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Nuclear weapons and Israel

The State of Israel is widely believed to possess nuclear weapons. Estimates of Israel's stockpile range between 90 and 400 nuclear warheads,[2][5][6][7][8][9][19] and the country is believed to possess the ability to deliver them in several methods, including by aircraft, as submarine-launched cruise missiles, and via the Jericho series of intermediate to intercontinental range ballistic missiles.[20][21] Its first deliverable nuclear weapon is thought to have been completed in late 1966 or early 1967; which would make it the sixth country in the world to have developed them.[2][22][23]

See also: Israel and weapons of mass destruction

State of Israel

Unknown (estimated 1948 or 1949)[1][2][3]

Unknown (reported partner in early French testing 1960,[1] reported local Israeli underground test 1963,[1] reported Israeli test in Vela incident 1979)[a]

Unknown

Unknown

Unknown

Unknown

Unknown (estimated 90–400 warheads)[b][5][6][7][8][9][10][11][12][13][14][15]

Unknown

Unknown

Unknown (estimated up to 11,500 km)[c]

No

Israel maintains a policy of deliberate ambiguity, never officially denying nor admitting to having nuclear weapons, instead repeating over the years that "Israel will not be the first country to introduce nuclear weapons to the Middle East".[24][25][26] However, in November 2023, amid the Israel-Hamas war, the Israeli minister of Heritage, who was a member of the war cabinet,[27] publicly stated that dropping a nuclear bomb over Gaza was an option.[28][29]


Israel declines to sign the Treaty on the Non-Proliferation of Nuclear Weapons (NPT), despite international pressure to do so, saying that would be contrary to its national security interests.


Additionally, Israel developed the Begin Doctrine of counter-proliferation and preventive strikes, denying other regional actors the ability to acquire their own nuclear weapons. The Israeli Air Force conducted Operation Opera and Operation Orchard, destroying the Iraqi and Syrian nuclear reactors in 1981 and 2007, respectively, and the Stuxnet malware that severely damaged Iranian nuclear facilities in 2010 is thought to have been developed jointly by the United States and Israel. As of 2019, Israel remains the only country in the Middle East believed to possess nuclear weapons.[23] The Samson Option refers to Israel's deterrence strategy of massive retaliation with nuclear weapons as a "last resort" against a country whose military has invaded and/or destroyed much of Israel.[30]


Israel began to investigate the nuclear field soon after it declared independence in 1948 and, with French co-operation, secretly began building the Negev Nuclear Research Center,[d] a facility near Dimona housing a nuclear reactor and reprocessing plant in the late 1950s. The first extensive details of the weapons program came on October 5, 1986, with media coverage of revelations from Mordechai Vanunu, a technician formerly employed at the center. Vanunu was soon kidnapped by the Mossad and brought back to Israel, where he was sentenced to 18 years in prison for treason and espionage.[31][32]

Development history

Before Dimona, 1949–1956

Israel's first Prime Minister David Ben-Gurion was "nearly obsessed" with obtaining nuclear weapons to prevent the Holocaust from reoccurring. He stated, "What Einstein, Oppenheimer, and Teller, the three of them are Jews, made for the United States, could also be done by scientists in Israel, for their own people".[33] Ben-Gurion decided to recruit Jewish scientists from abroad even before the end of the 1948 Arab–Israeli War that established Israel's independence. He and others, such as head of the Weizmann Institute of Science and defense ministry scientist Ernst David Bergmann, believed and hoped that Jewish scientists such as Oppenheimer and Teller would help Israel.[34]


In 1949 a unit of the Israel Defense Forces Science Corps, known by the Hebrew acronym HEMED GIMMEL, began a two-year geological survey of the Negev. While a preliminary study was initially prompted by rumors of petroleum fields, one objective of the longer two year survey was to find sources of uranium; some small recoverable amounts were found in phosphate deposits.[21] That year Hemed Gimmel funded six Israeli physics graduate students to study overseas, including one to go to the University of Chicago and study under Enrico Fermi, who had overseen the world's first artificial and self-sustaining nuclear chain reaction.[35] In early 1952 Hemed Gimmel was moved from the IDF to the Ministry of Defense and was reorganized as the Division of Research and Infrastructure (EMET). That June, Bergmann was appointed by Ben-Gurion to be the first chairman of the Israel Atomic Energy Commission (IAEC).[36]


