Smallest injectable chip ever hints at the new cyber medicine

Are you ready for this new chip that can be implanted into your body via a hypodermic needle to infuse your internal body temperature, among other things, via ultrasound? The people behind these types of technological “breakthroughs” may have good intentions, but they help pave the way for a growing biomedical security situation where everyone is digitally connected to a surveillance / control network via technology implanted inside your body. The mainstream media and their fact-checking army will say this is a conspiracy theory, but this is a development In addition to many others In existence proves that this is a fact, not a theory! – Truth Unmuted editor Jesse Smith

(Interesting geometryElectronics has become imperceptibly small, opening new avenues for medical technology to place advanced monitoring and treatment devices inside our bodies. Columbia University engineers demonstrated a new and revolutionary version of this, creating the world’s smallest single-chip system ever developed, according to a recent study. Published in the journal Science Advances.

Most importantly, the new small flap can be implanted via a hypodermic needle to measure internal body temperature, and possibly much more.

A small computer chip was implanted in seven mice simultaneously

The implant that engineers created in Colombia is unprecedentedly small, but it also breaks new ground in existence simply as a fully functional electronic circuit with a total volume of less than 0.1 cubic millimeters. In other words, it’s the size of a dust mite, not to mention much smaller than it is The smallest computer in the worldIt is a cube shaped device with a precision of 0.01 inch (0.3 mm) on each side. The new, smaller chip can only be seen with a microscope, and it has driven the envelope in energy source design and communications prowess.

Small electronics usually feature radio frequency (RF) units that are able to send and receive electromagnetic signals, and this method generates wavelengths that are too large to arise from small devices such as new devices. Instead, ultrasound wavelengths are much smaller at certain frequencies because the speed of sound is much slower than the speed of light at which all electromagnetic waves move. Thus, the team of engineers in Colombia has integrated a piezoelectric transducer capable of acting like an “antenna” for wireless communication and operation of ultrasound.

When combined with a low-power temperature sensor to convert the chip into a real-time temperature probe, the device has the ability to monitor body temperature in addition to small temperature differences associated with the therapeutic use of ultrasound. In the study, implant validation was performed on live mice, in which ultrasound nerve stimulation was used. This involved growing up to seven mice at once by intramuscular injection.

The injectable chip could act as an “early warning” system against future outbreaks

These tiny chips can also be implanted into the human body, and then deliver the measured information and data wirelessly through ultrasound. Since the device is standing, it can only measure body temperature, but ultimately it can also monitor respiratory function, glucose levels, and blood pressure. Ken Shepherd, head of the Columbia Study, said V. Report from New Atlas. “This is a new idea of ​​a” chip as system “- this is a chip on its own, without anything else, a fully functional electronic system.”

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Written by Joseph

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