
By Pallab Ghosh
Science correspondent, BBC News
I will tell you things at random
Here's what it had to say:
The so-called First Tacet Edition: a typewritten score, lists the three movements using Roman numbers, with the word "TACET" underneath each. A note by Cage describes the first performance and mentions that "the work may be performed by (any) instrumentalist or combination of instrumentalists and last any length of time." Edition Peters No. 6777 (out of print).
The so-called Second Tacet Edition: same as the First, except that it is printed in Cage's calligraphy, and the explanatory note mentions the Kremen manuscript. Edition Peters No. 6777 (i.e. it carries the same catalogue number as the first Tacet Edition)
The Kremen manuscript (1953): graphic, space-time notation, dedicated to Irwin Kremen The movements of the piece are rendered as space between long vertical lines; a tempo indication is provided (60), and at the end of each movement the time is indicated in minutes and seconds EP No. 6777a.
The premiere of the three-movement 4'33 was given by David Tudor on August 29, 1952, at Woodstock, New York as part of a recital of contemporary piano music. The audience saw him sit at the piano and, to mark the beginning of the piece, close the keyboard lid. Some time later he opened it briefly, to mark the end of the first movement. This process was repeated for the second and third movements. The piece had passed without a note being played—in fact without Tudor (or anyone else) having made any deliberate sound as part of the piece. Tudor timed the three movements with a stopwatch while turning the pages of the score.
"They missed the point. There's no such thing as silence. What they thought was silence, because they didn't know how to listen, was full of accidental sounds. You could hear the wind stirring outside during the first movement. During the second, raindrops began patterning the roof, and during the third the people themselves made all kinds of interesting sounds as they talked or walked out." - John Cage speaking about the premiere of 4'33".
For a full history of 4'33" visit the wikipedia entry here: http://en.wikipedia.org/wiki/4'33"
The acoustic bass guitar (also called ABG or acoustic bass) is a bass instrument with a hollow wooden body similar to, though usually somewhat larger than a steel-string acoustic guitar. Like the traditional electric bass guitar and the double bass, the acoustic bass guitar commonly has four strings, which are normally tuned E-A-D-G, an octave below the lowest four strings of the 6-string guitar, which is the same tuning pitch as an electric bass guitar.
Ashley Hutchings was the first player I came across in the mid-1980s when the Albion Band played for Leicester Haymarket's production of Lark Rise [the National Theatre version by Keuth Dewhurst], and All Things Considered, the support band for Lisa Knapp at Bracknell when I toured with Lisa over a year ago was the last.
So many thanks to Nick Cohen making a good evening great.
Giant clouds of interstellar gas and dust light up this panoramic view of the sky recorded by the European Space Agency's Planck telescope.
The space telescope was launched in May last year on a mission to survey the "cosmic microwave background" – ancient light left over from the big bang.
The bright streak across the middle of the picture is our own galaxy, the Milky Way, viewed edge-on. The intense light comes not from stars but from the radiation released by the dust and gas clouds that stretch between them.
"We are opening the door to an El Dorado where scientists can seek the nuggets that will lead to deeper understanding of how our universe came to be and how it works now. The image itself and its remarkable quality is a tribute to the engineers who built and have operated Planck," said David Southwood, director of science and robotic exploration at the European Space Agency (Esa).
The blue and white wisps that reach above and below our own galaxy are streamers of cold dust that trace out the "galactic web" where new stars are born.
The speckles at the top and bottom of the image are caused by microwave background radiation, the remnants of the first light that appeared 380,000 years after the big bang flung the universe into being 13.7bn years ago.
The Planck telescope observes the sky in nine wavelengths from the microwave to the vary-far-infrared region of the spectrum. This image is a composite of pictures taken at several different wavelengths.
The pictures beamed back by Planck will give astronomers insights into the structure of the universe and hopefully shed light on dark energy, which is believed to drive the expansion of the universe, and dark matter, the invisible substance that seems to cling to galaxies.
"This image is just a glimpse of what Planck will ultimately see," said Jan Tauber, Planck project scientist at Esa.
Vinyl may have been overtaken by CDs and downloads but it still has passionate fans, with the last major plant in the Uk pressing about 25,000 records a week on its 40-year old presses
Forty-year-old record presses, installed by EMI in the 70s vinyl heyday, grind noisily away, oozing hydraulic oil on to the floor. Long pipes run the length of the factory floor, carrying steam to power the presses. It's as if the digital age has never occurred.
