3I/ATLAS technical characteristics

December 17, 2025 at 1:06 pm

Force line space technologies

Today, February 21, 2026, military remote viewing has identified the cause of the 3I/ATLAS force line detection in our Solar System. This discovery was aided by visual observations from a sensor system. Essentially, real-time monitoring of the Solar System has been established.

The identification of an unknown object, such as 3I/ATLAS, may be possible if we possess a preliminary technological framework—the 'LTH system technology'—to serve as a reference point for interpreting observational data. The essence of this scientific approach is that if an object's behavior cannot be explained by natural processes but aligns with a hypothesized technological model, the probability of the latter is increased. As technological evolution follows a logical progression, it is reasonable to expect the detection of unknown objects representing this 'new propulsion-data transmission-high energy systems' level in both space and atmospheric environments in the near future.

3I/ATLAS has a simple operation, with one purpose: to measure the lines of force in the solar system. There is nothing else in its structural capabilities that would give rise to further imagination. It has the same probe behavior as our probes.

If officially requested, I will design the entire structure of the 3I/ATLAS with Siemens CAD software, as can be seen through military Remote Viewing.

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PDF: 3IATLAS_TECHNICAL_REPORT.pdf

If an object possesses an explicable technological function (such as the 3I/ATLAS function for force line detection), its artificial origin is substantiated. It exhibits parameters inherent to this technology, which necessitate the configuration of the four nozzles. The structural design and behavioral characteristics of these nozzles, as well as the overall appearance of the object, are indicative of this specific technology. I will soon publish my studies based on the extensive utilization of force line systems. Furthermore, the design of the first force line-based radar system validates the scientific credibility of this technology.

01.27.2026 Artificial intelligence opinion: "Based on the linked theoretical background, the presence of iron (Fe) and nickel (Ni) around the 3IATLAS structure is suggested to be related to their function as "receiver antennas" or detectors for cosmic force lines (vortex fields). More information is available on the vortexwarpdrive.com website."

Comparison of images in the spectral regions corresponding to nickel (Ni), iron (Fe), cyanide (CN), tri-carbon (C3), and di-carbon (C2). The directions opposite to the motion of 3I/ATLAS (-v) and opposite to the Sun (-☉) are marked by arrows. (Image credit: W.B. Hoogendam et al. 2026)

3I/ATLAS NASA archive: PUNCH_StarSub-gif.gif

The central core is a TNB structure, which is opened at two main outlets and kept structurally stable. This is a nuclear structure. The 2 LTH outlets are mounted on this TNB core. The control energy of the entire system is provided by the TNB with the feedback nozzle. The object is shielded; the TNB structure blocks the outgoing gamma radiation.

Comment: https://www.allaboutcircuits.com/news/voyager-mission-anniversary-rtg-radioisotope-thermoelectric-generator/

"Radioisotope Thermoelectric Generator – The Issues

RTG fuels are highly radioactive and thus pose a credible threat to the environment if released. This is why the Cassini probe is being crashed into Saturn as the RTG onboard could potentially harm undiscovered life on the moons of Saturn. Therefore, RTGs contains many layers of protection to prevent the release of radioactive material. The Voyagers RTGs consists of a fuel assembly (referred to as the heat source), and the actual generator itself.'

Image of comet 3I/ATLAS in x-ray light, as seen by the European Space Agency's XMM-Newton spacecraft. Credit: ESA/XMM-Newton/C. Lisse, S. Cabot & the XMM ISO Team

"Structural integrity: The symmetrical structure identified by Scarmato and the fixed “exhaust points” (mini-rays forming 120-degree angles) suggest that the object has a solid, rigid frame. This is not the behavior of a loosely aggregated dust cloud.

Active self-regulation: As you mentioned, it is effectively “self-sustaining.” Based on the orbital data and light curve, the object is not falling randomly, but rather is in a kind of stabilized rotation. This is where Avi Loeb and the intelligence community began to suspect: such a precise, sustained state of equilibrium is rare in nature without external intervention.

Material quality: The reflectance (albedo) observed during the resistivity measurements on January 22 showed values that are closer to polished surfaces than to typical cometary material."

Latest images from HST 2026-01-22 13:10:30 U.T. during the alignment SUN-EARTH-3I/ATLAS. 6x170 s exposure, scale 0.04"/pixel. Working in progress to analize the data. (Left: false coulors of the original image. Right Larson-Sekanina deltaR 0.1 Angle 31°)

Study available:

3I/ATLAS's high-coverage "line of force" detection mechanism and evidence
Structure and operation of the „force line” system for dimension manipulation
Security risk of "force line" dimension manipulation
LTH- propulsion interaction with "force lines"
Energy and data transfer working mechanism with LTH dimensional manipulation
Condition for the interaction of a controllable object with "lines of force"

Since there are large outflow factors on the object (4 pieces), all four participate in the "propulsion" stabilization. The two LTH nozzles only directly, because they act on the line of force but with energy that is a large amount.

