Lucifer (aka the Lucifer Code) (2001) Read online

  Lucifer (aka the Lucifer Code) (2001)

  Cordy| Michael

  Unknown publisher (2011)

  * * *

  Lucifer

  Aka The Lucifer Code

  Michael Cordy

  PROLOGUE:

  The Bright Circular Lamp Above The Eight-Year-Old Child dims as the anaesthetic kicks in. The little girl reaches for the hand beside hers on the operating-table. It squeezes and she returns the pressure, gripping as tight as she can, fearing that the encroaching darkness will separate them for ever. Like many children she has an instinctive fear of the dark, understanding at some primal level that light divides the universe into two: day and night; visible and invisible; good and evil; living and dead.

  But this darkness is merciful. It brings oblivion before the surgical saw cuts into her skull. She can't hear the high-pitched whirr of metal grinding through bone, can't see the fine red mist of bone and tissue refracted in the operating-theatre lights, or smell the blood and disinfectant. She is aware of nothing except her self- her mind - floating in a dark so intense it has a smell, colour and taste of its own. This velvet limbo feels womb-like, safe.

  The neurosurgeon lays down the saw and uses a laser scalpel to cut into the softer tissue.

  Supremely skilled, his hands are steady but he is aware that this operation is unique: it has-never been attempted before. No textbook can tell him where to cut.

  After thirteen hours and twenty-seven minutes he allows himself an exhausted sigh as a nurse mops the sweat from his brow. The worst is over. Or so he thinks.

  Just seconds later the life-sign monitors by the operating-table erupt in a frenzy of insistent beeping.

  At that moment a pinprick of white light punctures the child's velvet darkness. She is no longer floating. Instead she is rushing through a black vortex towards the light. It is just a dot at first but she is moving so fast towards it that the light is revealed as a cone, like the beam of a torch. Then she is inside it, part of the light. She is travelling at such speed now that light seems to stand still around her. It is no longer a solid beam but particles floating past into blackness, brilliant snowdrops of light. She becomes aware of a familiar presence beside her, pulling her, leading her through the silver blizzard towards the peak of the cone, the source. The connection is strong, comforting. She feels no fear now that they are together again.

  Then the pain hits her, not physical pain but emotional, psychic pain. Instantly an enormous force yanks her back into the vortex, away from the cone of light, ripping her from the presence beside her. She tries to scream, clinging desperately to the beloved presence that is being torn from her, sinew by sinew, cell by cell, as the receding light reconstitutes itself into a distant and diminishing whole.

  Suddenly she is looking down at herself on the table, watching the surgeon and nurses trying frantically to revive her. The operating-theatre is flooded with strong white light. Everything appears so clear, so bright. She stares at herself on the table, transfixed by the slick, gaping wound on the left side of her head and the bundle concealed under the green sheet beside her, and watches the nurse unclasp the small hand that had gripped hers so fiercely. She realizes that for the first time in her life she is alone.

  *

  PART 1

  The VenTec Foundation. Alaska

  Twenty-nine years later

  Being unable to blink was the worst sensation. That, and the chill fear in her guts from knowing she was going to die.

  When she awoke to find herself immobile on the laboratory couch, head shaved and eyes pegged open, Mother Giovanna Bellini knew what fate awaited her. Not only had she witnessed a hundred similar experiments but she had also contributed to them, administering the last rites to the subjects. Unlike her, however, they had been terminally ill. The imminence of their deaths and the act of dying had made them indispensable to the project.

  Surely the scientists couldn't be responsible for this. Over the last nine months she had worked with them, helped them in what she thought was God's work. The Red Pope himself had appointed her to perform the last rites, explaining that she was contributing to a great and sacred mission. 'Don't question the scientists, Mother Giovanna, for they, like you, wear the scarlet crucifix of the Church of the Soul Truth on their chests.'

  But it had been impossible to remain silent. She had been faithful to the Holy Father since he was a senior cardinal in the Vatican, choosing to follow him when he left to found his own ministry. Now, having been entrusted with this most sacred responsibility, how could she betray that trust by saying nothing?

  Stinging liquid was dropped into each eye but she couldn't recoil.

  Dear God! Help me!

  She willed the words from her lips but no sound came. Even her screams were silent. Her body had been switched off by the paralysing drug, which the blonde woman in the white bodysuit and reflective eye-protectors had injected into her veins.

  At the outset, it was understood that Mother Giovanna would leave the laboratory immediately after administering the last rites to each experimental subject, but recently she had lingered outside the tinted glazed doors, curious to observe how they pinpointed the crucial moment of death. After witnessing the final stages of the last three experiments she had felt compelled to contact Sister Constance, her oldest, most trusted friend, and seek her advice. Sister Constance had promised to respect her confidence and encouraged her to go direct to the Holy Father and tell him that the scientists weren't waiting for the patients to die, but killing them.

  How did they know she had betrayed them? And how did they dare do this to her, knowing she had the Red Pope's protection?

