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Magnus and Erin had returned to San Francisco the day after meeting with President Valenski, and over the next week they spoke to Admiral Jameson quite a few times, revising their proposal after each communication. Each time, however, Mister Sloan was nowhere to be seen. Jameson had explained his absence by saying that there was work he was doing in Spacedock. He would not elaborate further.
The Hansens had just come from a meeting with Admiral Jameson, as well as Valenski, who had spoken to them over a comline from Paris. While the Hansens had initially planned to perform the research themselves, they had put together a team after they realised that the scope of the investigation was too great for just the two of them. Still, they had kept the team small, the two of them as well as the team they had worked with at Starfleet Headquarters. They had developed a sound working relationship during their time together, and they anticipated that they would be able to work together better than they would if they had put together a new team from scratch.
The Hansens had explained that they felt that keeping their team together was the best way to reduce the risk to the team. Another advantage of the small team was that they would only need a type seven shuttle that could be refitted with the necessary equipment – computers, sensors and so on – and they could travel by booking passage on freighters or other ships. It was not the first time shuttles had been used in this way; Richard Galen, an eminent archaeologist, had taken ownership of an older shuttlepod from Starfleet, and he had used it on many occasions during his career. The only disadvantage was that the shuttles were slow and somewhat uncomfortable, but staying in quarters on freighters would minimize the time on the shuttle. It had been then that Jameson surprised the Hansens by telling them that a vessel had already been prepared for them. Erin and Magnus had shared a look. Neither of them had expected Starfleet to have a vessel ready for them so soon.
The rest of the meeting had gone quite smoothly. Admiral Jameson had suggested a few minor changes, and they had been incorporated into the proposal without much difficulty. At the end of the meeting, Valenski had given her approval, as had Jameson, although Jameson still didn’t look quite convinced. However, the Hansens’ proposal was sound, and there was nothing over which he could object.
From that meeting, Admiral Jameson had taken them up to Spacedock and they now sat in a travel pod, being ferried among the great berthed ships.
“There’s still a bit of work to be done on the vehicle we have prepared,” said Jameson as the travel pod ducked beneath the engineering hull of an Excelsior class ship, “but we expect to be finished by the end of next week. That should give you time to move your equipment onto the vessel. I apologize for not informing you, Doctors, but the retrofitting we have been doing has been classified top secret.”
“We appreciate your effort,” said Erin.
“Ah,” said Jameson, “there she is.”
Erin and Magnus looked out ahead. “Where?” Erin asked.
“Just out ahead,” he said. “The Armstrong class ship.”
Magnus stared for a moment, not comprehending. “That’s a starship,” he said. “Why have we got a starship?”
“We had expected you to have a team of at least a dozen,” said Jameson. “We felt that you would need at least Armstrong class ship.”
“Can it be run by a crew of five?” asked Erin.
Jameson thought for a moment. “There should be no problems,” he said. “It was designed to be run with a minimum crew, just a pilot, two engineers, an operations officer as well as eight mission specialists. Mister Sloan is on board now. He feels that you should be shown the modifications made to the ship.”
The travel pod circled around the Armstrong class ship, and Magnus looked at the registry on the side: USS Raven, NAR-32450. He admired the sleekness of her shape and the cleanness of her lines. The hull was a shape that had been passed down from the earliest Earth spacecraft; a rectangular main hull with a sleekly pointed nose and two nacelles mounted on pylons that came off the side. The shape wasn’t as streamlined as the disk-like primary hulls and cylindrical stardrive hulls found on larger starships, but the simple lines of the ship before him had a grace all their own. The pod turned its back on the Raven, and slowly began to move backwards towards the ship. There was a soft clunk as the docking port on the back of the pod mated with the airlock on the starship.
“How much has been modified?” asked Magnus. Admiral Jameson led them out into the starship’s corridors.
“Most of the major systems have been modified to varying degrees,” said Jameson. “The computer systems, sensors and propulsion systems have received the most attention. We’ll start on the bridge. Mister Sloan is waiting for us.”
