Wednesday, September 13, 2017

Paperclip - poaching German scientists

Operation Paperclip > .
Paperclip 2: CIA and Nazi scientists - Partners in (War)crime - WW2 Doc > .
Spies & Ties - WW2 >> .


Operation Paperclip - in the early part of the Nuclear race in the post-War period, the USA managed to use the German scientists to gain upper hand.

The United States created the Combined Intelligence Objectives Subcommittee (CIOS). This provided the information on targets for the T-Forces that went in and targeted scientific, military and industrial installations (and their employees) for their know-how. Initial priorities were advanced technology, such as infrared, that could be used in the war against Japan; finding out what technology had been passed on to Japan; and finally to halt the research.
Operation Paperclip was a secret program of the Joint Intelligence Objectives Agency (JIOA) largely carried out by Special Agents of Army CIC, in which more than 1,600 German scientists, engineers, and technicians, such as Wernher von Braun and his V-2 rocket team, were taken from Germany to America for U.S. government employment, primarily between 1945 and 1959. Many were former members, and some were former leaders, of the Nazi Party.

Field Information Agency; Technical (FIAT): US Army agency for securing the "major, and perhaps only, material reward of victory, namely, the advancement of science and the improvement of production and standards of living in the United Nations, by proper exploitation of German methods in these fields"; FIAT ended in 1947, when Operation Paperclip began functioning.

The primary purpose for Operation Paperclip was U.S. military advantage in the Soviet–American Cold War, and the Space Race. The Soviet Union was more aggressive in forcibly recruiting more than 2,200 German specialists—a total of more than 6,000 people including family members—with Operation Osoaviakhim during one night on October 22, 1946.

The Joint Chiefs of Staff (JCS) established the first secret recruitment program, called Operation Overcast, on July 20, 1945, initially "to assist in shortening the Japanese war and to aid our postwar military research". The term "Overcast" was the name first given by the German scientists' family members for the housing camp where they were held in Bavaria. In late summer 1945, the JCS established the JIOA, a subcommittee of the Joint Intelligence Community, to directly oversee Operation Overcast and later Operation Paperclip. The JIOA representatives included the army's director of intelligence, the chief of naval intelligence, the assistant chief of Air Staff-2 (air force intelligence), and a representative from the State Department. In November 1945, Operation Overcast was renamed Operation Paperclip by Ordnance Corps (United States Army) officers, who would attach a paperclip to the folders of those rocket experts whom they wished to employ in America.

In a secret directive circulated on September 3, 1946, President Truman officially approved Operation Paperclip and expanded it to include one thousand German scientists under "temporary, limited military custody".
https://en.wikipedia.org/wiki/Operation_Paperclip .
https://en.wikipedia.org/wiki/Joint_Intelligence_Objectives_Agency (CIOS) .
https://en.wikipedia.org/wiki/Field_Information_Agency,_Technical .

British parallels:

  • Operation Backfire: A British effort at recovering rocket and aerospace technology, followed by assembling and testing rockets at Cuxhaven.
  • Fedden Mission: British mission to gain technical intelligence concerning advanced German aircraft and their propulsion systems.
  • Operation Surgeon: British operation for denying German aeronautical expertise to the USSR, and for exploiting German scientists in furthering British research.

Wernher Magnus Maximilian Freiherr von Braun (23 March 1912 – 16 June 1977) was a German-born American aerospace engineer and space architect. He was the leading figure in the development of rocket technology in Nazi Germany and a pioneer of rocket and space technology in the United States.

While in his twenties and early thirties, von Braun worked in Nazi Germany's rocket development program. He helped design and co-developed the V-2 rocket at Peenemünde during WW2. Following the war he was secretly moved to the United States, along with about 1,600 other German scientists, engineers, and technicians, as part of Operation Paperclip. He worked for the United States Army on an intermediate-range ballistic missile program, and he developed the rockets that launched the United States' first space satellite Explorer 1.

In 1960, his group was assimilated into NASA, where he served as director of the newly formed Marshall Space Flight Center and as the chief architect of the Saturn V super heavy-lift launch vehicle that propelled the Apollo spacecraft to the Moon.[6][7] In 1967, von Braun was inducted into the National Academy of Engineering, and in 1975, he received the National Medal of Science. He advocated for a human mission to Mars.


Bioweapons ..

68-1-5 Prague Spring

.1968-1-5: Prague Spring - Alexander Dubček → leader of Czechoslovakia - HiPo > .

On 5 January 1968, the Prague Spring began when Alexander Dubček became the new First Secretary of the Communist Party of Czechoslovakia (KSČ).

Dubček was a committed communist, and had been First Secretary of the Communist Party of Slovakia since 1963 although he struggled to work with Antonín Novotný, the President of Czechoslovakia. Under Novotný’s control the country had experienced a slow and uneasy move towards de-Stalinisation while suffering a huge economic downturn.

Frustrated by the President’s failure to effectively restructure the country, Dubček and other reformists challenged him at a meeting of the Central Committee in October 1967. In response Novotný secretly invited the Soviet leader Leonid Brezhnev to visit Czechoslovakia to secure his support. However, this plan backfired when Brezhnev learned just how unpopular Novotný was and instead gave his support to those who wished to remove him from power.

