BLUE BEAM FOUND CRT
Blue Beams found inside CRT TV Monitor in Back of Carlos, Singer of Lyrical Assassins with other lyricists playing live in Studio located in Phoenix Arizona. Key observations:
1. Carlos is wearing a 07 jersey performing on mic while the TV monitor is going crazy bouncing accelerated phosphor beams across the inside of the CRT screen. It’s not Scanned repeatedly and systematically in a fixed pattern called by a Raster Scan.
I’ve never seen a TV act so strange with electron beams firing so fast in chaotic ways. High Strange appliance’s. The activity is short as camera pans over to each member performing but it caught my attention. (SHADOW MASK INSIDE) Glass conductive coating phosphorescent screen MISSING. Electrons bouncing with WILD ACTIVITY. High Strange.
TV’s are typically progressive Scan interlace and this beam had no control. in this CRT it’s a raster scan, an image is subdivided into a sequence of (usually horizontal) strips known as ”scan lines”. Each scan line can be transmitted in the form of an analog signal as it is read from the video source, as in television systems, or can be further divided into discrete pixels for processing in a computer system. This ordering of pixels by rows is known as raster order, or raster scan order. Analog television has discrete scan lines (discrete vertical resolution), but does not have discrete pixels (horizontal resolution) – it instead varies the signal continuously over the scan line. Thus, while the number of scan lines (vertical resolution) is unambiguously defined, the horizontal resolution is more approximate, according to how quickly the signal can change over the course of the scan line.
In raster scanning, the beam sweeps horizontally left-to-right at a steady rate, then blanks and rapidly moves back to the left, where it turns back on and sweeps out the next line. During this time, the vertical position is also steadily increasing (downward), but much more slowly – there is one vertical sweep per image frame, but one horizontal sweep per line of resolution. Thus each scan line is sloped slightly “downhill” (towards the lower right), with a slope of approximately –1/horizontal resolution, while the sweep back to the left (retrace) is significantly faster than the forward scan, and essentially horizontal. The resulting tilt in the scan lines is very small, and is dwarfed in effect by screen convexity and other modest geometrical imperfections.
There is a misconception that once a scan line is complete, a cathode-ray tube (CRT) display in effect suddenly jumps internally, by analogy with a typewriter or printer’s paper advance or line feed, before creating the next scan line. As discussed above, this does not exactly happen: the vertical sweep continues at a steady rate over a scan line, creating a small tilt. Steady-rate sweep is done, instead of a stairstep of advancing every row, because steps are hard to implement technically, while steady-rate is much easier. The resulting tilt is compensated in most CRTs by the tilt and parallelogram adjustments, which impose a small vertical deflection as the beam sweeps across the screen. When properly adjusted, this deflection exactly cancels the downward slope of the scanlines. The horizontal retrace, in turn, slants smoothly downward as the tilt deflection is removed; there’s no jump at either end of the retrace. In detail, scanning of CRTs is performed by magnetic deflection, by changing the current in the coils of the deflection yoke. Rapidly changing the deflection (a jump) requires a voltage spike to be applied to the yoke, and the deflection can only react as fast as the inductance and spike magnitude permit. Electronically, the inductance of the deflection yoke’s vertical windings is relatively high, and thus the current in the yoke, and therefore the vertical part of the magnetic deflection field, can change only slowly.
In fact, spikes do occur, both horizontally and vertically, and the corresponding horizontal blanking interval and vertical blanking interval give the deflection currents settle time to retrace and settle to their new value. This happens during the blanking interval.
In electronics, these (usually steady-rate) movements of the beam[s] are called “sweeps”, and the circuits that create the currents for the deflection yoke (or voltages for the horizontal deflection plates in an oscilloscope) are called the sweep circuits. These create a sawtooth wave: steady movement across the screen, then a typically rapid move back to the other side, and likewise for the vertical sweep.
Furthermore, wide-deflection-angle CRTs need horizontal sweeps with current that changes proportionally faster toward the center, because the center of the screen is closer to the deflection yoke than the edges. A linear change in current would swing the beams at a constant rate angularly; this would cause horizontal compression toward the center.
2. TAPE 053 was non labeled (White) and not reported in journal with any observation of recorded Timecode. Instead an art picture of Trump was drawn over page. The Title of Tape wan also not documented and it’s Title was: Lyrical Assassins Live in Phoenix.
3. Carlos’s Jersey has the number 07. Trumps attempted assassination event occurred in July 2024. There’s some Time synchronicities.
4. Adding elements back to the equation of time, This video was never processed, digitalized or added to the social algorithm online. remains non existent to the world of artificial intelligent machine learning application channels.
5. My Time machine incident taking apart CRT monitors, Microwaves, Radio and cameras inventing from my dads trailer occurred in 2004. This is a CRT monitor saved in historic non published archives of analog TAPE Reel that was erased in todays time via mass broadcast emergency standard updates to CRT/LCD (digital). sometime around 2005. This could be unknown elements now added to the equation of quantum superposition multiple dimensional artificial realities, Wave particle duality, Quantum theory, Quantum entanglement, slit scan particle interface, and parallel universes/space time. Notes on my memory stone can be found: https://www.josephsignaturearts.com/the-tape-extraction-project#420
Live Video can be found here: https://youtu.be/UVC9nNAIrN4?si=pcXi0BxKx0QcPKw0