  Even as her upper body was raised and the hollow transparent sphere lowered over her head, she strained to see a flash of red in her peripheral vision - the tell-tale scarlet robes that would signal the arrival of Monsignor Diageo or perhaps the Red Pope himself. But as the glass sphere was sealed round her neck she saw no such sign of salvation.

  It was made up of different textured layers and the refracted light shining through them had a cold beauty, like moonlight on a dark desolate lake, and brought her no comfort. The blonde scientist raised the front section of the sphere as if it were an astronaut's visor. Contact lenses, large enough to cover the exposed eyeballs, were inserted in Mother Giovanna's eyes, scratching her corneas. Then a foil tab was stuck with gel to her right temple, making her shaven scalp itch.

  Worse than the discomfort, though, was the knowledge that she had unwittingly stood by while others had suffered the same fate. She had been told they were all volunteers who felt nothing before the end, but now she knew that wasn't true. This frightened her more than anything else; she had sinned and needed absolution before she died.

  As fear bled into despair she wanted to weep but no tears came.

  Where are you, Holy Father? she screamed silently. Why won't you save me?

  'The countdown's starting soon,' the blonde woman announced calmly.

  Mother Giovanna's heart, one of the few muscles to defy the paralysing drug, pounded in her chest. She panicked, not because she was going to die but because she had not been absolved of her sins.

  Forgive me, Lord, and have mercy on my soul. The transparent visor was replaced over her face. Then an odourless gas entered the sphere, bathing the departing world in a green aura. She heard the countdown start and knew that death awaited.

  *

  Tate Modern. Bankside, London

  Thirty-eight minutes earlier

  The mellow sunlight of a mild October afternoon had transformed the Thames to molten gold. The black limousine driving past the Millennium Bridge was a standard Mercedes, except for the heav
ily tinted windows and custom-built seals that allowed no ultraviolet light into the vehicle. Sitting in the rear seat, Bradley Soames glanced to his left at St Paul's Cathedral, its magnificent dome inspired by St Peter's in Rome. Looking right, directly across the river, a more modern cathedral loomed into view - a cathedral to technology. This angular brick edifice, with a high square chimney in place of a bell-tower, had once been a power station. It now housed the largest modern art museum in the world.

  Soames caught his reflection in the heavily tinted glass. He disliked his appearance: the blue eyes and wavy hair, which was the colour and consistency of gold wire, didn't trouble him, but his skin, a pale freckled mosaic of scar tissue, made him turn away. 'Walt, I know most of the press will be in the presentation by now but I still want to use the side entrance,' he said.

  'As you wish, Dr Soames,' replied his assistant, from the front passenger seat. Walter Tripp, an elegant, balding black man with round rimless glasses, was dressed in formal dark suit, white shirt and blood-red silk tie. 'The gallery director's arranged the viewing room above the hall as you asked, but there's no UV screening over any of the entrances.'

  No problem, I'll cover up.' Checking his watch, Soames noted that Amber would be starting her presentation in the turbine hall. His own appearance at the launch wasn't scheduled for over an hour but he wanted to observe her and confirm his suspicions.

  As the car turned right over SouthwarkBridge, he rolled down the cuffs of his lined black jacket until they formed gloves into which he pushed his hands. He grimaced as the fabric caught on the still raw scar on his left hand, where the most recent melanoma had been cut out. He sealed the gloves with Velcro strips to ensure that no skin was exposed then raised the hood and secured it over his head. He put on an oversized pair of tinted spectacles to protect the top half of his face, and attached to the hood a flap that hung over his chest so that it concealed the lower half like a yashmak. When the car pulled up his skin was protected from the autumn sunlight.

  Soames stepped out of the car and looked up at the windowless cliff of unbroken red brick that formed the south side of the building before he followed Tripp to the side door. To his left, by the main entrance, he could see banners hanging from flagpoles, announcing the title of the exhibition: 'The Shape of Light'. The sponsorship of this exhibition and a multimillion-pound donation to the gallery had allowed Optrix to take over the turbine hall for today's European press launch of the Lucifer soft-screen.

  Two gallery officials recognized Soames from his protective clothing and ushered him through the cavernous main lobby, past the throng of visitors milling around the glass-walled restaurant and the gift shop, and through the crowds waiting to go up to the upper galleries. They got into a lift, and went to a room on the fifth of eight levels. The temporary room had been partitioned off from one of the large galleries and overlooked the vast turbine hall below. It was laid out as he had requested, with a view of the proceedings below, an optical computer with access to the Optical Internet, and a small refrigerator of Coca-Cola.

  After the officials had left, Tripp retrieved a pen-sized ultraviolet detector from his jacket and, once he was satisfied that the room was safe, nodded to Soames, who removed his outer wear and focused his attention on the hall below.

