PROXIMA CENTAURIโ€”PS AD ASTRA & PS NEIL ARMSTRONG

A soft alarm sounded as Ad Astra exited nullspace and all the holographic monitors displayed their surroundings. A particularly bright star lay ahead of them.

โ€œThe orbit of Proxima b has been well established for more than a century,โ€ eThorpe said. โ€œItโ€™s seven-point-five million klicks from Proxima, and its orbital period is eleven-point-two days. I want to park Ad Astra at the leading L4 point and hang out for a while, collecting data that will make a lot of people back in the Solar System really happy.

โ€œDale, please activate the portal so Dr. Fredricks can join us. eDaphne and eDale, get our Entangled Particle Display (EPD) up and running. It can help collect object data for this system, and we know that Armstrong will arrive in a bit, and Orlov will show up sooner or later.โ€

โ€œHey, everyone,โ€ Dr. Fredricks said as he stepped through the portal. โ€œThatโ€™s about the longest five-and-a-half hours I ever spent. How was the trip?โ€

UNDERWRITTEN BY

Each week, The Colorado Sun and Colorado Humanities & Center For The Book feature an excerpt from a Colorado book and an interview with the author. Explore the SunLit archives at coloradosun.com/sunlit.

โ€œEntirely uneventful,โ€ eThorpe said. โ€œWeโ€™re headed for Proxima bโ€™s L4 right now.โ€

โ€œHi, guys!โ€ Kimberlyโ€™s voice filled the lounge as she stepped through a portal that had just appeared from Armstrong. She kissed Daphne and Dale, hugged Johnny, and stroked Max. โ€œWeโ€™re pacing Proxima b five million klicks above the ecliptic, collecting data and keeping an eye out for Gagarin.โ€

โ€œIt still will be four or five hours before they arrive,โ€ eThorpe said.

โ€œAt L4,โ€ Mother announced. โ€œEngines shut down; EPD engaged.โ€

โ€œOkay, listen up, everyone, both ships,โ€ eThorpe said. โ€œBack in the Solar System, we have a network of solar storm monitoring stations that warn us of an approaching solar storm. Typically, in the inner Solar System, we have five to eight minutes warning. Farther out, of course, we have longer. Here, weโ€™re only seven-point-five million klicks from Proxima. This means that light gets here in a half minute, and the charged particles arrive in four and a half minutes. Both Ad Astra and Armstrong need to program Mother to take the ship behind Proxima b the moment we receive light from a solar flare. Another thing; Proxima is a flare star. Periodically, it increases its total luminosity so that it emits the same x-ray flux as Sol. This can happen several times a day, but the increase in x-rays is of no real concern to us because they are absorbed by the palladium-hydride between our double hulls. What matters are the charged particles that accompany a solar storm.โ€

Programming Mother in both ships was simply a matter of informing Mother what to do if she detected a solar flare on Proxima. No sooner had the crews programmed their resident mothers than alarms sounded in both vessels. A fraction of a second later, both Ad Astra and Armstrong exited nullspace behind Proxima b, 1,000 kilometers above the planetโ€™s surface, hovering on their MBH drives.

Four minutes later, radiation alarms sounded again. On Ad Astra, eThorpe said, โ€œThatโ€™s got to be Proximaโ€™s charged particles being captured by the planetโ€™s magnetic field and routed to our location. Mother,โ€ he ordered, โ€œmove us out to twenty-four thousand klicks above the planet.โ€

โ€œWhy twenty-four?โ€ Dale asked. โ€œAnd what about Armstrong?โ€

โ€œeBraxton is basically me with mods from our separate existence since he was cloned. He thinks like me, so heโ€™ll do the same thingโ€”I hope. Twenty-four thousand klicks because that would take us beyond Earthโ€™s upper band of charged particles in its magnetic field yet still be sufficiently close for the solar wind to sweep past us. Without more data, Iโ€™m applying Earth parameters to Proxima b. Once the astronomy boys process everything we send them today, weโ€™ll know a lot more.โ€

During eThorpeโ€™s explanation, Ad Astraโ€™s EPD indicated Armstrongโ€™s arrival a thousand kilometers away. Shortly thereafter, the EPD alarmed again. Daphne checked it out.

