The pyramids are the amplifiers on the buried motherboard.

GothLine is Goth plus Line: a named line through the pyramid’s chambers, shafts, and surveys.

The ankh is Rue’s personal mark, worn since 2000, not stock goth imagery.

Gothline.com has been theirs since 2004. They lost it once, for about ten years, to a Chinese company that squatted the name and tried to sell it back.

Press and partnership mail for the atlas goes to hello@gothline.com and delivers to Rue only.

An underground circuit runs under the ground.

In this lore, these structures are the probes.

The whole is a large motherboard of capacitors and amplifiers.

The other pyramid sites have the same thing under them.

The labyrinth is the CPU.

On the north face, in the 19th course, the original entrance sits about 17 m above the base and 7.9 m east of the centreline, under double chevrons.

Today’s visitors enter by the 9th-century robbers’ tunnel below the original door, not by the chevron entrance.

The descending passage is about 1.0 m wide and 1.2 m high, sloping at 26°26′46″, in Dormion’s 2004 figures.

It runs about 28 m to the junction with the ascending passage, then about 72 m through bedrock, plus 8.84 m horizontal to the lower chamber, after Maragioglio and Rinaldi.

The subterranean chamber is cut into bedrock about 27 m below the base, 14.1 m east–west by 8.4 m north–south and about 4 m high.

The pit’s ancient top was about 2 m square and 1.5 m deep. Vyse deepened it to about 15 m in 1837.

A blind corridor runs south from the subterranean chamber for about 11 m plus 5.4 m.

The ascending passage rises at 26°6′ for 39.3 m, or 75 cubits, in Dormion 2004.

Three granite plugs still seal the lower end: 1.57 m, 1.67 m, and 1.0 m, the top one damaged.

Three girdle stones sit around the ascending passage near its middle, about 10 cubits apart.

The Queen’s Chamber is limestone, 5.8 m east–west by 5.2 m north–south, with a gabled roof whose apex is 6.3 m high.

The corbelled niche in the east wall is 4.7 m high and was originally about 1.0 m deep.

The horizontal passage is 1.0 m wide and 1.17 m high. Near the chamber a step raises the height to 1.68 m. The depth of the step is not stated in the sources used here.

Salt crust has been reported on the walls of the Queen’s Chamber.

Two shafts about 20 by 20 cm, climbing at roughly 39 to 40 degrees, stopped short of the Queen’s Chamber walls until Waynman Dixon cut through in 1872.

The north shaft from the Queen’s Chamber bends to get around the Grand Gallery.

In 1993 the robot Upuaut-2 found the south door, a thin limestone slab with two copper pins.

In 2002 Pyramid Rover drilled a hole about 19 mm wide and saw a second, rougher stone about 18 cm behind the south door.

Pyramid Rover reached a matching door with copper fittings in the north shaft, about 63 to 65 m from the chamber, and did not drill it.

In 2011 the Djedi robot’s camera showed the pins bend back into loops about 3 mm across, on a polished rear face, with red ochre in the gap.

A mainstream reading treats the pins as handles or symbolic fittings. The Djedi team said the loops look too small to be handles.

The red ochre figures are most likely masons’ or work-gang marks, which are common at Giza.

A stone step about 0.9 m tall stands at the top of the Grand Gallery before the low passage into the antechamber.

A rough shaft drops about 50 m from the foot of the Gallery toward the lower descending passage: 8 m vertical, then angled, past the Grotto, then 26.5 m at about 45 degrees, 9.5 m steeper, and 2.6 m nearly horizontal.

The Grotto, a natural cave on the well shaft, holds a granite block that probably came from a portcullis.

A small granite-lined room just before the King’s Chamber has slots for three portcullis slabs.

The King’s Chamber is red Aswan granite, 10.5 m east–west by 5.2 m north–south, 20 by 10 cubits, with a flat ceiling 5.8 m high.

The ceiling is nine slabs weighing about 400 tons in total.

The roof beams are cracked because the chamber settled by 2.5 to 5 cm, after Maragioglio and Rinaldi.

The granite coffer is too large to pass through the passages, so it was placed before the roof went on.

The coffer is one hollowed block, about 228 by 98 cm outside and 105 cm high, 198 by 68 cm inside, walls about 15 cm thick, with grooves for a lid.

Both King’s Chamber shafts leave about 0.91 m above the floor and 2.5 m from the east wall, then climb. The south shaft rises at about 45 degrees. Both now open to the outside.

Five low compartments are stacked over the King’s Chamber, with granite beams for floors and ceilings.

Painted gang marks inside the relieving chambers name Khufu’s work crews.

A gable of large limestone blocks sits over Campbell’s Chamber, the top relieving chamber.

No chamber has been detected above Campbell’s Chamber.

