Archive
The Standard 28C64 Circuit Induces a Noisy End
An inquiry suggests it is past time to report that after four years of observing apparently random failures of Unimprinted Electrical Devices (UEDs) and Intention-Imprinted Electrical Devices (IIEDs) in 2010 this lab indeed discerned why all conventional Ally-type designs eventually become inert.
Surveying the Atmel data sheet, one reads that a Software Data Protection (SDP) lock is invokable via a specific code sequence that makes the memory unchangeable. As an early-generation device, this mechanism was useful if not necessary to prevent data corruption during power-on/off cycles.
This problem I have patiently observed over several years with concern and caution, of time and again seeing these cells die (meaning they objectively test as a FAILED device), is explained by the SDP sequence being triggered by noise. When this happens, the cell’s sensitive CMOS transistors can no longer adapt to intentional nor environmental conditioning.
Unfortunately, it becomes statistically inevitable that all conventional Ally-type designs ever offered will eventually become latched and unresponsive due to noise triggering the SDP lock. That is why I have recalled the SC30/PS30 and its variants from general sales.
To really know what is going on, you must regularly monitor these chips with an EEPROM reader, or work closely with us to periodically ensure that your cells are still electronically ‘alive.’ Any lesser practice is seriously uninformed; guaranteeing that the device without indication decays into a rock-like placebo.
Following our conservative, methodical, finely-researched course regardless of any impact on sales is how we maintain our bearing: Credibility pursuing Incredibility.
Here is SJL’s psi patent application in official form. Always good to see. (However there is a non-trivial typographical omission where paragraph 16 meets 17. Be assured it will be handled.)
Emotion Detection Technology
As emotion detection technology became more widely discussed in the press, this process became a key validation for our claims about our own emotion detection technology. In brief, the images collected show specific, coherent harmonic waveforms embedded in the three parallel sensors created for our hands-off emotion detection technology. The waveforms are unique to the time and place, and indicate the degree of residual subtle energy in the measured space.
![20061230 9+8+5 [1538]](https://i0.wp.com/www.jungleib.com/wp-content/gallery/2005%20SJL/20101020B%20UED%20Waves%20Discovered/20061230%209%2B8%2B5%20%5B1538%5D.jpg?w=640&ssl=1)
Psychoenergetics
Disagreeing with virtually all popular approaches to Psychoenergetics, SJL’s objective and promising empirical research insists that the way forward lies through Invention, not Intention. We have devoted substantial effort to removing the objectionable “woo-woo” often accompanying psychoenergetics, giving it a reputation as a pseudo-science. Indeed, there are very few psychoenergetic technologies that have run our gauntlet of several peer-reviewed papers, the construction of a series of instruments, culminating in the 2013 grant of what may be the first patent in the field of psychoenergetics. This lecture series introduces its key concepts.
Deep thanks to Jeff Esssex of Audiosyncracy for dialog, critique, video editing and production.