Hi-tech this is not, but über-cool niche it certainly is. I'm on an industrial estate in Hayes, Middlesex. This was once the EMI vinyl manufacturing plant, until the record label sold it off in 2001, and it became the Vinyl Factory. In the 70s this plant pressed 1m records a week. It's now the last major vinyl plant in the UK and presses around 25,000 records a week.
General manager Roy Mathews began work here straight after school as an apprentice. That was 50-odd years ago. In those days the Beatles and Pink Floyd used to trail through the factory, keen to see their records (Sergeant Pepper's Lonely Hearts Club Band and The Dark Side of the Moon no less) being pressed. Mathews met them all, but no such thing happens today. The stars don't do factory visits any more; it's a reality too far.
But while CDs and downloads have taken over the market, vinyl itself has never lost its credibility. Devotees cite its superior sound quality and the personal, tactile relationship one develops with the big black disc and accompanying artwork. The Vinyl Factory's mission statement is: "Music is a physical experience." What's more, vinyl is experiencing a resurgence. Massive Attack, Grace Jones, The Pet Shop Boys and Mumford & Sons have all pressed limited runs here.
Mathews pulls out a black LP called the "lacquer". This is the master cut that the Vinyl Factory receives from Abbey Road Studios. It's an aluminium disc coated in acetate lacquer into which an analogue signal has been cut using a heated diamond stylus. At this point, the disc is a soft facsimile of the final record.
We move to the hub of the factory floor, where an assistant cleans the surface of the lacquer using distilled water and then softly brushes it using soap solution to remove any grease before placing it in the silver plating tank, where mechanical jets shower the disc with a thin layer of silver to make it electrically conductive.
Before our eyes the disc gathers a beautiful silver sheen. It is then placed in an electroplating bath where, over three hours, individual nickel molecules attach themselves to the silver. The resulting "master" is washed and separated from the original lacquer. As this master is now a negative imprint, another positive nickel copy is made, called the "mother".
The mother copy is played and checked for faults. All being well, negative nickel "stampers" are then produced from the mother. These are cleaned and used to press the final run of records.
Mother, master, stamper, positive, negative: I am initially bemused by Mathew's flood of terminology. To him it's clearly second nature; after half a century, vinyl manufacturing is stamped on his brain indelibly.
A pile of paper record labels are placed in a record press. The vinyl arrives in the form of black PVC pellets contained in a large vat with spidery tubes running out of it and into several large presses. The pellets are sucked up the tubes and into the sealed press and melted at high temperature. A sausage of black vinyl is squirted out, into a circular block, which is sandwiched between two record labels before being flattened between the A and B side stampers. The excess PVC that seeps out of the sides is trimmed off and dumped in a bin. It is fearsomely hot to touch.
The press then produces a perfectly round, covetable finished disc that it slots into a sleeve before depositing it in an adjacent box. Once a run is complete, the used stamper is removed and the next one is cleaned with pressurised air to get rid of any grit, slotted into place and screwed in, ready for the next run.
Warm, noisy and greasy, these old machines keep on keeping on. The pristine records they produce belie the frankly rather clapped-out looking machines that continue to manufacture them. Old school engineering triumphs here. Nothing has changed. But why tinker with perfection?
Scientists have simulated the sounds set to be made by sub-atomic particles such as the Higgs boson when they are produced at the Large Hadron Collider.
Their aim is to develop a means for physicists at Cern to "listen to the data" and pick out the Higgs particle if and when they finally detect it.
Dr Lily Asquith modelled data from the giant Atlas experiment at the LHC.
She worked with sound engineers to convert data expected from collisions at the LHC into sounds.
"If the energy is close to you, you will hear a low pitch and if it's further away you hear a higher pitch," the particle physicist told BBC News.
"If it's lots of energy it will be louder and if it's just a bit of energy it will be quieter."
The £6bn LHC machine on the Swiss-French border is designed to shed light on fundamental questions in physics.
It is housed in a 27km-long circular tunnel, where thousands of magnets steer beams of proton particles around the vast "ring".
At allotted points around the tunnel, the beams cross paths, smashing together near four massive "experiments" that monitor these collisions for interesting events.
Scientists are hoping that new sub-atomic particles will emerge, revealing insights into the nature of the cosmos.
Atlas is one of the experiments at the LHC. An instrument inside Atlas called the calorimeter is used for measuring energy and is made up of seven concentric layers.
