Government, Iran, Politics, Society, United Nations, United States

Iran and nuclear talks…

IRAN

Intro: Yet whatever comes of these negotiations will make it unlikely they will be seen as historic. If a comprehensive agreement is signed by the end of June it will be regarded as an important milestone passed on the way

The lengthy and protracted talks in Lausanne between Iran and six world powers in forging a deal to constrain its nuclear programme ran straight through the March 31st deadline. The cause of the overrun (and hence the need for more haggling) has been due to the tension between the fuzzy declaration of principles that the Iranians would prefer and the detailed framework agreement that the United States would need to persuade a sceptical Congress to postpone a vote on new sanctions on April 14th.

For Iran, any deal would require the staged lifting of sanctions. The Americans want precise numbers on how many uranium enrichment centrifuges Iran can activate, the exact quantities of uranium held and how much plutonium can be discharged at the reactor at Arak. At this stage, though, the Iranians want to avoid the specifics on its nuclear limits, while eager to secure firm commitments on the lifting of sanctions – particularly those imposed by the United Nations. For its part, the West wants automatic ‘snap-back’ on sanctions if any serious violation by Iran is detected, but Iran has rejected this demand.

Yet whatever comes of these negotiations will make it unlikely they will be seen as historic. If a comprehensive agreement is signed by the end of June it will be regarded as an important milestone passed on the way. But if the process collapses, the accord would amount to no more than a brave effort that met with failure.

The broad aim in Lausanne is to leave Iran free from most of the sanctions and far enough from acquiring a nuclear weapon. But the apparent inability to nail down critical details and the number of issues that remain unresolved means that the next phase of talks are likely to be even tougher. For America and its allies, forestalling Iran on the building of a nuclear weapon is first and foremost, as this would reduce the incentives for other regional powers, such as Saudi Arabia and Egypt, to move towards the nuclear threshold themselves.

The yardstick is Iran’s ‘breakout capability’. This is the time it would take to produce enough weapons-grade uranium for one device. Extending it from a couple of months, the situation today, to at least a year is a sensible and quantifiable goal. Iran had previously indicated it would cut its number of operating centrifuges to about 6,500. Not yet agreed is the amount of low-enriched uranium Iran will be allowed to stockpile – a variable which directly links to the number of centrifuges it can keep.

Iran requires low-enriched uranium for its medical and other civilian projects, but such stockpiles can easily be enriched to weapons grade material. However, the biggest problems which still need to be tackled lie elsewhere. There remains ambiguity about what rights the Iranians will have to continue nuclear research and development. Iran is working on centrifuges up to 20 times faster than today’s which they want to start deploying when the agreement’s first ten years are up. Better centrifuges would reduce the size of the covert enrichment facilities that Iran would need to build a weapon if it were so intent on escaping the agreement’s scriptures. That’s a real concern, as detection by the West would be far more difficult.

This leads to the issue on which everything else will eventually hinge. Iran has a long history of deception about its nuclear programme. For instance, it only declared its two enrichment facilities at Natanz and Fordow following exposure by U.S. intelligence. A highly intrusive inspection and verification regime is thus essential, and would have to continue long after other elements of an agreement expire. Compliance would mean inspectors from the IAEA being able to inspect any facility, declared or otherwise, civil or military, on demand.

IAEA powers are far more sweeping than those which exist under the safeguard agreements that are part of the Nuclear Non-Proliferation Treaty (NPT). Under the ‘additional protocol’ granted to the IAEA, inspectors are allowed not only to verify that declared nuclear material is not being squirrelled away for military use but also to check for undeclared nuclear material and activities. In Iran’s case, such powers for the IAEA are seen as essential.

For a deal to be concluded in June, Tehran will have to consent to such a rigorous inspection regime. It will also have to address a string of questions posed by the IAEA over the ‘possible military dimensions’ of its nuclear programme. On March 23rd IAEA’s director, Yukiya Amano, said that Iran had only replied to one of those questions. Parchin, a military base which the IAEA believes may have been used for testing the high-explosive fuses that are needed to implode, and thus set off, the uranium or plutonium at the core of a bomb, remains strictly out of bounds. Nor has the agency been given access to some of Iran’s leading scientists such as Mohsen Fakhrizadeh, the physicist and Revolutionary Guard officer who is alleged to be at the heart of the research on weapons development.

The IAEA’s report on Iran in February stated that it ‘remains concerned about the possible existence – of undisclosed nuclear-related activities – including activities related to the development of a nuclear payload for a missile.’ Iran insists it will only sign up to strict new inspections when all the main elements of the deal are in place.


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IT WOULD APPEAR that the talks in Lausanne concerning Iran’s nuclear ambitions are nearing a deal. But there will be questions as to whether the agreement is a good one, or whether indeed it allows Iran to keep a stockpile of centrifuges that can then be used to produce weapons grade enriched uranium. Analysts will be scrutinising the deal for signs of how this agreement will help move towards global security.