“Then this is what he has been working on?” asked Erin.
Jameson turned to her. “Yes,” he said.
They walked along the corridor towards the bridge. The walls were painted in soft beige. It had been a recent trend in starship design, and it was more comfortable on the eyes than the stark aluminiums and steels of preceding classes of ships.
The door to the bridge hissed open. Sloan was standing in front of the helm console, looking at the viewscreen. He turned as they entered. “Hello, Admiral,” he said. “It’s good to see you, Doctors. I hope you like your new ship.”
“She’s beautiful, Mister Sloan,” said Magnus. “I look forward to seeing the rest of her.”
“I’m sure you do,” said Sloan, “but we’ll start on the bridge. It is very much a normal bridge module for this class of vessel, but the computer tie-ins have been upgraded and are capable of a data transmission rate of twenty three hundred kiloquads per second, and the bridge sub-processor banks have been expanded by nearly fifteen percent. The banks are located in two bays, one behind each pair of the aft stations.” Sloan indicated the screen at the front of the bridge. “Also, the main viewscreen has a holographic display, replacing the standard two dimensional screen for this bridge module.” He led them to the aft of the bridge. There were four stations, two on either side of the main entrance. Sloan indicated the two port stations. “The environmental and life sciences stations have been replaced with the engineering and tactical stations. The other two stations,” he said, indicating the consoles on the other side of the bridge, “are the two science stations, in their original configuration. In essence, the entire ship can be run from the bridge. Also, while we’re here, I should mention that the Armstrong class ship is capable of landing on a planetary surface, the only class of starship able to do so and return to orbit. The bridge is located on deck two. Deck one has very little, just the primary deuterium tanks, the matter injector of the warp core, and the aft sensor cluster. Now, if you’ll follow me to engineering.”
Sloan led them down the portside corridor that led back from the bridge. “There is a small briefing room behind the bridge,” he said. “Aft of that, there is an equipment room which contains the majority of the tools needed, such as tricorders and phasers.”
Magnus looked inside the room. Inside he could see the cabinets for storing tools, as well as racks on which hung field jackets and medkits.
“Beside the equipment room is the transporter room and the pattern buffer,” said Sloan. “The transporter can accommodate up to three people.”
The corridor turned to the right. To their left they could see the airlock they had entered through. “We’ve just left the forward hull and passed into the primary hull of the ship,” explained Sloan as they walked down the long straight hallway. “On the right, along the centerline of the ship, are the twin computer cores. They have been upgraded from the standard cores designed for this class of vessel, and they are now capable of storing eight hundred isoquads of data. There are one hundred and fifty isolinear banks and forty seven command pre-processors and data analysis units throughout the ship which function in concert with the twin cores. On the left are the crew quarters, not very spacious, but they have a living area and a bathroom. The quarters are along the outer edge of the primary hull on both sides. At the front of the primary hull are the mess hall and sickbay; the mess hall on port and sickbay on the starboard.”
Magnus nodded. “What’s next?” he asked.
“Deck three,” said Sloan, leading them towards the aft turbolift. “We’ll start at the aft of the ship and work our way forwards.”
They emerged from the lift near a set of heavy doors. “Is that a shuttlebay?” asked Magnus.
“Holodeck,” said Jameson.
“We have a holodeck on board?” said Erin. “On a ship this small?”
“We felt it would be needed,” said Jameson. “Not only to run simulations, but for recreation. You could be operating away from starbases for extended periods. You’ll need some recreational time.”
Sloan indicated a pair of hatches that ran along the corridor. “These lead to the lifeboats,” he said. “They are mounted along the stern of the ship. They are capable of supporting the standard crew complement of a dozen.”
Sloan and Admiral Jameson continued towards the front of the ship, approaching a door in the corridor. “This is main engineering,” said Sloan as the group went through the doorway. Ahead of them was the Master Situation Monitor. Beyond was a ring of consoles displaying various aspects of the ship’s current status, and to their right was the warp core. The reaction chamber was mounted in the floor of a slightly raised platform, and a safety handrail ran around it. The power transfer conduits ran out to the sides of the room along the floor, and they glowed under removable protective grates. Above, they could see a balcony of metal grating that gave access to more consoles. A lift gave access, going up to the top level.
