The Los Alamos National Laboratory sits at the top of a mountain range in the high desert of northern New Mexico. It is a long, steep drive to get there from the capital city of Santa Fe, through the Tesuque Indian Reservation, over the Rio Grande, and into the Santa Fe National Forest. I am headed to the laboratory of Dr. Garrett T. Kenyon, whose program falls under the rubric of synthetic cognition, an attempt to build an artificial brain.
27-10-2015
Nuclear-Powered Transponder for Cyborg Insect
Spectrum
10 December 2009—This week at the International Electron Devices Meeting (IEDM), in Baltimore, Md., Cornell University engineers presented research that shows progress in powering cybernetic organisms with a radioactive fuel source.
Electrical engineering associate professor Amit Lal and graduate student Steven Tin presented a prototype microelectromechanical systems (MEMS) transmitter—an RF-emitting device powered by a radioactive source with a half-life of 12 years, meaning that it could operate autonomously for decades. The researchers think the new RFID transmitter, which produces a 5-milliwatt, 10-microsecond-long, 100-megahertz radio-frequency pulse, could lead to the widespread use of radioisotope power sources.
10 December 2009—This week at the International Electron Devices Meeting (IEDM), in Baltimore, Md., Cornell University engineers presented research that shows progress in powering cybernetic organisms with a radioactive fuel source.
Electrical engineering associate professor Amit Lal and graduate student Steven Tin presented a prototype microelectromechanical systems (MEMS) transmitter—an RF-emitting device powered by a radioactive source with a half-life of 12 years, meaning that it could operate autonomously for decades. The researchers think the new RFID transmitter, which produces a 5-milliwatt, 10-microsecond-long, 100-megahertz radio-frequency pulse, could lead to the widespread use of radioisotope power sources.
Chinese firm makes world's first 3D blood vessel bio-printer
Times of India
BEIJING: A Chinese biotechnological company announced that it has developed the world's first 3D blood vessel bio-printer, which makes it possible to produce personalized functional organs, the media reported.
Sichuan Revotek, based in Chengdu, said the significant breakthrough has been achieved through its self-developed stem cell bio-ink technology, 3D bio-printer and cloud computing platform, the China Daily reported.
BEIJING: A Chinese biotechnological company announced that it has developed the world's first 3D blood vessel bio-printer, which makes it possible to produce personalized functional organs, the media reported.
Sichuan Revotek, based in Chengdu, said the significant breakthrough has been achieved through its self-developed stem cell bio-ink technology, 3D bio-printer and cloud computing platform, the China Daily reported.
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