With laser pulsed algorithms generated by ? your computer ? Broadband, WiFi, your alarm clock?
Turn them on, tune them in, and I suppose they could be manipulated, causing you drop out if desired…
It’s way more advanced than this…
PERCUTANEOUS BIOSENSORS!
Alfred Mann Institute – Sencils
http://64.233.169.104/search?q=cache:rL-wnIrfjaEJ:ami.usc.edu/projects/ami/projects/sencil/+percutaneous+optical+biosensor&hl=en&ct=clnk&cd=10&gl=us&ie=UTF-8
CHECK OUT THE “HAIR PHOTO”
http://www.wipo.int/pctdb/en/wo.jsp?WO=2005%2F094285&IA=WO2005%2F094285&DISPLAY=DESC
Probing human skin as an information-rich smart biological interface using MEMS sensors
Shekhar Bhansali ~
Abstract
This paper describes our approach of studying the dynamic, information rich, molecular structure of the ultimate smart interface — human skin — by coupling the advances in biological, microsystems, and information technology. The outer layer of human skin, the stratum corneum is a biologically complex thin film that has unique molecular mechanisms that allow it to function simultaneously as a structural and as a perceptual interface. It is continuously ‘sampled’ by the brain in terms of visual, tactile, and olfactory cues. It interfaces the organism with its environment and has unique micro/nano architecture from an engineering standpoint, e.g. it simultaneously retains and uses water to plasticize the membrane for flexibility.
This paper focuses on the development of a sampling interface and MEMS components for a freestanding, multifunctional, multimode, microfluidics-based sensor system for real time physiological monitoring. This research will enable us to gain an insight into the functioning of the human at a fundamental level (from cellular to population) that has not been possible before.
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Next level?
Self-assembling probes that you grow yourself? “Novel” concept, don’t you think?
Sing off-key, and chant.
Mm