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Frequently Asked Questions
The Utility-intertied Signal Generation & Transfer distributed an Extremely Low Frequency signal into localized areas of the city. Transmission was achieved by using and altering the electromagnetic field surrounding the power line network. The signal was inaudible and relied on passive bio-reception. A special portable electronic unit was designed to plug into the grid and automatically pattern the pulse-wave signal, distributing it using the electrical network's alternating current. These Conditioning Units were concentrated into five local areas within the city. A website journal generated feedback to review and record reactions. This project was hosted by Lampo, Chicago.
How do I know if I'm receiving the signal?
Check the local area map to see if your location is designated for reception.
Will the USG&T cost me anything?
The USG&T is free.
What is the "signal"?
The signal is an alteration of the EM field generated by power line and residential wiring using a pulse-wave signal.
How does the CU work?
The USG&T signal couples with the power line EM field and operates as bio-resonance through modulation. Signaling awareness may depend on individual sensitivity.
Do I need a CU to receive the signal?
The CUs generate the signal remotely. No equipment is required to receive the signal.
How many CUs are there?
Multiple CUs are distributed to selected areas for effective signal radiation.
Why can't I hear the signal?
The USG&T is modifying a magnetic field with an Extremely Low Frequency signal, which cannot be heard.
Is the USG&T carrier system dangerous?
The USG&T modifies an existing electrical grid and is as safe as the EM field generated by this network.
Can I make changes to the USG&T?
Responses by mail or email will be sorted and reviewed. Signal frequency changes may occur as response patterns dictate.
Can I read the USG&T Journal?
All entries into the Journal are private and reviewed by USG&T only.
Will writing to the Journal really make a difference?
Your entry into the Journal will be identified by keyword, labeled and filed into a permanent record. By reviewing Journal entries, USG&T can use this feedback to learn more about how the CU works and make changes, if necessary.
I would like to receive a stronger signal. Is this possible?
The signal strength is set in advance and cannot be changed. Signal strength can be increased by longer exposure or closer proximity to the wiring that carries the signal.
Check the local area map to see if your location is designated for reception.
Will the USG&T cost me anything?
The USG&T is free.
What is the "signal"?
The signal is an alteration of the EM field generated by power line and residential wiring using a pulse-wave signal.
How does the CU work?
The USG&T signal couples with the power line EM field and operates as bio-resonance through modulation. Signaling awareness may depend on individual sensitivity.
Do I need a CU to receive the signal?
The CUs generate the signal remotely. No equipment is required to receive the signal.
How many CUs are there?
Multiple CUs are distributed to selected areas for effective signal radiation.
Why can't I hear the signal?
The USG&T is modifying a magnetic field with an Extremely Low Frequency signal, which cannot be heard.
Is the USG&T carrier system dangerous?
The USG&T modifies an existing electrical grid and is as safe as the EM field generated by this network.
Can I make changes to the USG&T?
Responses by mail or email will be sorted and reviewed. Signal frequency changes may occur as response patterns dictate.
Can I read the USG&T Journal?
All entries into the Journal are private and reviewed by USG&T only.
Will writing to the Journal really make a difference?
Your entry into the Journal will be identified by keyword, labeled and filed into a permanent record. By reviewing Journal entries, USG&T can use this feedback to learn more about how the CU works and make changes, if necessary.
I would like to receive a stronger signal. Is this possible?
The signal strength is set in advance and cannot be changed. Signal strength can be increased by longer exposure or closer proximity to the wiring that carries the signal.