Hemed Gimmel was renamed Machon 4 during the transfer, and was used by Bergmann as the "chief laboratory" of the IAEC; by 1953, Machon 4, working with the Department of Isotope Research at the Weizmann Institute, developed the capability to extract uranium from the phosphate in the Negev and a new technique to produce indigenous heavy water.[21][37] The techniques were two years more advanced than American efforts.[34] Bergmann, who was interested in increasing nuclear cooperation with the French, sold both patents to the Commissariat à l'énergie atomique (CEA) for 60 million francs. Although they were never commercialized, it was a consequential step for future French-Israeli cooperation.[38] In addition, Israeli scientists probably helped construct the G-1 plutonium production reactor and UP-1 reprocessing plant at Marcoule. France and Israel had close relations in many areas. France was principal arms supplier for the new Jewish state, and as instability spread through French colonies in North Africa, Israel provided valuable intelligence obtained from contacts with Sephardi Jews in those countries.[1] At the same time, Israeli scientists were also observing France's own nuclear program and were the only foreign scientists allowed to roam "at will" at the nuclear facility at Marcoule.[39] In addition to the relationships between Israeli and French Jewish and non-Jewish researchers, the French believed that cooperation with Israel could give them access to international Jewish nuclear scientists.[34]


After U.S. President Dwight Eisenhower announced the Atoms for Peace initiative, Israel became the second country to sign on (following Turkey), and signed a peaceful nuclear cooperation agreement with the United States on July 12, 1955.[40][34] This culminated in a public signing ceremony on March 20, 1957, to construct a "small swimming-pool research reactor in Nachal Soreq", which would be used to shroud the construction of a much larger facility with the French at Dimona.[41]


In 1986 Francis Perrin, French high-commissioner for atomic energy from 1951 to 1970 stated publicly that in 1949 Israeli scientists were invited to the Saclay Nuclear Research Centre, this cooperation leading to a joint effort including sharing of knowledge between French and Israeli scientists especially those with knowledge from the Manhattan Project.[1][2][3] According to Lieutenant Colonel Warner D. Farr in a report to the USAF Counterproliferation Center while France was previously a leader in nuclear research "Israel and France were at a similar level of expertise after the war, and Israeli scientists could make significant contributions to the French effort. Progress in nuclear science and technology in France and Israel remained closely linked throughout the early fifties." Furthermore, according to Farr, "There were several Israeli observers at the French nuclear tests and the Israelis had 'unrestricted access to French nuclear test explosion data.'"[1]

1948 – Israel begins recruiting Jewish nuclear scientists and forming scientific institutes during war of independence for a nuclear weapons program.

[115]

1949 – Israeli scientists invited to participate in French nuclear program.[2][3]

[1]

1957 – Dimona nuclear facility construction begins with French assistance.

[1]

1960 – , Israel scientists participated alongside French with access to all test data;[1] Charles de Gaulle begins to disconnect French program from Israeli[116]

First French nuclear tests

1961 – Dimona nuclear facility operational.

[1]

1963 – Alleged underground nuclear test in the Negev desert.[21][117]

[1]

1966 – Alleged underground nuclear test in the Negev desert, possibly zero yield or type;[118] first fully weaponized fission designed for aircraft delivery available for activation.[119]

implosion

1967 – () – 2 bombs;[120][121] 13 bombs.[122]

Six-Day War

1969 – 5–6 bombs of 19 yield each.[123]

kilotons

1973 – () – 13 bombs;[74] 20 nuclear missiles, a suitcase bomb.[124]

Yom Kippur War

1974 – 3 capable artillery battalions each with twelve 175 mm tubes and a total of 108 ;[125][126] 10 bombs.[127]

warheads

1976 – 10–20 nuclear weapons.