Dubček replaced Novotný as the leader of Czechoslovakia on 5 January 1968 and quickly began to introduce a series of political and economic reforms. Known as ‘socialism with a human face’ this programme was intended to keep the Communist Party in control of the government while allowing some mild democratisation and political liberalisation.

As the reforms took hold, the government was faced with public demands to go even further. At the same time, the USSR and its allies in the Warsaw Pact began pressuring Dubček to bring what had become known as the Prague Spring under control. On 20 August the countries of the Warsaw Pact took matters in to their own hands and moved their armed forces into Czechoslovakia.

The Prague Spring was a period of political liberalization and mass protest in the Czechoslovak Socialist Republic. It began on 5 January 1968, when reformist Alexander Dubček was elected First Secretary of the Communist Party of Czechoslovakia (KSČ), and continued until 21 August 1968, when the Soviet Union and other Warsaw Pact members invaded the country to suppress the reforms.

The Prague Spring reforms were a strong attempt by Dubček to grant additional rights to the citizens of Czechoslovakia in an act of partial decentralization of the economy and democratization. The freedoms granted included a loosening of restrictions on the media, speech and travel. After national discussion of dividing the country into a federation of three republics, Bohemia, Moravia-Silesia and Slovakia, Dubček oversaw the decision to split into two, the Czech Socialist Republic and Slovak Socialist Republic.[1] This dual federation was the only formal change that survived the invasion.

The reforms, especially the decentralization of administrative authority, were not received well by the Soviets, who, after failed negotiations, sent half a million Warsaw Pact troops and tanks to occupy the country. The New York Times cited reports of 650,000 men equipped with the most modern and sophisticated weapons in the Soviet military catalogue.[2] A massive wave of emigration swept the nation. Resistance was mounted throughout the country, involving attempted fraternization, sabotage of street signs, defiance of curfews, etc. While the Soviet military had predicted that it would take four days to subdue the country, the resistance held out for eight months until diplomatic maneuvers finally circumvented it. It became a high-profile example of civilian-based defense; there were sporadic acts of violence and several protest suicides by self-immolation (the most famous being that of Jan Palach), but no military resistance. Czechoslovakia remained controlled by the Soviet Union until 1989, when the Velvet Revolution peacefully ended the communist regime; the last Soviet troops left the country in 1991.

After the invasion, Czechoslovakia entered a period known as normalization (Czech: normalizace, Slovak: normalizácia), in which new leaders attempted to restore the political and economic values that had prevailed before Dubček gained control of the KSČ. Gustáv Husák, who replaced Dubček as First Secretary and also became President, reversed almost all of the reforms. The Prague Spring inspired music and literature including the work of Václav Havel, Karel Husa, Karel Kryl and Milan Kundera's novel The Unbearable Lightness of Being.

Monday, September 11, 2017

Rockall

A tiny granite island in the North Atlantic assumed international importance in the Cold War, causing it to be annexed by Great Britain. It remains important.

Rosenberg Trial

Rosenberg Spy Affair - How the USSR obtained Nuclear Weapons - tcw > .
MAD World - History of the Cold War | Free >> .



Julius and Ethel Rosenberg were American citizens who spied on behalf of the Soviet Union and were tried, convicted, and executed by the federal government of the United States. They provided top-secret information about radar, sonar, and jet propulsion engines and were accused of transmitting valuable nuclear weapon designs; at that time the United States was the only country in the world with nuclear weapons.

Other convicted co-conspirators were sentenced to prison, including Ethel's brother, David Greenglass (who had made a plea agreement), Harry Gold, and Morton Sobell. Klaus Fuchs, a German scientist working in Los Alamos, was convicted in the United Kingdom.

For decades, the Rosenbergs' sons Michael and Robert Meeropol, and many other defenders maintained that Julius and Ethel were innocent of spying on their country and were victims of Cold War paranoia. After the fall of the Soviet Union, much information concerning them was declassified, including a trove of decoded Soviet cables, code-named VENONA, which detailed Julius's role as a courier and recruiter for the Soviets and Ethel's role as an accessory. In 2008 the National Archives of the United States published most of the grand jury testimony related to the prosecution of the Rosenbergs; it revealed that Ethel had not been directly involved in activities, contrary to the charges levied by the government.

Their sons' current position is that Julius was legally guilty of the conspiracy charge, though not of atomic spying, while Ethel was only generally aware of his activities. The children say that their father did not deserve the death penalty and that their mother was wrongly convicted. They continue to campaign for Ethel to be posthumously legally exonerated.

In 2014, five historians who had published works based on the Rosenberg case wrote that newly available Soviet documents show that Ethel Rosenberg hid money and espionage paraphernalia for Julius, served as an intermediary for communications with his Soviet intelligence contacts, relayed her personal evaluation of individuals whom Julius considered recruiting, and was present at meetings with his sources. They support the assertion that Ethel persuaded her sister-in-law Ruth Greenglass to travel to New Mexico to recruit her brother David Greenglass as a spy.