“The layout is standard for this size of starship, but the warp core has been upgraded,” said Sloan. “It is a miniaturized version of the new core being developed for the Galaxy class ships. It is more fuel efficient than the core it replaced, and should increase the range up to about a thousand light-years when fully fuelled.”
“What is the Raven’s maximum speed?” asked Erin, walking up to the warp core for a closer look.
“During preflight tests, she was taken to warp seven point nine,” said Jameson. “She handled very well. Design specifications call for a maximum speed of warp eight.”
“The impulse reactors were replaced with modules designed to be repaired more easily without starbase facilities,” said Sloan. “As a result, there is a slight drop in impulse performance, but we felt that it would be worth it.”
“Agreed,” said Erin thoughtfully, and she opened the dilithium crystal hatch. “The alignment’s been adjusted,” she said, looking at the crystal.
“Yes,” said Sloan. “That’s one of the ways we have increased the fuel efficiency.”
“The impulse engines and the warp nacelles are accessible through Jefferies tube in the corridor outside,” said Jameson.
“On the left,” said Sloan as they stepped back outside into the hallway, “are five of the ten labs, along the port edge of deck three. The other five are located on the starboard side.”
“What labs do we have?” asked Magnus. He looked into the nearest one. Inside he could see a bioscanner console and several computer terminals around the walls.
“That’s the medical lab,” said Jameson. “There are also exobiology, cybernetics, biophysics and subspace systems labs on this side, and on the starboard side are the defence strategies, technology assessment, planetary sciences, cultural anthropology and astrometrics labs.”
They continued down the hall and passed the lower section of the twin computer cores. As they entered the forward hull, Jameson pointed out a set of doors on the right. “The life support systems are located here, as well as other crew support systems,” he said. “Ahead of us are the torpedo systems, the magazine and the launcher. At the moment, the Raven is fully stocked with fifty torpedoes and fifteen probes of varying classes. All of them are standard, so you will be able to restock your supply at any Federation facility. Also at the bow of the ship are the twin deflector dishes, one on each side of the nose. Deflector control is located here, but it is also accessible from the bridge and main engineering.”
“That leaves just deck four,” said Sloan.
They emerged from the turbolift in front of another set of heavy doors. “Entry and egress from the ship while on a planetary surface can be made through here,” said Jameson. “It leads to the forward landing leg. When the landing leg is extended, there is a ladder that can be used to get to ground level. The main airlock is located in there as well.”
“Can we use the airlock if the leg is retracted?” asked Erin.
“Yes,” said Jameson. “The other two landing legs are located at the base of the warp nacelle pylons, and the mechanisms can be accessed for repairs from deck three. The majority of deck four is taken up with the cargo bays, and in the aft section are the antimatter storage pods and the tractor beam emitter.”
“The complete specifications for the Raven will be sent to you and your team,” said Sloan. “Do you have any questions?”
“All the information we have had access to during our research is in the computer core?” asked Magnus.
“Yes,” said Jameson. “The data your team got from the wreckage, as well as all the reports from the Kyushu are in the Raven’s computer core.”
“Admiral,” said Erin, “you mentioned that the Federation has found evidence that the Borg exist four times before. What can you tell us about that?”
Jameson sighed. “The first instance was in 2063,” he said.
“During first contact?” said Erin. “Dr Cochrane was telling the truth?”
Jameson nodded. “When he made his statements about cybernetic beings from the future, he was generally met with scepticism, and he retracted those statements some years later. However, in light of later evidence, his account of the actual events of first contact gained credibility.”
“Later evidence?” asked Magnus.
