray Foubister / Wikicommons The Idea The deadly H5N1 bird flu’s impact on both wild birds and poultry highlights the urgent need for a...
The new self-powered thermoelectric generator device uses an ultra-broadband solar absorber (UBSA) to capture sunlight, which heats the generator. Simultaneously, another component called a planar radiative cooling emitter (RCE) cools part of the device by releasing heat. CREDIT: Haoyuan...
