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“Nord Stream 1-Blast: It Was a Mini Nuke!”
July 2, 2023
Swiss physicist Dr. Hans-Benjamin Braun has meticulously analyzed the Nord Stream 1 explosion. His finding, presented to the
Corona Investigative Committee on June 30, 2023: the blast was made using a thermonuclear (fusion) mini-nuke with the greatest possible shockwave impact on Russia’s Kaliningrad. Like the
investigative journalist and Pulizer Prize winner Seymour Hersch, Dr. Braun suspects the USA behind the attack. Among the authorities, politicians, journalists and scientists whom he has informed of the results of his analyses since December 2022, there is one thing above all: radio silence.
Dr. Braun is a renowned scientist specializing in statistical physics, quantum physics, neutron scattering, condensed matter physics and materials science, magnetism and topology. For years he taught as Professor of Theoretical Physics at the Catholic University of Dublin. In 2014, he was honored to be one of four “Distinguished Lecturers” (editor’s note) worldwide from the Institute of Electrical and Electronics Engineers IEEE, Magnetics Society, who has given 50 lectures internationally at the invitation of individual institutions or sections. Dr. Braun has widely cited publications in Nature Physics, Nature Communications, and Advances in Physics.
The puzzling, in contradictory public interpretations of the explosion event at the pipeline at 17:03 UTC on September 26, 2022, had piqued his scientific curiosity as a physicist who also holds a master’s degree in earth sciences, Dr. Braun reports. Why, he wondered in this context, did the UN Security Council not initiate an investigation despite the many unanswered questions.
In October 2022, he set to work analyzing what had happened via six entirely independent methods: Evaluation of seismic data according to two methods, analysis of the development of aerosol clouds after the detonation, consideration of underwater currents in the Baltic Sea, especially in an underwater canyon between Bornholm and Kaliningrad during the following days, temperature development on the seafloor, and spread of a possible radioactive fallout after the blast.
The surprising result: the seismic measurements suggest an explosive force in the equivalent of up to 1-4 kilotons TNT, a strong contrast to the estimated data of an equivalent of 250 kg TNT published e.g. in the
renowned magazine Nature.
© Dr. Hans-Benjamin Braun
The comparison of seismic measurements in the Baltic Sea, e.g. of Sweden and Finland with the values of the well-documented North Korean nuclear event also identified by the Columbia University Earth Institute on the basis of IRIS data shows a very similar pattern.
© Dr. Hans-Benjamin Braun
According to the infrared satellite data, four hours after the detonation a distinct aerosol cloud with an extension of up to 100 km was formed away from the explosion site in wind direction and in the Kaliningrad region due to the impact of shock waves on the steep Kaliningrad shoreline. Such a phenomenon would not occur to this extent with a much smaller explosive charge, Dr. Braun said. The opening photo of this paper shows aerosol formation during the U.S.
“Wigwam” nuclear test, with an explosive force equivalent of 32 kT, in 1955 in the Pacific Ocean, 900 km southwest of San Diego.
© Dr. Hans-Benjamin Braun
During the days following the detonation moment, significant underwater currents have been formed in the Baltic Sea (~50km and more), focusing into the underwater canyon directed directly towards Kaliningrad. As a result, a vortex current formed in the Bornholm Basin. According to the
Nature publication of March 15, 2023, the explosion stirred up 250,000 tons of sediments that were subsequently deposited. Indeed, it appears that this process also affected water temperatures on the seafloor during the whole winter time.
Remarkably, according to satellite data, the water temperature at the seafloor increased by up to 5 degrees Celsius year-on-year over an area of circa 100 km x 100 km in the winter of 2023 compared to 2022. Dr. Braun clarifies that this cannot be explained by natural fluctuations, especially since the mean temperature in the more distant regions of the Baltic Sea tends to be even lower.
© Dr. Hans-Benjamin Braun
In Poland, radioactive fallout was detected one day after the blast; in Switzerland, it showed up three days after the event.
Highly noteworthy, Dr. Braun said, is that the blast site apparently must have been chosen to reflect and amplify shock waves due to the elliptically shaped Swedish coastline, allowing them to focus precisely on Kaliningrad via the underwater canyon. The city, 500 km away, experienced a seismic effect 10 times greater than that of neighboring Bornholm, which is only 70 km from the pipeline blast site.
Dr. Braun’s investigative conclusion: “None of the seven independent geophysical observations can be explained by the use of a conventional explosive; a thermonuclear weapon must have been used. The Nord Stream sabotage was also a targeted shockwave attack on Kaliningrad, which to me makes the U.S. the only plausible culprit.” He considers a tactical self-endangerment of the Russians by the detonation unlikely, Ukraine as another possible aggressor does not possess nuclear weapons. The U.S., however, had nuclear weapons, delivery systems and, through
NATO’s BALTOPS 22 exercise in the Baltic Sea, which took place in June 2022, extensive fresh barythmetric knowledge of conditions at the eventual site. “BALTOPS also provides a unique opportunity for the U.S. Research, Development, and Acquisition communities to exercise the current and emerging UUV technology in real-world operational environments. This year featured the current and future programs of record for mine hunting UUVs in the MK-18 and Lionfish systems. Both systems were put through the paces over 10 days of mine hunting operations, collecting over 200 hours of undersea data,” writes the
U.S. NAVY under the heading “BALTOPS 22 a perfect opportunitey for research and testing new technologies.” Of course, a collaboration of other geopolitical interest groups besides the U.S. would also be conceivable, Dr. Braun adds.
Precisely such an autonomous underwater drone as the Lionfish, which was tested during the NATO exercise BALTOPS 22, could have been used to transport the explosive charge to the scene, Dr. Braun elaborates. To actually carry out the detonation using such an unmanned vehicle would have required the involvement of only a few people. It is clear, however, that if the USA were involved, it would have to be assumed that the blast was carried out with the knowledge and will of US President Joe Biden. The U.S. company Sandia Labs, a longtime partner of the U.S. Department of Energy’s National Nuclear Security Administration (NNSA),
writes on its website: “The nation’s nuclear weapons must
always work when commanded and authorized by the president of the United States, and must
never detonate otherwise.” The U.S., Dr. Braun notes, is incidentally the only country in the world that has not joined the international ban on a nuclear first strike.
Dr. Braun reports that he made his findings available to selected journalists and politicians on December 22, 2022, seven weeks before Seymour Hersh’s article appeared. On January 3, 2023, he reportedly informed the Swiss government, and on January 25, 2023, he informed the Swiss parliament. At the same time, he wrote to a colleague at MIT, who drew his attention to the imminent article by Seymour Hersch. On March 27, 2023, he had contacted Prof. J. Sachs as a representative of the UN Security Council, and on April 4, 2023, he had formulated an open letter to the Secretary General of NATO, the Finnish and Swedish governments, and three Nobel laureates in physics. On April 4, 2023, he had written to the International Criminal Court in The Hague, the White House, the Kremlin, the Russian and Chinese embassies in Switzerland, and on April 24, 2023, again to the UN Security Council, this time under the new Russian chairmanship. The answer: radio silence.
Dr. Braun demands that the matter be completely clarified. Due to their easy scalability, with which one can adjust the detonation strength by a factor of 100 with a flick of the wrist (so-called “dial a yield”), thermonuclear weapons pose an increasing threat to humanity, especially through the combination with rapidly advancing artificial intelligence, which is used in autonomous air and underwater vehicles, and can also be used in covert operations."