“The second instance,” said Sloan. “Almost a century later. A research team working above the Arctic Circle in Canada discovered the remains of a crashed vessel buried in a glacier. Their logs indicated that they found the bodies of two cybernetically enhanced humanoids. After this discovery, Starfleet re-examined Dr Cochrane’s original account of what happened in Montana. The wreckage found had been there for at least ninety years and we determined that his account may be accurate, that the wreckage may have been the vessel Dr Cochrane made reference to.”
“Has it already happened?” asked Erin. “Have the Borg already gone back to that time?”
“One of the reasons Starfleet created the Department of Temporal Investigations was to find out precisely that,” said Jameson. “Dr Cochrane indicated that a starship was sent back in time. From his description of it, we’ve been able to determine that it is no class of starship that has ever existed in Starfleet. We’ve kept a close watch on any Federation or allied ship that has experienced any temporal phenomena since the 2170s, but so far, there hasn’t been any indication that the events have occurred, except in our past.”
Magnus sighed. “And the third instance?” he asked.
“The third instance was in the year 2271,” Jameson said. “The Enterprise was responsible for defending the Earth from a space probe known as V’Ger.”
“I know about that,” said Erin. “The Enterprise was able to destroy the alien probe before it could remove the life from Earth’s biosphere.”
Admiral Jameson sighed. “That’s not quite true,” he said.
Erin gave him an irritated look. “Right,” she said angrily. “Once again, Starfleet has kept the truth from the general public.”
“V’Ger was from Earth, Doctor,” said Jameson.
Erin looked at him blankly. “What?” she said.
“Voyager Six,” Jameson said. “It was launched from Earth in the late 1990s, just after the end of the Eugenics Wars. It was lost soon after leaving Earth’s solar system. At the time, it was thought that the probe had fallen into a black hole. We now know that Voyager was caught in the gravity well of a wormhole, and was drawn to the Delta Quadrant. It was found by what the Enterprise science officer called a race of living machines. The Borg. They saw Voyager to be one of their own, and they gave the probe the ability to carry out what they believed to be its primary mission: to learn all that is learnable and return that information to its creator. It made its way across the galaxy, amassing tremendous amounts of data. Admiral Kirk’s logs indicate that when it arrived at Earth, it transmitted all of the data it had accumulated. Starfleet intercepted the transmission, and after the data had been reviewed, it was decided to keep the contents classified.”
“How do you know that the transmission wasn’t intercepted by anyone else?” asked Magnus.
“The data was transmitted on radio waves,” said Sloan. “At the time, the only active radio receiver was in Starfleet Command. The Enterprise communications officer took the wise precaution of alerting us, so we were ready for it. Afterwards, investigations by Internal Affairs revealed that no other radio receivers in reception range were active at the time. It is possible that the Borg had some way of intercepting the transmission as well, though we have no way of verifying this.”
Erin sighed and turned away.
“What was the other instance?” asked Magnus quietly.
“The last instance occurred during the launch of the Enterprise-B,” said Jameson. “It occurred in 2293, twenty two years after the V’Ger incident. After launch, the Enterprise picked up a distress call from two El Aurian transport vessels. Forty seven El-Aurians were rescued, and they reported to Starfleet personnel that their home world had been attacked by a cybernetic race they called the Borg.”
“Is this information in the computer?” asked Magnus, barely above a whisper.
“The full reports are in the computer, yes,” said Sloan.
“Why weren’t we told about this?” asked Erin.
“The first event hasn’t fully occurred yet,” said Jameson. “The Borg involved in the second event were destroyed. The third event occurred on the other side of the galaxy. The attack on the El Aurians happened over seven thousand light years away .”
Erin turned away and shook her head in disgust.
“When did you say the ship will be ready to leave?” asked Magnus, changing the subject before Erin could say anything.
“By the end of next week,” said Jameson. “We have you scheduled to leave on Monday June eighth at oh five hundred hours.”
“I’d like to spend that time preparing to leave,” said Erin. “There are a lot of items I’d like to have aboard the ship when we leave.”
“You’ll be granted access to the ship,” said Jameson. “The command codes you have now will work on the Raven as well.”
“Thank you,” said Erin. “We’ll be ready to go by Monday.”
