James Fanu - Why Us? - How Science Rediscovered the Mystery of Ourselves

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The imperative to 'know thyself' is both fundamental and profoundly elusive – for how can we ever truly comprehend the drama and complexity of the human experience?In ‘Why Us?’ James Le Fanu offers a fascinating exploration of the power and limits of science to penetrate the deep mysteries of our existence, challenging the certainty that has persisted since Charles Darwin's Origin of Species that we are no more than the fortuitous consequence of a materialist evolutionary process.That challenge arises, unexpectedly, from the two major projects that promised to provide definitive proof for this most influential of scientific theories. The first is the astonishing achievement of the Human Genome Project, which, it was anticipated, would identify the genetic basis of those characteristics that distinguish humans from their primate cousins. The second is the phenomenal advance in brain imaging that now permits neuroscientists to observe the brain 'in action' and thus account for the remarkable properties of the human mind.But that is not how it has turned out. It is simply not possible to get from the monotonous sequence of genes along the Double Helix to the near infinite diversity of the living world, nor to translate the electrical firing of the brain into the creativity of the human mind. This is not a matter of not knowing all the facts. Rather, science has inadvertently discovered that its theories are insufficient to conjure the wonder of the human experience from the bare bones of our genes and brains.We stand on the brink of a tectonic shift in our understanding of ourselves that will witness the rediscovery of the central premise of Western philosophy that there is 'more than we can know'. Lucid, compelling and utterly engaging, ‘Why Us?’ offers a convincing and provocative vision of the new science of being human.

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The landmarks of this post-war scientific achievement are familiar enough: for medicine, there are antibiotics and the pill, heart transplants and test tube babies (and much else besides); for electronics, the mobile phone and the Internet; for space exploration, the Apollo moon landing of 1969 and the epic journey of Voyagers I and II to the far reaches of our solar system. But these last fifty years have witnessed something yet more remarkable still – a series of discoveries that, combined together, constitute the single most impressive intellectual achievement of all time, allowing us to ‘hold in our mind’s eye’ the entire sweep of the history of the universe from its beginning till now. That history, we now know, starts fifteen thousand million years ago (or thereabouts) with the Big Bang, ‘a moment of glory too swiftand expansive for any form of words [when] a speck of matter became in a million millionth of a second something at least ten million million million times bigger’. Eleven thousand million years pass, and a massive cloud of gas, dust, pebbles and rocks in a minor galaxy of that (by now) vast universe coalesces around a young sun to create the planets of our solar system. Another thousand million years pass, the surface of the earth cools and the first forms of life emerge from some primeval swamp of chemicals. Yet another two and a half thousand million years elapse till that moment a mere(!) five million years ago when the earliest of our ancestors first walked upright across the savannah plains of central Africa.

And again, within living memory we knew none of this, neither how the universe came into being, nor its size and composition; neither how our earth was born, nor how its landscape and oceans were created; neither the timing of the emergence of life, nor the ‘universal code’ by which all living things reproduce their kind; neither the physical characteristics of our earliest ancestors, nor the details of their evolutionary transformation to modern man. Now we do, and holding this historical sweep ‘in our mind’s eye’ it is possible to appreciate the intellectual endeavour that underpins it will never, can never, be surpassed. How astonishing to realise that today’s astronomers can detect the distant echoes of that ‘moment of glory’ of the Big Bang all those billions of years ago, and capture in those astonishing images transmitted from the Hubble telescope the very processes that brought our solar system into existence. How astonishing that geologists should have discovered that massive plates of rock beneath the earth’s surface, moving at the rate of a centimetre a year, should have formed its continents and oceans, the mountains and valleys of the snow-capped Himalayas thrust upwards by the collision of the Indian subcontinent with the Asian landmass. How astonishing, too, that biologists should now understand the internal workings of the microscopic cell, and how the arrangements of the same four molecules strung out along the elegant spiral of the Double Helix contain the ‘master plan’ of every living thing that has ever existed.

It is impossible to convey the intellectual exhilaration of such momentous discoveries, but the account by Donald Johanson of finding the first near-complete skeleton of our three-and-a-half-million-year-old hominid ancestor ‘Lucy’ conveys something of the emotions felt by so many scientists over the past fifty years.