Each layer is represented by a note and their pitch is different depending on the amount of energy that is deposited in that layer.
The process of converting scientific data into sounds is called sonification.
Dr Asquith and her team have so far generated a number of simulations based on predictions of what might happen during collisions inside the LHC.
The team is only now feeding in real results from real experiments.
"When you are hearing what the sonifications do you really are hearing the data. It's true to the data, and it's telling you something about the data that you couldn't know in any other way," said Archer Endrich, a software engineer working on the project.
The aim is to give physicists at the LHC another way to analyse their data. The sonification team believes that ears are better suited than eyes to pick out the subtle changes that might indicate the detection of a new particle.
But Richard Dobson - a composer involved with the project - says he is struck at how musical the products of the collisions sound.
"We can hear clear structures in the sound, almost as if they had been composed. They seem to tell a little story all to themselves. They're so dynamic and shifting all the time, it does sound like a lot of the music that you hear in contemporary composition," he explained.
Although the project's aim is to provide particle physicists with a new analysis tool, Archer Endrich believes that it may also enable us to eavesdrop on the harmonious background sound of the Universe.
He said he hoped the particle collisions at Cern would "reveal something new and something important about the nature of the Universe".
And Mr Endrich says that those who have been involved in the project have felt something akin to a religious experience while listening to the sounds.
"You feel closer to the mystery of Nature which I think a lot of scientists do when they get deep into these matters," he said.
"Its so intriguing and there's so much mystery and so much to learn. The deeper you go, the more of a pattern you find and it's fascinating and it's uplifting."
The trainer at the gym is looking at my left shoulder. He presses a spot at the base of my neck with his thumb, causing a deep twinge that runs all the way down my left arm, and whistles in ironic admiration. People who work in physiotherapy are invariably impressed by how tense I am. I'm like a giant fist, permanently clenched in anxiety.
"It could be from the way you sit while you work," he says. "You probably lean forward when you type."
"Probably," I say.
"But it's odd it's only on one side."
I know exactly what it's from; I just don't want to tell him. It's from playing the banjo.
When I took up the banjo three years ago, I thought of it as a harmless pastime, or at least as a pastime that would harm only others. When I joined a band last year, I didn't imagine I was following a path that would inevitably lead to injury.
But being in a band means keeping up with other musicians, and I have some unfortunate history here. When I was in the City Youth orchestra, I had to teach myself the violin without making any noise, the bow hovering just above the strings, because any noise I made was the wrong noise. When I was in a band in college, I was always on the verge of being kicked out for my lack of application. When you hang out with students who drink beer, smoke pot and play guitars all day, establishing yourself as the lazy one is no mean feat, but I managed it.
This time I don't want to be left behind, and I have vowed to attack musicianship with as much dedication as I can muster without inviting unwanted sarcasm from my wife. As part of this new ambition, I have devised a banjo arrangement for a song that is both fiendishly complex and nakedly impressive.
Or it would be if I could play it, but I can't. I spend most of my time sitting at my desk, banjo on my knee, running over the same notes at half speed and staring at a blank computer screen. The ritual might be calming if progress were in any way perceptible. After a few hours of frustration, I go downstairs to the kitchen, where my wife is sitting.
"Working hard?" she says. "Plinkety plink."
"It helps me think," I say. At that moment I'm thinking: index, middle, thumb, middle, thumb, index, middle, thumb. "My neck hurts."
"I see," she says. "Anything else to report?"
"Next week's gig is cancelled," I say, looking out the window. "But the rehearsal is still on, because the studio was already booked."
"Oh, are we still talking about you?" she says. "How interesting."
So I have failed to master the banjo part, I have failed to evade my wife's sarcasm and I am now unable to look over my left shoulder. There has been some progress – I've learned to type with finger picks on my right hand – but I'm still worried about holding the band back.
The next evening my wife catches me in the hall as I'm preparing to leave with my banjo case.
"Where are you going?" she says.
"Acton," I say.
"What for?" she says.
"Rehearsal," I say. "It's Thursday."
"It's election night," she says.
"Yes," I say, "so it is. But, I mean, there's never really any news before midnight. I'll be back by then."
"We're having a party," she says. "Eight people are coming to dinner."
"Are they?" I say. "Well, in that case, um…" I stop, poised between two competing commitments, feeling obliged to weigh my next words carefully. I breathe out and think: index, middle, thumb, middle, thumb, index, middle, thumb