Raven
Magnus and Erin had returned to San Francisco the day after meeting with President Valenski, and over the next week they spoke to Admiral Jameson quite a few times, revising their proposal after each communication. Each time, however, Mister Sloan was nowhere to be seen. Jameson had explained his absence by saying that there was work he was doing in Spacedock. He would not elaborate further.
The Hansens had just come from a meeting with Admiral Jameson, as well as Valenski, who had spoken to them over a comline from Paris. While the Hansens had initially planned to perform the research themselves, they had put together a team after they realised that the scope of the investigation was too great for just the two of them. Still, they had kept the team small, the two of them as well as the team they had worked with at Starfleet Headquarters. They had developed a sound working relationship during their time together, and they anticipated that they would be able to work together better than they would if they had put together a new team from scratch.
The Hansens had explained that they felt that keeping their team together was the best way to reduce the risk to the team. Another advantage of the small team was that they would only need a type seven shuttle that could be refitted with the necessary equipment – computers, sensors and so on – and they could travel by booking passage on freighters or other ships. It was not the first time shuttles had been used in this way; Richard Galen, an eminent archaeologist, had taken ownership of an older shuttlepod from Starfleet, and he had used it on many occasions during his career. The only disadvantage was that the shuttles were slow and somewhat uncomfortable, but staying in quarters on freighters would minimize the time on the shuttle. It had been then that Jameson surprised the Hansens by telling them that a vessel had already been prepared for them. Erin and Magnus had shared a look. Neither of them had expected Starfleet to have a vessel ready for them so soon.
The rest of the meeting had gone quite smoothly. Admiral Jameson had suggested a few minor changes, and they had been incorporated into the proposal without much difficulty. At the end of the meeting, Valenski had given her approval, as had Jameson, although Jameson still didn’t look quite convinced. However, the Hansens’ proposal was sound, and there was nothing over which he could object.
From that meeting, Admiral Jameson had taken them up to Spacedock and they now sat in a travel pod, being ferried among the great berthed ships.
“There’s still a bit of work to be done on the vehicle we have prepared,” said Jameson as the travel pod ducked beneath the engineering hull of an Excelsior class ship, “but we expect to be finished by the end of next week. That should give you time to move your equipment onto the vessel. I apologize for not informing you, Doctors, but the retrofitting we have been doing has been classified top secret.”
“We appreciate your effort,” said Erin.
“Ah,” said Jameson, “there she is.”
Erin and Magnus looked out ahead. “Where?” Erin asked.
“Just out ahead,” he said. “The Armstrong class ship.”
Magnus stared for a moment, not comprehending. “That’s a starship,” he said. “Why have we got a starship?”
“We had expected you to have a team of at least a dozen,” said Jameson. “We felt that you would need at least Armstrong class ship.”
“Can it be run by a crew of five?” asked Erin.
Jameson thought for a moment. “There should be no problems,” he said. “It was designed to be run with a minimum crew, just a pilot, two engineers, an operations officer as well as eight mission specialists. Mister Sloan is on board now. He feels that you should be shown the modifications made to the ship.”
The travel pod circled around the Armstrong class ship, and Magnus looked at the registry on the side: USS Raven, NAR-32450. He admired the sleekness of her shape and the cleanness of her lines. The hull was a shape that had been passed down from the earliest Earth spacecraft; a rectangular main hull with a sleekly pointed nose and two nacelles mounted on pylons that came off the side. The shape wasn’t as streamlined as the disk-like primary hulls and cylindrical stardrive hulls found on larger starships, but the simple lines of the ship before him had a grace all their own. The pod turned its back on the Raven, and slowly began to move backwards towards the ship. There was a soft clunk as the docking port on the back of the pod mated with the airlock on the starship.
“How much has been modified?” asked Magnus. Admiral Jameson led them out into the starship’s corridors.
“Most of the major systems have been modified to varying degrees,” said Jameson. “The computer systems, sensors and propulsion systems have received the most attention. We’ll start on the bridge. Mister Sloan is waiting for us.”