Sunday, September 10, 2017

SCN - Skeleton Cable Network


The BT Tower is a grade II listed communications tower located in Fitzrovia, London, owned by BT Group. It has been previously known as the GPO Tower, the Post Office Tower, and the British Telecom Tower. The main structure is 177 metres (581 ft) high, with a further section of aerial rigging bringing the total height to 189 metres (620 ft). Its Post Office code was YTOW.

Upon completion in 1964, it overtook the Millbank Tower to become the tallest building in both London and the United Kingdom, titles that it held until 1980, when it in turn was overtaken by the NatWest Tower.

The tower was commissioned by the General Post Office (GPO). Its primary purpose was to support the microwave aerials then used to carry telecommunications traffic from London to the rest of the country, as part of the General Post Office microwave network.

Due to its importance to the national communications network, information about the tower was designated an official secret. In 1978, the journalist Duncan Campbell was tried for collecting information about secret locations, and during the trial the judge ordered that the sites could not be identified by name; the Post Office Tower could only be referred to as 'Location 23'.

The British Telecom microwave network (Backbone) was a network of point-to-point microwave radio links in the United Kingdom, operated at first by the General Post Office, and subsequently by its successor BT plc. From the late 1950s to the 1980s it provided a large part of BT's trunk communications capacity, and carried telephone, television and radar signals and digital data, both civil and military. Its use of line-of-sight microwave transmission was particularly important during the Cold War for its resilience against nuclear attack. It was rendered obsolete, at least for normal civilian purposes, by the installation of a national optical fibre communication network with considerably higher reliability and vastly greater capacity.

The term 'backbone' is often applied to the core of a communications network, i.e. the part that provides high-capacity links over long distances between major nodes. In the early 1950s, the term was used by the General Post Office (BT's predecessor) to describe a chain of microwave links designed to provide resilient communications in the event of nuclear war. It was originally designed as a chain of stations between south-east England and Scotland. The exact location of the Backbone sites changed as the project developed, but in July 1956 there were 14 planned sites at (from south to north).

BT remains one of the largest owners of transmission and microwave towers in the UK. The most famous of these is the BT Tower in London, which was the tallest building in the UK from its construction in the 1960s until the early 1980s, and a major node in the BT microwave network.

It is often said that the tower did not appear on Ordnance Survey maps, despite being a 177-metre (581 ft) tall structure in the middle of central London that was open to the public for about 15 years. However, this is incorrect; the 1:25,000 (published 1971) and 1:10,000 (published 1981) Ordnance Survey maps show the tower. It is also shown in the London A–Z street atlas from 1984.

In February 1993, the MP Kate Hoey used the tower as an example of trivial information being kept officially secret, and joked that she hoped parliamentary privilege allowed her to confirm that the tower existed and to state its street address.
It replaced a much shorter steel lattice tower which had been built on the roof of the neighbouring Museum telephone exchange in the late 1940s to provide a television link between London and Birmingham. The taller structure was required to protect the radio links' "line of sight" against some of the tall buildings in London then in the planning stage. These links were routed via other GPO microwave stations at Harrow Weald, Bagshot, Kelvedon Hatch and Fairseat, and to places like the London Air Traffic Control Centre at West Drayton.

The tower was designed by the architects of the Ministry of Public Building and Works: the chief architects were Eric Bedford and G. R. Yeats. Typical for its time, the building is concrete clad in glass. The narrow cylindrical shape was chosen because of the requirements of the communications aerials: the building will shift no more than 25 centimetres (10 in) in wind speeds of up to 150 km/h (95 mph). Initially, the first 16 floors were for technical equipment and power. Above that was a 35-metre section for the microwave aerials, and above that were six floors of suites, kitchens, technical equipment, a revolving restaurant, and finally a cantilevered steel lattice tower. To prevent heat build-up, the glass cladding was of a special tint. The construction cost was £2.5 million.

Construction began in June 1961; owing to the building's height and its having a tower crane jib across the top virtually throughout the whole construction period, it gradually became a very prominent landmark that could be seen from almost anywhere in London. A question was raised in Parliament about the crane, in August 1963. Reginald Bennett MP asked the Minister of Public Buildings and Works, Geoffrey Rippon, how, when the crane on the top of the new Tower had fulfilled its purpose, he proposed to remove it. Rippon replied: "This is a matter for the contractors. The problem does not have to be solved for about a year but there appears to be no danger of the crane having to be left in situ."

The tower was topped out on 15 July 1964, and officially opened by the then Prime Minister Harold Wilson on 8 October 1965. The main contractor was Peter Lind & Co Ltd.

The tower was originally designed to be just 111 metres (364 ft) high; its foundations are sunk down through 53 metres (174 ft) of London clay, and are formed of a concrete raft 27 metres (89 ft) square, 1 metre (3 ft) thick, reinforced with six layers of cables, on top of which sits a reinforced concrete pyramid.

sī vīs pācem, parā bellum

igitur quī dēsīderat pācem praeparet bellum    therefore, he who desires peace, let him prepare for war sī vīs pācem, parā bellum if you wan...