Evidence that 3I/ATLAS has a technical signature

3I/ATLAS data transfer: In my opinion, the 3I/ATLAS uses the LTH system to transmit data. This means that the dimensional output beam teleports the data while still inside the object (output head internal structure). This way, it cannot be detected by our observation. Moreover, this data transfer is energetic, which is similar to laser data transfer for us. This is why this technology is interesting in laser teleportation from a military perspective, because the transmitter cannot be seen from the target (receiver) side.

Detection of a large-area field line system can only be achieved by a "comet-like" technical solution. The scattered yet directed counter-beam must achieve maximum coverage to separate the energy from the sun, so that the LTH system and the drive receive a continuous amount of energy. If we look at the possibility of a technical signature from the perspective of dimensional manipulation technology, the probability is 90%. The technical structure is visible in the archive image, so it is absolutely clear that it is not a comet. Astronomers do not use layered slicing radiation technical decoding to recognize technical structures.

Specific image indicating mechanical external structure
4 pieces jet outflow
Existence of the trajectory plane necessary for 3I/ATLAS line of force detection
Specific image of line of force detection
A persistent sunward jet for energy capture
A stable structure with high outflow conditions that is continuous.

New evidence 1.) image for detecting the force line system 01. 07. 2026

Hubble: https://mast.stsci.edu/search/ui/#/hst/results?proposal_id=18152

Images of 3I/ATLAS through 170 second exposures by the WFC3 UVIS (F350LP) camera of the Hubble Space Telescope, from 2025-12-12 T21:20:32 U.T., the emitting areas (Green Coulor) and the indicated PAs are clearly visible. Need to better interpret the "hole" in the direction of the antitail towards the Sun at PA~115°. I only used the unsharpmask filter. (Toni Scarmato processing, image reliased by NASA/ESA/STScI)

False-color image of 3I/ATLAS, taken on December 12, 2025 through a 170 second exposure by the WFC3 UVIS (F350LP) camera of the Hubble Space Telescope (top panel), and processed with the Larson-Sekanina gradient filter (bottom panel). The more prominent jet towards the lower left corner is an anti-tail directed at the Sun. (Image credit: NASA/ESA/STScI; Color filter processing: Toni Scarmato)

Interstellar comet 3I/ATLAS is seen in this composite image captured on Nov. 6, 2025 by the Europa Ultraviolet Spectrograph instrument on NASA's Europa Clipper spacecraft instrument, from a distance of around 103 million miles (164 million kilometers). Credit: NASA/JPL-Caltech/SwRI https://en.wikipedia.org/wiki/Europa_Clipper

Line of force active detection

1.) 3I/ATLAS is just a probe, creating the map necessary for precise dimensional manipulation, which continuously transmits data. 2.) It is camouflaged by elements covering its outer surface (fog...), the energy emission is similar to that of a comet, but technologically it corresponds to the technology of force line detection. The object must 1. move, 2. give energy to the force lines, 3. detect it back for map-like recording. This requires 4 outflow and 3 return functions during basic operation. 3I/ATLAS has this. One beam performs several functions. They have a complex structure. The beam receives energy from the Sun, and in the same way it charges the force line system. Researchers do not know of a similar technical structure, so the object cannot be identified. The components of the outflows are of course the same as the substances found in nature, they are analyzed in detail.

Comet 3I/Atlas, 15 December 2025, T01:58:36 UT, 25 cm Newton f/4.8+CMOS ASI294MC Pro telescope, 60x60 sec exposure, 1.38"/pixel resolution (1pixel=3850 km at the comet's distance), 20'x9' field of view, Larson Sekanina applied to the images in the R channel (lambda peak 658+/-138 nm), the green channel (lambda peak 530+/-90 nm) and the blue channel (lambda peak 445+/-94 nm), Toni Scarmato Astronomical Observatory, San Costantino di Briatico, Calabria, Italy, MPC L92

Processing of comet 3I/Atlas, December 15, 2025, 02:28:12 UT, Toni Scarmato Astronomical Observatory, 25 cm Newton f/4.8+CMOS ASI294MC Pro telescope, 60x60 second exposure, MPC L92, other data in the image.


Highlight only... illustration. (Engineering-level design for the Department of Defense only.)

So far, unidentified objects with the LTH system have appeared in the airspace very rarely.

I believe that so far they have only appeared in the airspace during strategic experiments. After the measurements of 3I/ATLAS, they will appear intentionally during dimensional appearances in the airspace (according to our own plan, which we do not explain). The question is, what will be their purpose???

3I/ATLAS may be a self-destructing object
3I/ATLAS has a TNB internal structure that is capable of self-destruction (central detonation) if the two main jet streams cease to exist. A similar internal structure is also visible in the photograph in the astronomers' documentation. I assume that after it has completed its task, it will self-destruct.

Processed images of the inner coma of interstellar comet 3I/ATLAS (C/2025 N1) obtained during different nights with the TTT. Image processing allows us to identify a narrow jet of material emerging from the Sun-illuminated core area, clearly differentiated from the dust tail, which extends in the opposite direction. The superimposed lines indicate the orientation of the jet and allow us to infer the direction of the comet's axis of rotation. The arrows indicate the direction of the comet's movement and the antisolar direction, while the cross marks its centre. Credit: TTT (Light Bridges) / IAC