“Then this is what he has been working on?” asked Erin.
Jameson turned to her. “Yes,” he said.
They walked along the corridor towards the bridge. The walls were painted in soft beige. It had been a recent trend in starship design, and it was more comfortable on the eyes than the stark aluminiums and steels of preceding classes of ships.
The door to the bridge hissed open. Sloan was standing in front of the helm console, looking at the viewscreen. He turned as they entered. “Hello, Admiral,” he said. “It’s good to see you, Doctors. I hope you like your new ship.”
“She’s beautiful, Mister Sloan,” said Magnus. “I look forward to seeing the rest of her.”
“I’m sure you do,” said Sloan, “but we’ll start on the bridge. It is very much a normal bridge module for this class of vessel, but the computer tie-ins have been upgraded and are capable of a data transmission rate of twenty three hundred kiloquads per second, and the bridge sub-processor banks have been expanded by nearly fifteen percent. The banks are located in two bays, one behind each pair of the aft stations.” Sloan indicated the screen at the front of the bridge. “Also, the main viewscreen has a holographic display, replacing the standard two dimensional screen for this bridge module.” He led them to the aft of the bridge. There were four stations, two on either side of the main entrance. Sloan indicated the two port stations. “The environmental and life sciences stations have been replaced with the engineering and tactical stations. The other two stations,” he said, indicating the consoles on the other side of the bridge, “are the two science stations, in their original configuration. In essence, the entire ship can be run from the bridge. Also, while we’re here, I should mention that the Armstrong class ship is capable of landing on a planetary surface, the only class of starship able to do so and return to orbit. The bridge is located on deck two. Deck one has very little, just the primary deuterium tanks, the matter injector of the warp core, and the aft sensor cluster. Now, if you’ll follow me to engineering.”
Sloan led them down the portside corridor that led back from the bridge. “There is a small briefing room behind the bridge,” he said. “Aft of that, there is an equipment room which contains the majority of the tools needed, such as tricorders and phasers.”
Magnus looked inside the room. Inside he could see the cabinets for storing tools, as well as racks on which hung field jackets and medkits.
“Beside the equipment room is the transporter room and the pattern buffer,” said Sloan. “The transporter can accommodate up to three people.”
The corridor turned to the right. To their left they could see the airlock they had entered through. “We’ve just left the forward hull and passed into the primary hull of the ship,” explained Sloan as they walked down the long straight hallway. “On the right, along the centerline of the ship, are the twin computer cores. They have been upgraded from the standard cores designed for this class of vessel, and they are now capable of storing eight hundred isoquads of data. There are one hundred and fifty isolinear banks and forty seven command pre-processors and data analysis units throughout the ship which function in concert with the twin cores. On the left are the crew quarters, not very spacious, but they have a living area and a bathroom. The quarters are along the outer edge of the primary hull on both sides. At the front of the primary hull are the mess hall and sickbay; the mess hall on port and sickbay on the starboard.”
Magnus nodded. “What’s next?” he asked.
“Deck three,” said Sloan, leading them towards the aft turbolift. “We’ll start at the aft of the ship and work our way forwards.”
They emerged from the lift near a set of heavy doors. “Is that a shuttlebay?” asked Magnus.
“Holodeck,” said Jameson.
“We have a holodeck on board?” said Erin. “On a ship this small?”
“We felt it would be needed,” said Jameson. “Not only to run simulations, but for recreation. You could be operating away from starbases for extended periods. You’ll need some recreational time.”
Sloan indicated a pair of hatches that ran along the corridor. “These lead to the lifeboats,” he said. “They are mounted along the stern of the ship. They are capable of supporting the standard crew complement of a dozen.”
Sloan and Admiral Jameson continued towards the front of the ship, approaching a door in the corridor. “This is main engineering,” said Sloan as the group went through the doorway. Ahead of them was the Master Situation Monitor. Beyond was a ring of consoles displaying various aspects of the ship’s current status, and to their right was the warp core. The reaction chamber was mounted in the floor of a slightly raised platform, and a safety handrail ran around it. The power transfer conduits ran out to the sides of the room along the floor, and they glowed under removable protective grates. Above, they could see a balcony of metal grating that gave access to more consoles. A lift gave access, going up to the top level.