[e]

1979 – , satellite detects possible advanced miniaturized and very clean nuclear test in Indian Ocean often attributed to Israel.[89]

Vela incident

1980 – 100–200 bombs.[130]

[129]

1984 – 12–31 atomic bombs; 31 plutonium bombs and 10 uranium bombs.[132]

[131]

1985 – At least 100 nuclear bombs.[134]

[133]

1986 – 100 to 200 and a number of fusion bombs;[135] Vanunu leaks Dimona facility secrets, at US's level in fission and boosted weapons as of 1955 to 1960, it would require supercomputers to improve their "less complex" hydrogen bombs without nuclear tests, they had "unequivocally" tested a miniaturized nuclear device.[92]

fission bombs

1991 – 50–60 to 200–300.

[136]

1992 – more than 200 bombs; estimated 40 top nuclear weapons scientists immigrated to Israel from ex-USSR.[87]

[134]

1994 – 64–112 bombs (5 kg/warhead); 50 nuclear-tipped Jericho missiles, 200 total;[138] 300 nuclear weapons.[139]

[137]

1995 – 66–116 bombs (at 5 kg/warhead); 70–80 bombs;[140] "a complete repertoire" (neutron bombs, nuclear mines, suitcase bombs, submarine-borne).[141]

[137]

1996 – 60–80 plutonium weapons, maybe more than 100 assembled, ER variants, variable yields.

[142]

1997 – More than 400 deliverable thermonuclear and nuclear weapons.

[8]

2002 – Between 75 and 200 weapons.

[143]

2004 – 82.

[144]

2006 – More than 185: the British parliament's reported that Israel possessed more warheads than the UK's 185.[145]

Defence Select Committee

2006 – believes that Israel "could have produced enough plutonium for at least 100 nuclear weapons, but probably not significantly more than 200 weapons".[21]

Federation of American Scientists

2008 – 150 or more nuclear weapons.

[146]

2008 – 80 intact warheads, of which 50 are for delivery by ballistic missiles, and the rest bombs for delivery by aircraft. Total military plutonium stockpile 340–560 kg.[147]

re-entry vehicles

2009 – Estimates of weapon numbers differ sharply with plausible estimates varying from 60 to 400.

[148]

2010 – According to Jane's Defence Weekly, Israel has between 100 and 300 nuclear warheads, most of them are probably being kept in unassembled mode but can become fully functional "in a matter of days".

[149]

2010 – "More than 100 weapons, mainly two-stage thermonuclear devices, capable of being delivered by missile, fighter-bomber, or submarine" After extensive renovations, Dimona facility now functioning as new[88]

[33]

2014 – Approximately 80 nuclear warheads for delivery by two dozen missiles, a couple of squadrons of aircraft, and perhaps a small number of sea-launched cruise missiles.

[5]

2014 – "300 or more" nuclear weapons.

[6]

2015 – "Israel has 200, all targeted on Tehran."[150]

[7]

The State of Israel has never made public any details of its nuclear capability or arsenal. The following is a history of estimates by many different sources on the size and strength of Israel's nuclear arsenal. Estimates may vary due to the amount of material Israel has on store versus assembled weapons, and estimates as to how much material the weapons actually use, as well as the overall time in which the reactor was operated:

: Seymour Hersh reports that Israel developed the ability to miniaturize warheads small enough to fit in a suitcase by the year 1973.[195]

Suitcase bomb

: Israel may also have 175 mm and 203 mm self-propelled artillery pieces, capable of firing nuclear shells. There are three battalions of the 175 mm artillery (36 tubes), reportedly with 108 nuclear shells and more for the 203mm tubes. If true, these low yield, tactical nuclear artillery rounds could reach at least 40 kilometres (25 miles), while by some sources it is possible that the range was extended to 72 km (45 mi) during the 1990s.[1]

Tactical nuclear weapon

strike capabilities: Israel allegedly possesses several 1 megaton bombs,[196][197] which give it a very large EMP attack ability.[198] For example, if a megaton-class weapon were to be detonated 400 kilometers above Omaha, Nebraska, US, nearly the entire continental United States would be affected with potentially damaging EMP experience from Boston to Los Angeles and from Chicago to New Orleans.[199] A similar high-altitude airburst above Iran could cause serious damage to all of the electrical systems in the Middle East, and much of Europe.[200]

EMP

: Israel also is reported to have an unknown number of neutron bombs.[1]

Enhanced Radiation Weapon (ERW)

: Israel supposedly has deployed multiple defensive nuclear land mines in the Golan Heights.[30][201][202][203]

Nuclear land mine