Arts, Education, Philosophy, Society

Philosophy: An introduction…

Philosophy & Ethics

While the earliest philosophers sought to understand the earlier universe, it was not long before philosophy turned its attention to humans themselves, and the way we lead our lives. The idea of virtue was central to life in classical society, but difficult to define; concepts of good and evil, happiness, courage and morality became the subjects of debate in the branch of philosophy known as ethics, or moral philosophy.

In trying to ascertain the nature of a virtuous life, philosophers raised the question of what the goal of life should be – what is its ‘purpose’? How should we lead our lives, and to what end? The concept of the ‘good life’, eudemonia, figured largely in Greek philosophy, and embodies not only a virtuous life, but also a happy one. Several different schools of thought emerged as to how this ‘good life’ could be achieved, including the cynics, who believed in harmony with nature, the Epicureans, who believed pleasure to be the greatest good, and the stoics, who believed in acceptance of things beyond our control.

Where ethics and moral philosophy seek to define virtue and what constitutes the ‘good life’, the closely related branch of political philosophy examines the nature of concepts such as justice, and what sought of society can best allow its citizens to lead ‘good’ lives. The problems of how society should be organised and governed were of paramount importance not only to classical Greece, but also in the development of nation-states in China at much the same time, and elsewhere as new civilisations emerged.

As a branch of philosophy, political philosophy deals with ideas of justice, liberty and rights, and the relationship between a state and its citizens. It also examines various forms of government, such as monarchy, aristocracy, oligarchy, tyranny and democracy, and how each affects the rights and freedoms of the individual, as well as examining the relationship in how they exert their authority through the rule of law.

Aesthetics

As the classical Greek philosophers sought to define concepts such as virtue and justice, giving rise to the branches of moral and political philosophy, they also asked the question: ‘What is beauty?’ This is the fundamental question of aesthetics. As a branch of philosophy, aesthetics tries to establish what, if any, objective criteria there are for judging whether something is beautiful, but, in a wider sense also examines all aspects of art – including the very basic question ‘What is art?’

At various times in history, the emphasis of aesthetics has moved from what constitutes art to the religious or socio-political significance of works of art, a general theory of our appreciation of art and how we perceive it, and the process of artistic creativity itself. Philosophical and ethical problems are also raised when considering such matters as the authenticity of a work of art or the sincerity of its creator.

Eastern and Western philosophies

Although the tradition that began in ancient Greece still tends to dominant philosophical discussion in the Western world, philosophy is by no means restricted to that single tradition. Thinkers such as Laozi and Confucius in China also founded their own traditions of philosophy from different starting points, as, arguably, did Buddha in India. For them, and subsequent Eastern philosophers, questions of metaphysics were considered to be adequately explained by religion – hence the Eastern traditions are much more focused on concepts of virtue and the way in which we should lead our lives. In China especially, this moral philosophy was adopted by the ruling dynasties and took on a political dimension.

Eastern and Western philosophies developed very separately until the 19th century, when European philosophers, notably Schopenhauer, began to take an interest in Indian religious and philosophical thought. Elements of Eastern philosophy have subsequently been incorporated into some branches of Western philosophy.

Philosophy vs. religion

Religion and philosophy offered two distinctly different approaches to answering our questions about the world about us – religion through belief, faith and divine revelation, and philosophy through reason and argument – but they often cover much the same ground and are sometimes interrelated. Eastern philosophy developed side by side with religion, and Islam saw no incompatibility between its theology and the philosophy it inherited from the classical world, but the relationship between Western philosophy and Christianity was very often uneasy. Church authorities in the medieval period saw philosophy as a challenge to their dogma, and Christian philosophers risked being branded as heretics for attempting to incorporate Greek philosophical ideas into Christian doctrine. But more than that, philosophy also brought into question issues of belief as opposed to knowledge, faith as opposed to reason – questioning, for example, whether there was any evidence for miracles or even whether the existence of God could be proved.

Philosophy vs. science

Throughout much of the history of philosophy, there was no such thing as science in its modern form: in fact, it was from philosophical enquiry that modern science has evolved. The questions that metaphysics set out to answer about the structure and substance of the universe prompted theories that later became the foundations of ‘natural philosophy’, the precursor of what we now call physics. The process of rational argument, meanwhile, underpins the ‘scientific method’.

Since the 18th century, many of the original questions of metaphysics have been answered by observation, experiment and measurement, and philosophy appeared to be redundant in these areas. Philosophers have since changed their focus to examine science itself. Some, like Hume, challenged the validity of inductive reasoning in science, while others sought to clarify the meaning of terms used by science, opening up a ‘philosophy of science’ that considers areas such as scientific ethics and the way science makes progress.

 

ONE of the features of philosophy that distinguishes it from other ways at looking at the world is that its students are encouraged not to accept the conclusions of their teachers, but to discuss, argue and even disagree. This is exactly what happened in the very first school of philosophy, the Milesian school founded by Thales: his student Anaximander asked if the Earth was supported by water then what supported that? He suggested that the Earth was a drum-shaped cylinder hanging in space, with one of the flat surfaces forming the world we live on. Anaximander, also had a pupil, Anaximenes, who said that the world was self-evidently flat and floated on air. Using the same sort of arguments as Thales, he concluded that the single element from which everything is made is air. Although the conclusions of the Milesian philosophers seem to us hopelessly wrong in the light of later scientific discoveries, the process of reasoning used to reach them – especially argument and counter-argument – still forms the basis for philosophical investigation.

The argument Anaximander used to challenge his teacher’s theory of the Earth floating on water involved an idea that crops up in several strands of philosophy. If the world is supported by a body of water, then what supports the water? And then, what supports that? And so on, ad infinitum. The same pattern can be seen in arguments involving cause and effect: if something causes something else, then what causes that? This apparently unending chain is called infinite regress. Some philosophers saw the existence of infinite regress as proof that the universe is eternal, but many were uncomfortable with the idea and proposed that there must be an original or first cause for everything (an idea that chimes with the modern theory of the Big Bang). For some, the first cause or ‘prime mover’ was an abstract idea akin to pure thought or reason, but, for medieval Christian philosophers especially, it was God: indeed, the idea of a first cause was at the heart of Thomas Aquinas’s cosmological argument for the existence of God.

Heraclitus: everything is in flux

In contrast to the school of philosophy founded by Thales at Miletus, just along the Ionian coast in the city of Ephesus lived a solitary thinker, Heraclitus, who had very different philosophical views. Rather than suggesting a single element from which everything was derived, he suggested an underlying principle – that of change. Heraclitus saw everything as consisting of opposing properties or tendencies, which come to together to make up the substance of the world. The analogy he gave was that the path up a mountain is the same as the path down.

In this theory, known as the ‘unity of opposites’, the tension and contradiction of opposing forces is what creates reality, but is inherently unstable. Therefore, everything is constantly changing: everything is in a state of flux. Just as the water in a river is constantly flowing onwards, but the river itself remains the same, that which we consider to be permanent, unchanging reality consists not of objects, but processes.

– This concludes An introduction to Philosophy. Further entries in this area will be offered in the future.

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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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