“The layout is standard for this size of starship, but the warp core has been upgraded,” said Sloan. “It is a miniaturized version of the new core being developed for the Galaxy class ships. It is more fuel efficient than the core it replaced, and should increase the range up to about a thousand light-years when fully fuelled.”
“What is the Raven’s maximum speed?” asked Erin, walking up to the warp core for a closer look.
“During preflight tests, she was taken to warp seven point nine,” said Jameson. “She handled very well. Design specifications call for a maximum speed of warp eight.”
“The impulse reactors were replaced with modules designed to be repaired more easily without starbase facilities,” said Sloan. “As a result, there is a slight drop in impulse performance, but we felt that it would be worth it.”
“Agreed,” said Erin thoughtfully, and she opened the dilithium crystal hatch. “The alignment’s been adjusted,” she said, looking at the crystal.
“Yes,” said Sloan. “That’s one of the ways we have increased the fuel efficiency.”
“The impulse engines and the warp nacelles are accessible through Jefferies tube in the corridor outside,” said Jameson.
“On the left,” said Sloan as they stepped back outside into the hallway, “are five of the ten labs, along the port edge of deck three. The other five are located on the starboard side.”
“What labs do we have?” asked Magnus. He looked into the nearest one. Inside he could see a bioscanner console and several computer terminals around the walls.
“That’s the medical lab,” said Jameson. “There are also exobiology, cybernetics, biophysics and subspace systems labs on this side, and on the starboard side are the defence strategies, technology assessment, planetary sciences, cultural anthropology and astrometrics labs.”
They continued down the hall and passed the lower section of the twin computer cores. As they entered the forward hull, Jameson pointed out a set of doors on the right. “The life support systems are located here, as well as other crew support systems,” he said. “Ahead of us are the torpedo systems, the magazine and the launcher. At the moment, the Raven is fully stocked with fifty torpedoes and fifteen probes of varying classes. All of them are standard, so you will be able to restock your supply at any Federation facility. Also at the bow of the ship are the twin deflector dishes, one on each side of the nose. Deflector control is located here, but it is also accessible from the bridge and main engineering.”
“That leaves just deck four,” said Sloan.
They emerged from the turbolift in front of another set of heavy doors. “Entry and egress from the ship while on a planetary surface can be made through here,” said Jameson. “It leads to the forward landing leg. When the landing leg is extended, there is a ladder that can be used to get to ground level. The main airlock is located in there as well.”
“Can we use the airlock if the leg is retracted?” asked Erin.
“Yes,” said Jameson. “The other two landing legs are located at the base of the warp nacelle pylons, and the mechanisms can be accessed for repairs from deck three. The majority of deck four is taken up with the cargo bays, and in the aft section are the antimatter storage pods and the tractor beam emitter.”
“The complete specifications for the Raven will be sent to you and your team,” said Sloan. “Do you have any questions?”
“All the information we have had access to during our research is in the computer core?” asked Magnus.
“Yes,” said Jameson. “The data your team got from the wreckage, as well as all the reports from the Kyushu are in the Raven’s computer core.”
“Admiral,” said Erin, “you mentioned that the Federation has found evidence that the Borg exist four times before. What can you tell us about that?”
Jameson sighed. “The first instance was in 2063,” he said.
“During first contact?” said Erin. “Dr Cochrane was telling the truth?”
Jameson nodded. “When he made his statements about cybernetic beings from the future, he was generally met with scepticism, and he retracted those statements some years later. However, in light of later evidence, his account of the actual events of first contact gained credibility.”
“Later evidence?” asked Magnus.