  It was a breathtaking sight. It was almost a hundred and fifty feet high and two hundred feet long. In place of pillars, iron girders formed a skeletal grid against grey walls and a vault of iron beams supported the soaring flat roof. Black horizontal blinds covered the spine of skylights running down the centre of the roof, and other natural light sources had been similarly screened.

  A white banner emblazoned with the Optrix Optoelectronics logo and the corporate tagline 'Let There Be Light' stretched across one end of the hall. Beneath it a raised presentation dais faced a two-hundred-strong audience of journalists, customers and opinion-formers, in regimented rows interrupted only by five luminous sculptures towering thirty feet above them. Commissioned by Optrix from the celebrated artist Jenny Knowles, they glowed in the low light as if pulsing with life. In varying abstract shapes, including a double helix, a stunning interpretation of the Milky Way, and an iridescent twenty-foot-high sculpture of a water molecule, each piece appeared solid although it was no more substantial than light. Soames, however, knew the greater truth behind it: he understood that light was as much a collection of subatomic particles, photons, as it was an abstract wave.

  This duality was embodied in the sixth exhibit, a massive installation that dominated the other half of the hall. It featured two flat parallel partitions seemingly suspended in space, each at least ten feet high and twenty feet wide. The first was white, punctured by two vertical slits. The second was black glass like a television screen. Facing the ( white partition was a laser cannon, its beam directed at the slits and passing through them to hit the black screen beyond. But instead of creating two vertical lines of light, it produced a zebra pattern of regularly spaced stripes similar to a barcode.

  Every few minutes, seemingly at random, the striped pattern on the black screen would fade and the beam from the laser gun would break up into pulses, like pellets of light. Each single pulse appeared to pass simultaneously through both slits, and as it hit the black detector screen it left its glowing mark on the glass. But instead of forming clusters of light in line with each of the slits these marks gradually re-created the stripes across the width of the screen, as if each perfectly choreographed pulse of light knew its exact place in the pattern.

  The exhibit amused Soames. He never tired of exploring and witnessing the anomalies of the quantum world, where particles smaller than an atom defied the physical laws laid down by Newton for the so-called real world.

  A hushed murmur ran through the audience below as the ambient lighting dimmed and the sculptures vanished. Only the sixth exhibit was still visible, its single pulses of light continuing to form their magical pattern on the black screen. Seconds later, ethereal music echoed through the cavernous space and one by one each sculpture reappeared.

  'Welcome to the light age,' he heard Dr Amber Grant say, from her position on the raised dais at the end of the hall, as the ambient light gradually returned. 'Today, we at Optrix wish to celebrate with you the mystery of light and demonstrate our mastery of it.' She indicated the laser cannon exhibit. 'First the mystery. Imagine the following set-up: two parallel walls, one in front of the other. You make a vertical slit in the first wall and shine a continuous beam of light at it. What do you see?'

  She smiled. 'Simple. A single white vertical line on the second wall caused by the light shining through the slit in the first. Now put two slits in the first wall and shine a light at it. What happens now?' Amber pointed at the exhibit. 'You don't see two vertical lines on the second wall as you might expect, but a stripy pattern of light and shade. This effect is the result of light waves spreading out from each of the two slits and interfering with each other like ripples on a pond. This famous double-slit experiment, originally conducted over two hundred years ago, proves beyond a shadow of doubt that light travels as a wave.'

  Amber allowed a silence to hang in the air. 'Then in 1906 Einstein discovered that light wasn't just a wave but also a collection of subatomic quantum particles - what we now call photons. Einstein's original description has become the generic term for the strange subatomic world in which everything from an atom downwards can exist as both an abstract wave and a substantial particle. But even this duality is not the real mystery of the quantum world.'

  She pointed at the exhibit, which had resumed sending out pulses of light. 'The sculpture behind you re-creates a modern version of the double-slit experiment. In this experiment a series of single light photons are emitted from a source. But instead of passing through one or other of the holes to form a pool of light on the second wall, each photon somehow travels through both slits simultaneously and interferes with itself. As it passes through the slits it gradually forms the zebra-striped wave interference p
attern on the detector screen on the second wall, as if it consciously knows its individual place and is choreographed to behave like a wave.

  'However, when the experiment is set up with two particle detectors on the other side of each slit we find that each photon behaves as a single particle. Like a pebble, it follows a definite path through one slit and strikes only one particle detector.

  'These actual experiments indicate that photons are conscious. They behave differently depending on how they're observed. And what's even more strange, they appear to be telepathic and clairvoyant too. They know whether to behave like a particle or a wave before they go through the slits. Each photon seems to know how the experiment has been set up and can predict which state it's expected to be.'

  She paused. 'So much for the mystery. What about the mastery? We at Optrix pride ourselves on knowing better than most how quantum physics works and have been able to exploit its duality to harness the power of light, which, as we all know; is the ideal medium for computing and communication. Its information-carrying bandwidth is colossal: a single burst of laser light can transmit the entire contents of every library in the world in a second. It can be split into as many different wavelengths as there are colours in the rainbow, making it ideal for parallel processing.