The capstone is lost. The top today is a platform about 139 m up. The original peak stood at about 146.6 m.

Muon imaging in 2017 found a void at least 30 m long above the Grand Gallery. Its shape and purpose are unknown.

The North Face Corridor is about 9 m long and about 2 by 2 m, behind the chevrons. It was detected in 2016 and seen with an endoscope in 2023.

The outer shell was fine white Tura limestone. Most of it was stripped after medieval earthquakes. A few blocks survive at the base.

In 2025 Biondi, Malanga and colleagues claimed radar showed shafts and chambers more than 600 m under Khafre’s pyramid. That claim was not peer reviewed, and radar experts dispute it. It is not used here as the underground circuit.

In the air reading the shafts carry only air, so there is no chemical feed. Output in that reading is low. Many Egyptologists instead call them symbolic star shafts.

In the product-feed reading, material comes through the Queen’s Chamber shafts and the King’s Chamber shafts act as outlets. That is the strongest of the three flow readings.

In the port reading the doors open and close in pulses, so the feed is metered. It flows a little less than product feed and runs smoother.

The mechanical reading treats the granite plugs as a check between the lower ground loop and the upper works. That is an interpretation, not a surveyed valve.

The mechanical reading treats the Queen’s Chamber niche as a mixing bay and the floor step as a liquid trap. The salt and the dimensions are separate records.

The corbels are read as baffles or resonator plates, and the ramp slots as mounts, following Dunn’s Helmholtz idea. That remains a reading.

In the working model the granite coffer is the core vessel in the King’s Chamber. The cracks and the weight of the ceiling are a different, measured fact.

The model reads each layer of relieving beams as a plate stepping pressure upward. Their surveyed job in the building literature is to carry load.

Splitting water takes about 286 kJ per mole, and recombination gives the same 286 kJ back. The cycle cannot come out ahead unless an outside source pays for the split. No hydrogen residue has been found.

Piezoelectric output from quartz in the granite is treated as negligible because the grains point at random and their charges cancel. A static load gives a one-off charge that leaks away.

The piezoelectric sketch exposes an assumed microseismic rate of 0.2 Hz and a strain amplitude of 1 nε. Those are dials, not measurements of the pyramid. Grain cancellation is a heuristic, not a measured output.

Sasaoka and Ikeya’s 1998 lab work on a granite sample found an effective coefficient about three orders below single-crystal quartz. The pyramid’s own stone response has not been measured.

The ideal cavity figure uses the King’s Chamber length and height and comes out near 29.5 MHz only if the walls were perfect conductors. It is a reference, not a measured resonance in the stone.

Granite is a lossy dielectric. The walls would let most of a radio field soak into the stone, so a real mode would be shifted, weak, and broad, or might not form. No metal lining has been found.

The Grand Gallery and the granite room have real acoustic modes. Resonance stores energy and raises the sound level. It never adds power: output equals driver input minus what the walls absorb.

Stack draft through the shafts is a real ventilation effect, a few watts at most, paid for by the sun and the outside air. It is useless as a power source.

Balezin and colleagues, Journal of Applied Physics, 2018, modelled the pyramid as a passive scatterer. At wavelengths of about 200 to 600 m it concentrates incoming radio in the chambers and below the base. It generates none.

Earth heat flows through the base, and a perfect heat engine could turn a few percent of it into work. No such engine has been found. Telluric currents in the same note are negligible.

Question A asks whether the building could harvest enough natural energy to run an electrical system. On these sums, no source capable of substantial power has been identified.

Question B asks whether the geometry could be part of a resonant transfer system if something outside powered it. That is the version that fits Tesla. No external source, conductor, coil, or lining has been found, so it is untested rather than ruled out.

Tesla is a comparison for high-frequency circuits, resonance, grounded conductors, and proposed wireless systems. The comparison is not proof the pyramid was electrical. No direct historical link to Khufu’s pyramid has been established.

US 645,576 is Tesla’s patent for apparatus producing electric currents of high frequency and potential. It documents a proposed circuit. It is not a drawing of the chambers or the shafts.

US 787,412 is Tesla’s art of transmitting electrical energy through natural media, including the claim that the Earth’s diameter should be an odd multiple of the quarter wavelength. It is his proposal, checked against the patent text.

Wardenclyffe was powered by a coal-fired 200 kW Westinghouse generator. It never became operational and was abandoned in 1906. It did not become a global wireless power network.

In the 1923 foreclosure testimony Tesla said he pushed sixteen iron pipes about three hundred feet to grip the earth. That sentence is about Wardenclyffe. No such coil or pipe run has been found in the pyramid.

The Earth–ionosphere cavity resonates near 7.83, 14.1, 20.3, 26.3, and 32.5 Hz. That is a measured geophysical fact. It is not a reading taken inside the chambers.