“The second instance,” said Sloan. “Almost a century later. A research team working above the Arctic Circle in Canada discovered the remains of a crashed vessel buried in a glacier. Their logs indicated that they found the bodies of two cybernetically enhanced humanoids. After this discovery, Starfleet re-examined Dr Cochrane’s original account of what happened in Montana. The wreckage found had been there for at least ninety years and we determined that his account may be accurate, that the wreckage may have been the vessel Dr Cochrane made reference to.”
“Has it already happened?” asked Erin. “Have the Borg already gone back to that time?”
“One of the reasons Starfleet created the Department of Temporal Investigations was to find out precisely that,” said Jameson. “Dr Cochrane indicated that a starship was sent back in time. From his description of it, we’ve been able to determine that it is no class of starship that has ever existed in Starfleet. We’ve kept a close watch on any Federation or allied ship that has experienced any temporal phenomena since the 2170s, but so far, there hasn’t been any indication that the events have occurred, except in our past.”
Magnus sighed. “And the third instance?” he asked.
“The third instance was in the year 2271,” Jameson said. “The Enterprise was responsible for defending the Earth from a space probe known as V’Ger.”
“I know about that,” said Erin. “The Enterprise was able to destroy the alien probe before it could remove the life from Earth’s biosphere.”
Admiral Jameson sighed. “That’s not quite true,” he said.
Erin gave him an irritated look. “Right,” she said angrily. “Once again, Starfleet has kept the truth from the general public.”
“V’Ger was from Earth, Doctor,” said Jameson.
Erin looked at him blankly. “What?” she said.
“Voyager Six,” Jameson said. “It was launched from Earth in the late 1990s, just after the end of the Eugenics Wars. It was lost soon after leaving Earth’s solar system. At the time, it was thought that the probe had fallen into a black hole. We now know that Voyager was caught in the gravity well of a wormhole, and was drawn to the Delta Quadrant. It was found by what the Enterprise science officer called a race of living machines. The Borg. They saw Voyager to be one of their own, and they gave the probe the ability to carry out what they believed to be its primary mission: to learn all that is learnable and return that information to its creator. It made its way across the galaxy, amassing tremendous amounts of data. Admiral Kirk’s logs indicate that when it arrived at Earth, it transmitted all of the data it had accumulated. Starfleet intercepted the transmission, and after the data had been reviewed, it was decided to keep the contents classified.”
“How do you know that the transmission wasn’t intercepted by anyone else?” asked Magnus.
“The data was transmitted on radio waves,” said Sloan. “At the time, the only active radio receiver was in Starfleet Command. The Enterprise communications officer took the wise precaution of alerting us, so we were ready for it. Afterwards, investigations by Internal Affairs revealed that no other radio receivers in reception range were active at the time. It is possible that the Borg had some way of intercepting the transmission as well, though we have no way of verifying this.”
Erin sighed and turned away.
“What was the other instance?” asked Magnus quietly.
“The last instance occurred during the launch of the Enterprise-B,” said Jameson. “It occurred in 2293, twenty two years after the V’Ger incident. After launch, the Enterprise picked up a distress call from two El Aurian transport vessels. Forty seven El-Aurians were rescued, and they reported to Starfleet personnel that their home world had been attacked by a cybernetic race they called the Borg.”
“Is this information in the computer?” asked Magnus, barely above a whisper.
“The full reports are in the computer, yes,” said Sloan.
“Why weren’t we told about this?” asked Erin.
“The first event hasn’t fully occurred yet,” said Jameson. “The Borg involved in the second event were destroyed. The third event occurred on the other side of the galaxy. The attack on the El Aurians happened over seven thousand light years away .”
Erin turned away and shook her head in disgust.
“When did you say the ship will be ready to leave?” asked Magnus, changing the subject before Erin could say anything.
“By the end of next week,” said Jameson. “We have you scheduled to leave on Monday June eighth at oh five hundred hours.”
“I’d like to spend that time preparing to leave,” said Erin. “There are a lot of items I’d like to have aboard the ship when we leave.”
“You’ll be granted access to the ship,” said Jameson. “The command codes you have now will work on the Raven as well.”
“Thank you,” said Erin. “We’ll be ready to go by Monday.”