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The '''Huemul Project''' was a secret advanced project proposed by the ]n scientist of ] origin ] to the government of ] during the first ] of ], in 1948. Richter convinced Perón that, under certain conditions, he could produce ] energy before any other country (at that time Argentina was among the wealthiest countries of the World), based in a ]-] nuclear reaction. The present state of the art in fusion research is for example, the $12 billion ] ] multinational project, which uses a ]-like configuration and is the result of decades of research and development, far removed from Richter's pioneering original device. The '''Huemul Project''' was a secret advanced project proposed by the ]n scientist of ] origin ] to the government of ] during the first ] of ], in 1948. Richter convinced Perón that he could produce ] energy before any other country (at that time Argentina was among the wealthiest countries in the world). The present state of the art in fusion research is for example, the ] multinational project, which uses a ]-like configuration and is the result of decades of research and development, far removed from Richter's simple but flawed original device.


Already during ] following ]'s famous convergent ] solution, German scientists under ] and ] carried out large experiments to explore the possibility to induce ] in ] with high explosive-driven convergent ]. At the same time Richter proposed in a memorandum to German government officials to induce nuclear fusion reactions through shock waves by high-velocity particles shot in a highly compressed ordinary ] containing deuterium ]. References regarding these claims can be found in the book by ] entitled "]" (DVA, Germany, 2005). In Argentina Richter experimented with the acoustic heating of high temperature arcs. Already during ] following ]'s famous convergent ] solution, German scientists under ] and ] carried out large experiments to explore the possibility to induce ] in ] with high explosive-driven convergent shock waves. At the same time Richter proposed in a memorandum to German government officials to induce nuclear fusion reactions through shock waves by high-velocity particles shot in a highly compressed ordinary ] containing deuterium ]. References regarding these claims can be found in the book by ] entitled "]" (DVA, Germany, 2005). On the other hand, according to Mariscotti's account, Richter worked during the war as a collaborator of Manfred von Ardenne's laboratory, in a separate private lab of his own, and his work on fusion was never published in the peer reviewed literature. In Argentina Richter experimented with the acoustic heating of high temperature arcs.


Late in 1949 construction of the laboratories in ] (''Isla Huemul'' in the ]), was initiated. In March 1951 Richter informed Perón that the experiments had been successful and the government announced on ] ]: Late in 1949 construction of the laboratories in ] (''Isla Huemul'' in the ]), was initiated. In March 1951 Richter informed Perón that the experiments had been successful and the government announced on ] ]:
<blockquote> <blockquote>
''"On February 16, 1951, in the... Isla Huemul ... thermonuclear reactions under controlled conditions were performed on a technical scale."'' "On February 16, 1951, in the... Isla Huemul... thermonuclear reactions under controlled conditions were performed on a technical scale."
</blockquote> </blockquote>
The Argentine claim to have achieved fusion was wrong, but so was the later, widely publicized ] claim that fusion had been achieved with the ]. The subsequent ] over controlled fusion research was triggered by this press announcement. Although the Argentine claim to have achieved fusion was wrong, the subsequent ] over controlled fusion research was influenced to some extent by this press announcement


Soon after the announcement a group of Argentine scientists was appointed to study the merit of the project. This group, led by ] ], concluded that Richter's claims were impossible (but see ]). Balseiro's calculations in the view of government officials made a strong case against the suitability of this method of attaining fusion (note that Balseiro's calculations can be used against ITER too, given that both methods try to exploit the same nuclear reaction). A second independent Commission endorsed the conclusions of the first one, and the project was closed in 1952. Richter had grossly underestimated the technical difficulties of achieving controlled fusion and had erroneously interpreted the results of his experiments. Richter's erratic behavior after the announcement, and the delays in passing from the "technical scale" to the industrial scale promised by Richter, persuaded some officials in Perón's government to insist on a re-evaluation of the project. Finally, a group of Argentine scientists was appointed to study the scientific merit of the project. This group, led by ] ], concluded that Richter's claims were unsustainable. Richter experimented with the acoustic heating of high temperature arcs, but Balseiro's calculations, and the analysis of his apparatus by Báncora (another member of the commission) made a strong case against the suitability of this method of attaining fusion. A second independent Commission endorsed the conclusions of the first one, and the project was closed in 1952. Richter had grossly underestimated the technical difficulties of achieving controlled fusion and had erroneously interpreted the results of his experiments.
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⚫ Argentina's Nuclear research was re-organized around the ](National Atomic Energy Commission) and a new Nuclear Plan (]-based) was started to market locally peaceful uses of Nuclear Energy developed overseas. Argentina has now two operational Nuclear Electric power stations, one built by German (Siemens) and other by Canadian (CANDU) companies. The real cost of the electricity generated by this plants are not known. A third one was delayed by financial and other problems, though in 2003 the government announced its commitment to complete the project (at a projected cost of 3,800 U.S. dollars).