No conductor, coil, or metal lining of the kind a Tesla transfer system would need has been found in the building. The shapes can be compared. The link stays untested.

In the atlas model, four shaft-to-star errors fall under about half a degree near 2450 BC, in the neighborhood of Trimble 1964 and Bauval and Gilbert. The angles are round values, so the date is about plus or minus one or two centuries. The stage adds no watts.

In the same model the south shafts point within about a degree of Alnitak and Sirius at transit around 2450 BC, close to Khufu’s reign. That is a correlation check, not a measured transmission.

Krupp’s critique is that the Orion map fits only if the sky is flipped or rotated, which puts north on the ground at south in the sky. The atlas keeps that objection beside the correlation.

The shafts bend and rise in steps, so no single angle describes them. The north shaft’s exact angles were not found in the primary sources used here.

Precession moves each star, so with four shafts some date will always look close. The atlas states that limit next to the half-degree result.

The model follows published surveys, scans, and archaeological descriptions. It does not claim a surviving Egyptian master drawing. UCL notes that surviving plans appear to record existing features rather than serve as construction drawings.

Surveyed figures are listed with sources. Inches are converted at 25.4 mm. Most numbers come via the Wikipedia article citing Petrie, Maragioglio and Rinaldi, Dormion, and Lehner. Petrie’s 1883 text was not opened online. Unsourced cells stay marked unknown.

The measurement note gives a mean side error of 58 mm. Glen Dash’s 2015 survey figures were not retrieved and are marked unknown here.

John and Morton Edgar published their Passage System chart of the Great Pyramid in June–July 1909, from their survey trip. The atlas points at that colour chart. It does not treat the chart as a machine drawing.

The Edgars measured in pyramid inches, the unit Piazzi Smyth defined as about 1.001 British inches. That conversion is his definition, not a surveyed fact, and it was not checked here against a primary source.

Banister Fletcher’s plate shows a section through the King’s Chamber and five relieving chambers, with the chamber about 17 ft wide and 19 ft high and the pyramid’s height as 480 ft, in his labels.

The same plate’s figure of rockers shows wooden cradles rocked on wedges to raise a block a little at a time. The atlas cites that as one proposed lifting method, alongside ramps and levers.

Fletcher’s mastaba plate shows a low bench, a chapel, a serdab, and one shaft to a single burial room. The Great Pyramid’s extra sealed shafts and stacked rooms are a different plan.

Rue’s point is that a burial is normally a room, while this building has seals, gates, sealed shafts, stacked compartments, and junctions. The mainstream account is security, structure, and ritual. The machine reading calls the extra parts a process. Inscriptions, the papyri, and the workers’ town back the mainstream view. The machine view has no physical evidence yet.

The Diary of Merer, in the Wadi al-Jarf papyri, logs limestone brought to Giza for Khufu. That is a building record, not a machine log.

A persuasive machine account would need a testable input and output, a complete energy balance, materials evidence that fits, and results others can reproduce. The calculations test assumptions. They do not show what the builders intended.

The proposal reads the real building as intake, mixing, excitation or resonance, compression, collection, and emission. Each chamber or passage is given a suggested job. The jobs are not established.

The atlas labels a note RECORD when it is measured or attested, MODEL when it is a mechanical reading, OPEN when it is uncertain, and LORE when it is world-building rather than historical proof.

The reader path on gothline.com is four words: the structure, the mechanism, the calculations, the evidence. That is the order of the KUFU GothLine atlas, not a fifth claim.

The cross-section uses approximate published dimensions. One reading is architectural. The other is mechanical. Dashed outlines are hypothetical. The physics on that drawing is illustrative and has not been measured.

Every stage in the working sums takes energy from outside: a driver, electricity, the sun, radio, or the Earth’s heat. The structure can shape and redirect energy. It does not create it.

In Rue’s story the gate ran on gold, with vaults as a battery and a gilded pyramidion as a terminal. No gold vault, gold residue, or wiring has been found in the Great Pyramid. The Anunnaki mining tale comes from Zecharia Sitchin and is not accepted by Assyriologists. This card is lore.

In Rue’s story the Curators are a quiet order keeping a burial tale as a cover. They are fiction, written for the story. No real person or group is meant.

Dunn’s scorch marks and chemical traces are disputed, and no lab results are published in this atlas. No hydrogen-making residue and no resonator hardware has been reported found.

The source card names the Great Pyramid articles that cite Petrie, Maragioglio and Rinaldi, Dormion, and Lehner; Balezin and colleagues 2018; the Edgar chart; Fletcher’s plates; and the Tesla patents as checked on Google Patents. A figure without a source is marked unknown.