Iran continues to insist that it wants the nuclear technology for power plants and peaceful purposes only. It would be fair to say that there is a degree of scepticism around that as, Israel, for instance, remains very concerned and has threatened to attack Iran if it feels that is the only way to protect itself from nuclear attack. Israel’s rhetoric should not just be taken as soundbites. Israel has carried out a number of airstrikes in protection of its sovereignty over the years as far back as 1981. Then it carried out the world’s first airstrike against a nuclear plant when its jets bombed a French-built site in Iraq. Perhaps under US pressure Prime Minister Binyamin Netanyahu has not played up past threats to attack Iran.

Whilst the Israelis are not party to the talks that is not to say they are in favour of how the talks are going. The deal being proposed in Switzerland now has taken some 18-months to arrive at. Mr Netanyahu has reiterated his opposition to the draft, saying it ‘bears out all of our fears, and even more than that’. Others, like the British, insist that any deal must put the bomb beyond the reach of Iran. But the problem here is that Israel does not believe that the restrictions being imposed would do that if Iran chose to suddenly abandon the agreement and gear up its nuclear programme through clandestine means.

There are only eight countries that have successfully detonated nuclear weapons – the United States, Russia, Britain, France, China, India, Pakistan and North Korea. It is widely believed that Israel also has nuclear weapons, a point the country is deliberately vague about.

The sceptics will always say that any deal will simply legitimise parts of the process and therefore make it easier for Iran to build a nuclear weapon should it choose to do so. There will also be long-term doubts about keeping all the necessary equipment and expertise for bomb-making out of Iran. How can we ever be sure the sanctions being applied are effective and fully-working for which they were intended?

In a passive sense, and in the long-term, it is surely better to have negotiations that keep Iran talking to the international community, as isolation would probably work against long-term peace and security.

Putting the bomb beyond reach is imperative. And the processes involved to make sure that does indeed happen must be verifiable, with confidence and accountability in that verification process.

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Britain, History, Military, Second World War, Society, United States

Dresden and the Allied bombings of World War II…

70 YEARS ON

Today, the blossoming of Dresden in the east of Germany stands in stark contrast to how the city looked from the ruins of the Allied bombings towards the end of World War II.

British and American bombers dropped 3,900 tonnes of explosives on the Saxony city during four raids on 13th-15th February 1945, killing an estimated 25,000 people and reducing the city to rubble.

The bombing, ordered by Royal Air Force marshal Sir Arthur ‘Bomber’ Harris, was widely criticised because of the indiscriminate and ‘blanket bombing’ which hit civilian areas as well as military targets – killing thousands of innocents.

Over two days and nights in February 1945, 722 heavy bombers of the British Royal Air Force (RAF) and 527 of the United States Army Air Forces (USAAF), turned the city into a sea of flames and rubble.

The resulting firestorm is said to have reached temperatures of over 1,500C (2,700F), destroying over 1,600 acres of the city centre.

The victims – mostly women and children – died in savage firestorms whipped up by the intense heat of 2,400 tons of high explosive and 1,500 tons of incendiary bombs.

It was initially claimed that up to 250,000 civilians lost their lives in the Dresden bombings but an official report released after the war showed the casualty figure was in fact closer to between 22,500 and 25,000.

A police report written shortly after the bombings showed that the city centre firestorm had destroyed almost 12,000 houses, including 640 shops, 18 cinemas, 39 schools, 26 public houses and the city zoo.

The destruction of Dresden has been subjected to much fierce debate in the 70 years since the war. No one has ever been charged over the bombings, but several historians both in Germany and former Allied nations hold the opinion that the bombing was a war crime.

British Prime Minister Winston Churchill, ultimately responsible for the attack, distanced himself from the bombing of Dresden shortly afterwards.

An RAF memo issued to airmen on the night of the attack said:

… ‘Dresden, the seventh largest city in Germany and not much smaller than Manchester is also the largest unbombed built-up area the enemy has got. In the midst of winter with refugees pouring westward and troops to be rested, roofs are at a premium, not only to give shelter to workers, refugees, and troops alike, but to house the administrative services displaced from other areas.

… At one time, and well known for its china, Dresden has developed into an industrial city of first-class importance…. The intentions of the attack are to hit the enemy where he will feel it most, behind an already partially collapsed front… and incidentally to show the Russians when they arrive what Bomber Command can do.’

Bomber Command, which suffered the highest casualty rate of any British unit, losing 55,573 of its 125,000 men, eventually gained a memorial in 2012, but sections of society in Britain were outraged and disgusted with public recognition being given to such attacks. It is the view of many that such a memorial should never have been authorised by the British Government because of the attacks on civilians and on non-strategic targets.

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Arts, Research, Science, Technology, United States

DNA Phenotyping…

FORENSIC COMPUTER SCIENCE

Intro: DNA Phenotyping is the prediction of physical appearance from DNA

Until now, DNA left at the scene of a crime only proved useful if it was already stored in a database and could be matched to a suspect.