⚫ In 1955, Balseiro took the direction of the recently created ''Instituto de Física de Bariloche'', now '']'', where he taught ], and many other subjects unrelated with the production of energy from nuclear forces. In 2005 the Institute celebrated 50 years of uninterrupted research and academic activities. In partnership with its associated research centre, the ], and the ], it has trained a couple of hundred physicists and engineers and produced hundreds of peer-reviewed scientific papers as well as other important contributions to applied and basic science in Argentina, as is done in a dayly basis by many other Institutions in Argentina with much less budget. Although power reactors in the hundreds of megawatt range have not been built by Argentina on its own, INVAP, a state-owned company started by graduates of the Instituto Balseiro in 1976 and located in Bariloche, has exported research reactors of less than a megawatt to Peru, Algeria, Egypt and most recently to Australia, but the net income from this exports are not expected to balance nor even closely the deficit of billions of dollars incurred by the nuclear bussines in charge of the Comisión Nacional de Energía Atómica and its partners. -->
⚫ Argentina's Nuclear "research" was re-organized around the ](National Atomic Energy Commission) and a new Nuclear Plan (]-based) was started to market locally peaceful uses of Nuclear Energy developed overseas. Argentina has now two operational Nuclear Electric power stations, one (Atucha I, 335 ]) built by German (Siemens) and other (Embalse, 600 MWe) by Canadian (CANDU) companies. The real cost of the electricity generated by this plants is unknown. A third one (Atucha II, 692 MWe) has been delayed by financial and other problems (namely, incompetence) and recently (2003, 2006) the government announced its commitment to complete the project ($3.8 billion ]).

⚫ In 1955, Balseiro took the direction of the recently created ''Instituto de Física de Bariloche'', now '']'', where he taught ], and many other subjects unrelated with the production of energy from nuclear forces. In partnership with its associated research center, the , and the ] it has trained a couple of hundred physicists and nuclear engineers and produced hundreds of peer-reviewed scientific papers as well as other important contributions to applied and basic science, as it is done in a daily basis by many other Institutions in Argentina with far much less budget. Although Power Reactors in the hundreds of Megawatt range have not been built by Argentina on its own, , a state owned company with an unknown ] balance, started by graduates of the Instituto Balseiro in 1976 and located in Bariloche, has exported ] of less than a Megawatt to ], ], ] and most recently to ], but the ] from this exports are not expected to balance nor even closely the deficit of billions of ] incurred by the nuclear business in charge of the Comisión Nacional de Energía Atómica and its partners.


The amount of resources spent on the Huemul project are precisely known thanks to a report written by Dr. Teófilo Isnardi et. al., published in 1958. After ] in September 1955, opponents to Perón painted a value for the budget of the project in a wall of Richter's Laboratory No. 4 (a photograph can be seen in Mariscotti's book, see references) claiming that the total expenses were 62 million pesos (the amount stated in Isnardi's report), which at that time represented approximately 7 million ], or about 140 times the amount allocated by the U.S. government soon after the Argentine announcement (Project ], under ]). A recent estimate has been published by M. Cardona et. al., in their biography of Falicov (see references). They state that the total cost of the project was equivalent to 300 million USD at current values (of 2003). This amount is small compared to the expenditures made by other nations in later efforts, but it is significant because it credits Argentina as the first country to give official support to a nuclear fusion program for peaceful purposes. The amount of resources spent on the Huemul project are precisely known thanks to a report written by Dr. Teófilo Isnardi et. al., published in 1958. After ] in September 1955, opponents to Perón painted a value for the budget of the project in a wall of Richter's Laboratory No. 4 (a photograph can be seen in Mariscotti's book, see references) claiming that the total expenses were 62 million pesos (the amount stated in Isnardi's report), which at that time represented approximately 7 million ], or about 140 times the amount allocated by the U.S. government soon after the Argentine announcement (Project ], under ]). A recent estimate has been published by M. Cardona et. al., in their biography of Falicov (see references). They state that the total cost of the project was equivalent to 300 million USD at current values (of 2003). This amount is small compared to the expenditures made by other nations in later efforts, but it is significant because it credits Argentina as the first country to give official support to a nuclear fusion program for peaceful purposes.


Today, the Huemul island with the ruins of the historic facilities (at {{coor dms|41|06|23|S|71|23|42|W|}}), can be visited by tourists. It is reached by boat from the port of ]. Today, the Huemul island with the ruins of the historic facilities (at {{coor dms|41|06|23|S|71|23|42|W|}}), can be visited by tourists. It is reached by boat from the port of ].