Tom [Gray] and I had surveyedfor a couple of hours. It was now close to noon, and the temperature was approaching 110. We hadn’t found much: a few teeth of a small extinct horse; part of the skull of an extinct pig, some antelope molars, a bit of a monkey jaw …

‘I’ve had it,’ said Tom. ‘When do we head back to camp?’

But as we turned to leave, I noticed something lying on the ground part way up the slope.

‘That’s a bit of a hominid arm,’ I said.

‘Can’t be. It’s too small. Has to be monkey of some kind.’

We knelt to examine it.

‘Much too small,’ said Gray again.

I shook my head. ‘Hominid.’

‘What makes you so sure?’ he said.

‘That piece right next to your hand. That’s hominid too.’

‘Jesus Christ,’ said Gray. He picked it up. It was the back of a small skull. A few feet away was part of a femur; a thigh bone. ‘Jesus Christ,’ he said again. We stood up and began to see other bits of bone on the slope. A couple of vertebrae, part of a pelvis – all of them hominid. An unbelievable, impermissible thought flickered through my mind. For suppose all these fitted together? Could they be parts of a single extremely primitive skeleton? No such skeleton has ever been found – anywhere.

‘Look at that,’ said Gray. ‘Ribs.’

A single individual.

‘I can’t believe it,’ I said, ‘I just can’t believe it.’

‘By God you’d better believe it!’ shouted Gray. His voice went up into a howl. I joined him. In that 110 degree heat we began jumping up and down. With nobody to share our feelings, we hugged each other, sweaty and smelly, howling and hugging in the heat-shimmering gravel, the small brown remains of what now seemed almost certain to be parts of a single hominid skeleton lying all around us.

Momentous events have multiple causes, and the source of this so recent and all-encompassing delineation of the history of our universe stretches back across the centuries. It is impossible to hope to convey the intellectual brilliance and industry of those who brought this extraordinary enterprise to fruition, whose major landmarks are summarised here as the Thirty Definitive Moments of the past six decades.

TABLE 1

Science Triumphant 1945–2001: Thirty Definitive Moments

1945 The atom bomb: Hiroshima and Nagasaki
1946 The electron microscope reveals the internal structure of the cell
1947 The invention of the transistor launches the Electronic Age
1953 Theory of formation of the chemical elements of life by nuclear fusion within stars
1953 The laboratory simulation of the ‘origin of life’
1953 James Watson and Francis Crick discover the Double Helix
1955 The first polio vaccine
1957 The Soviet Union launches Sputnik and the epoch of planetary exploration
1960 The oral contraceptive
1961 The Genetic Code deciphered
1965 The theory of the Big Bang confirmed by discovery of cosmic microwave background radiation
1967 The first heart transplant
1969 US astronaut Neil Armstrong becomes the first man on the moon
1969 James Lovelock proposes theory of a life-sustaining atmosphere
1973 The advent of genetic engineering
1973 The invention of magnetic resonance imaging of the brain
1974 The discovery of ‘Lucy’, Australopithecus afarensis, dated 4 million years BC
1974 The first Grand Unified Theory of particle physics
1977 The first complete genetic sequence of an organism
1977 The first personal computer designed for the mass market
1979 Voyagers I and II relay data from Jupiter, Saturn, Uranus and Neptune
1979 The first ‘test tube baby’
1980 The asteroid impact hypothesis of the mass extinction of dinosaurs
1984 The discovery of ‘Turkana Boy’, the first complete skeleton of Homo erectus, dated 1.5 million years BC
1984 Confirmation of theory of plate tectonics
1987 Formulation of the ‘out of Africa’ hypothesis of human evolution
1989 Launch of world wide web
1990 The Decade of the Brain
1999 The Hubble space telescope observes the birth of stars in the constellation Taurus
2001 Publication of the Human Genome

The triumph of science, one might suppose, is virtually complete. What, during these times, have we learned from the humanities – philosophy, say, theology or history – that begins to touch the breadth and originality of this scientific achievement and the sheer extraordinariness of its insights? What, one might add, have the humanities done that begins to touch the medical therapeutic revolution of the post-war years or the wonders of modern technology?

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