A team of forensic experts, however, have now devised a way to recreate the face of a person, including eye and skin colour, using as little as 50 picograms (0.05 nanograms) of extracted DNA.

Called DNA phenotyping, the tests also determine the person’s ancestry, if they have freckles and can be used to match with distant relatives.

DNA phenotyping is the prediction of physical appearance from DNA and is a technique being pioneered by Virginia-based Parabon Nanolabs (example pictured). The technology can be used to generate leads in cases where there are no suspects or database hits, or to help identify remains, for example.

DNA phenotyping is the prediction of physical appearance from DNA and is a technique being pioneered by Virginia-based Parabon Nanolabs (example pictured). The technology can be used to generate leads in cases where there are no suspects or database hits, or to help identify remains, for example.

DNA phenotyping is the prediction of physical appearance from DNA and is a technique being pioneered by Virginia-based Parabon Nanolabs.

The technology can be used to generate leads in criminal cases where there are no suspects or database hits, or to help identify remains, for example.

Samples can be potentially taken from as little as a fingerprint.

Parabon’s Snapshot Forensic system is said to be able to accurately predict genetic ancestry, eye colour, hair colour, skin colour, freckling, and face shape in individuals from any ethnic background.

Each prediction is presented with a ‘measure of confidence’.

As an example, the test can say a person has green eyes with 61 per cent confidence, green or blue with 79 per cent confidence, and that they definitely don’t have brown eyes, with 99 per cent confidence.

Based on ancestry, and other markers, the test also creates a likely facial shape.

From all of this information, it builds a computer generated e-fit.

And the test will predict how two people are related, as distant as third cousins, and great-great-great-great-grandparents.

‘DNA carries the genetic instruction set for an individual’s physical characteristics, producing the wide range of appearances among people,’ explained Parabon Nanolabs.

‘By determining how genetic information translates into physical appearance, it is possible to “reverse-engineer” DNA into a physical profile.

‘Snapshot reads tens of thousands of genetic variants from a DNA sample and uses this information to predict what an unknown person looks like.’

The project was supported with funding from the the US Department of Defense (DoD).

Samples can be taken from as little as a fingerprint. Parabon's Snapshot Forensic system is said to be able to accurately predict genetic ancestry, eye colour, hair colour, skin colour, freckling, and face shape in individuals from any ethnic background (example pictured).

Samples can be taken from as little as a fingerprint. Parabon’s Snapshot Forensic system is said to be able to accurately predict genetic ancestry, eye colour, hair colour, skin colour, freckling, and face shape in individuals from any ethnic background (example pictured).

Each prediction is presented with a ‘measure of confidence’. As an example, the test can say a person has green eyes with 61 per cent confidence, green or blue with 79 per cent confidence, and that they definitely don’t have brown eyes, with 99 per cent confidence. A series of example charts is pictured.

Each prediction is presented with a ‘measure of confidence’. As an example, the test can say a person has green eyes with 61 per cent confidence, green or blue with 79 per cent confidence, and that they definitely don’t have brown eyes, with 99 per cent confidence. A series of example charts is pictured.

Ellen McRae Greytak, Parabon’s director of bioinformatics told Popular Science that the system has been used in 10 cases across the US, and the first department to release a Snapshot report was the Columbia Police Department.

It produced a profile for a ‘person of interest’ in the murder of 25-year-old Candra Alston and her daughter Malaysia Boykin in 2011. (Investigators in South Carolina are hoping the DNA technique could lead to to a breakthrough in the unsolved murder case of Malaysia Boykin, three, (left) and her mother Candra Alston (right) in 2011).

The only piece of evidence left at the scene was an unspecified DNA sample.

There were no witnesses to the murder, so the local authorities turned to the forensic phenotyping and found the person was a male with dark-skinned, brown hair and brown eyes (profile pictured).

There were no witnesses to the murder, so the local authorities turned to the forensic phenotyping and found the person was a male with dark-skinned, brown hair and brown eyes (profile pictured).

There were no witnesses to the murder, so the local authorities turned to the forensic phenotyping and found the person was a male with dark-skinned, brown hair and brown eyes.

Mark Vinson, a cold case investigator with the Columbia police department, said that more than 200 people were interviewed in connection with the deaths.

Around 150 of them submitted their DNA – but none matched the sample left at the scene.

 

Ancillary:

FIND LONG-LOST RELATIVES USING YOUR DNA

Family history site Ancestry has extended its AncestryDNA service – a home testing kit that unlocks the secrets of a person’s genetic ethnicity – to the UK.

The results can be cross-checked with millions of family trees to help people discover unknown relatives.

It uses microarray-based autosomal DNA testing, which looks at person’s entire genome at more than 700,000 locations using saliva.

Since it was released in 2012, AncestryDNA has been used by around 700,000 people.

All of these results have been stored on a secure, encrypted database, and each set of results is linked to a person’s individual Ancestry account and subsequent family tree.

AncestryDNA can help people identify relationships with unknown relatives through a list of possible DNA member matches.

 

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