==References== ==References==
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* Spanish * Spanish
* Spanish * Spanish
* PDF - WISE/NIRS Nuclear Monitor, November 12, 2004


===From ''Physics Today''=== ===From ''Physics Today''===
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] ]
]


] ]

Revision as of 20:24, 1 March 2006

The Huemul Project was a secret advanced project proposed by the Austrian scientist of German origin Ronald Richter to the government of Argentina during the first presidency of Juan Domingo Perón, in 1948. Richter convinced Perón that he could produce nuclear fusion energy before any other country (at that time Argentina was among the wealthiest countries in the world). The present state of the art in fusion research is for example, the ITER multinational project, which uses a tokamak-like configuration and is the result of decades of research and development, far removed from Richter's simple but flawed original device.

Already during World War II following Guderley's famous convergent shock wave solution, German scientists under Kurt Diebner and Walther Gerlach carried out large experiments to explore the possibility to induce thermonuclear reactions in deuterium with high explosive-driven convergent shock waves. At the same time Richter proposed in a memorandum to German government officials to induce nuclear fusion reactions through shock waves by high-velocity particles shot in a highly compressed ordinary uranium containing deuterium plasma. References regarding these claims can be found in the book by Rainer Karlsch entitled "Hitler's Bomb" (DVA, Germany, 2005). On the other hand, according to Mariscotti's account, Richter worked during the war as a collaborator of Manfred von Ardenne's laboratory, in a separate private lab of his own, and his work on fusion was never published in the peer reviewed literature. In Argentina Richter experimented with the acoustic heating of high temperature arcs.

Late in 1949 construction of the laboratories in Huemul Island (Isla Huemul in the Nahuel Huapi Lake), was initiated. In March 1951 Richter informed Perón that the experiments had been successful and the government announced on March 24 1951:

"On February 16, 1951, in the... Isla Huemul... thermonuclear reactions under controlled conditions were performed on a technical scale."

Although the Argentine claim to have achieved fusion was wrong, the subsequent worldwide race over controlled fusion research was influenced to some extent by this press announcement

Richter's erratic behavior after the announcement, and the delays in passing from the "technical scale" to the industrial scale promised by Richter, persuaded some officials in Perón's government to insist on a re-evaluation of the project. Finally, a group of Argentine scientists was appointed to study the scientific merit of the project. This group, led by physicist José Antonio Balseiro, concluded that Richter's claims were unsustainable. Richter experimented with the acoustic heating of high temperature arcs, but Balseiro's calculations, and the analysis of his apparatus by Báncora (another member of the commission) made a strong case against the suitability of this method of attaining fusion. A second independent Commission endorsed the conclusions of the first one, and the project was closed in 1952. Richter had grossly underestimated the technical difficulties of achieving controlled fusion and had erroneously interpreted the results of his experiments.

The amount of resources spent on the Huemul project are precisely known thanks to a report written by Dr. Teófilo Isnardi et. al., published in 1958. After the fall of Perón's government in September 1955, opponents to Perón painted a value for the budget of the project in a wall of Richter's Laboratory No. 4 (a photograph can be seen in Mariscotti's book, see references) claiming that the total expenses were 62 million pesos (the amount stated in Isnardi's report), which at that time represented approximately 7 million USD, or about 140 times the amount allocated by the U.S. government soon after the Argentine announcement (Project Matterhorn, under Lyman Spitzer). A recent estimate has been published by M. Cardona et. al., in their biography of Falicov (see references). They state that the total cost of the project was equivalent to 300 million USD at current values (of 2003). This amount is small compared to the expenditures made by other nations in later efforts, but it is significant because it credits Argentina as the first country to give official support to a nuclear fusion program for peaceful purposes.

Today, the Huemul island with the ruins of the historic facilities (at 41°06′23″S 71°23′42″W / 41.10639°S 71.39500°W / -41.10639; -71.39500), can be visited by tourists. It is reached by boat from the port of Bariloche.

References

  • Guderley, G., 1942, Luftfahrforschung 19, 302.
  • Mariscotti, Mario, 1985, El Secreto Atómico de Huemul: Crónica del Origen de la Energía Atómica en la Argentina, Sudamericana/Planeta, Buenos Aires, Argentina ISBN: 9503701090
  • Mariscotti, Mario. El secreto atómico de Huemul, 3. ed. Buenos Aires, Argentina: Estudio Sigma, c1996. 286 p. : ill. ; 23 cm. ISBN: 9509446246
  • Mariscotti, M., 2004, El secreto Atómico de Huemul, Ed. Estudio Sigma, Buenos Aires.
  • Falicov's biography National Academy of Sciences: Biographical Memoirs, VOL 83, 2003, THE NATIONAL ACADEMY PRESS, WASHINGTON, D.C.

External links

From Physics Today

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