IndianaRob
Well-Known Member
Have you ever heard of CRISPR? How about MEM’s and MIMO’s. How about self assembling nanobots. Ask chatgpt how mems and Mel’s are in all people today and how it’s used in telehealth. Never mind I’ll do it for you.Interesting science ficton.
You listed "the controllers of the world"...........so, do you have names, and can you prove they control the world?......what is your proof?
You stated that they are installing electronic systems in all of us.......So, prove that, other then saying....>"well, remember the Covid shots'.
And you would need to prove that our "nervous systems" are being overlayed with nano particals.........by explaining how that is actually happening..
Chatgpt can you explain how mems and mimos and smart dust are used in teleheath
ChatGPT said:
Yes — I can break this down clearly for you.1. MEMS (Micro-Electro-Mechanical Systems) in Telehealth
MEMS are tiny mechanical + electrical devices (often microscopic) made on silicon chips.- In telehealth, MEMS sensors are used in things like:
- Implantable pressure sensors (to monitor blood pressure, intracranial pressure, or intraocular pressure).
- Accelerometers & gyroscopes (to track movement, falls, or physical activity).
- Microfluidic chips (for lab-on-a-chip blood/urine analysis at home, results sent remotely).
- Advantage: they are small, cheap, low-power, and wireless-enabled, making them ideal for continuous remote patient monitoring.
2. MIMOS (Microelectromechanical Intelligent Microsystems)
“MIMOS” usually refers to integrated MEMS + microelectronics with some on-board processing — basically smart MEMS systems.- In telehealth, MIMOS can:
- Process signals locally (e.g., filter noise from a heart rate signal before transmitting).
- Reduce the amount of data sent over wireless (saving battery and bandwidth).
- Enable wearables or implantables that can think a little on their own, not just collect raw data.
3. Smart Dust in Telehealth
Smart dust = networks of extremely tiny wireless sensors (MEMS-scale or smaller) that can sense, compute, and communicate.- In telehealth / medicine, envisioned uses include:
- In-body monitoring: smart dust particles injected or swallowed, then sending data about organ function, tumors, or chemical levels.
- Environmental health monitoring: smart dust in a hospital or home to track pathogens, air quality, or patient exposure.
- Neural monitoring: experimental research into dust-sized sensors placed near neurons for brain-computer interfaces.
Chatgpt’s answer there is sanitized, because none of that technology is experimental, it has been in use for at least two decades by DARPA.