โ€œIt shows a new presence near the Proxima b L5 position. Whatever it is, itโ€™s taking the brunt of the solar storm.โ€

PROXIMA CENTAURIโ€”UZ YURI GAGARIN

Eleven hours and forty minutes after entering warp 16,000 kilometers above Solโ€™s ecliptic, UZ Yuri Gagarin, with Isidor Orlov, Academician Sergii Anatoly Borisovich, Frohlican Adrhun Gloalorn, and ten crew members, flashed out of warp near the Proxima b L5 position, as close as Borisovich was able to calculate it from available data in the Solar System. Immediately, radiation alarms sounded through the Lance.

Everyone except Orlov and Borisovich ran for the Bolt Room.

โ€œExcuse me, Sir!โ€ the Academician said to Orlov as he grabbed the controls and attempted to re-enter warp.

Nothing happened.

He tried twice moreโ€”nothing.

โ€œStatus!โ€ he barked at the resident computer as he pushed Orlov into the Bolt Room.

โ€œThe forward warp ring sustained substantial charged particle damage. It will remain inoperative until repairs can be effected,โ€ the Resident responded.

โ€œExplain,โ€ Orlov demanded as he and Borisovich took seats in the cramped quarters.

Borisovich explained. โ€œProxima generates many solar storms, some worse than others. We came out of warp directly into a heavy charged particle flux. Our palladium-hydride-filled double-hull will have minimized our individual radiation dosage, and the crew getting into the Bolt Room probably helped further. You and I should take anti-radiation medication, and the auto-doc should monitor all of us.โ€

โ€œExplain why radiation damaged the pod,โ€ Orlov demanded, frustration filling his voice.

โ€œToo many variables and insufficient information,โ€ the Academician answered. โ€œUntil we can examine the problem, I simply cannot tell you.โ€

โ€œRadiation levels normal,โ€ the Resident announced.

Orlov and his crew exited the Bolt Room.

โ€œWhat now?โ€ Orlov asked.

โ€œWe need to get behind Proxima b to be shielded from the next flare,โ€ Borisovich said. He checked his Link. โ€œIt will take us fifteen hours and twenty-two minutes to arrive at Proxima bโ€™s L2 point, one hundred fifty-one thousand kilometers above the surface.โ€

โ€œIs your Link working?โ€ Orlov asked.

โ€œJust internal functions.โ€

โ€œHow do we get back?โ€ Orlov asked. โ€œIs the hyper-brick working?โ€

โ€œNo, Sir. Thatโ€™s the first thing I tried. We lost the link somewhere along our route. The only way to regain it is to generate another hyper-brick at the locus on Udachny. The fuel portal is still working because the portal size is much smaller.โ€ While he talked, he set Gagarin on course for Proxima bโ€™s L2 spot.

โ€œThereโ€™s got to be something we can do,โ€ Orlov said, his exasperation increasing.

“The Oort Federation: To the Stars”

>> READ AN INTERVIEW WITH THE AUTHOR

Where to find it:

SunLit present new excerpts from some of the best Colorado authors that not only spin engaging narratives but also illuminate who we are as a community. Read more.

โ€œItโ€™s not that simple,โ€ the Academician said. โ€œItโ€™s really not.โ€ He called up his Link again and spent several minutes doing mathematical manipulations. โ€œWe have an operating VASIMR system that can push us at one-gee, supplied by deuterium through the fuel portal. If we push steadily at one-gee for about seventeen days and then reverse and decelerate for another seventeen days, weโ€™ll arrive in the vicinity of Sol in thirty-four days subjective timeโ€”during which over four years will have passed in the Solar System.โ€

โ€œDuring which time,โ€ Orlov said, โ€œPhoenix will have reached the Aster System and established diplomatic and trade arrangements. In effect, we will have been left in the dust.โ€ He growled. โ€œThat option falls just before staying here forever. What else can we do?โ€ He walked around in the limited space, his arms folded, scowling. โ€œThink, peopleโ€ฆthink!โ€

โ€œIsnโ€™t one of the Phoenix starships near Proxima Centauri?โ€ Gloalorn asked tentatively. โ€œCan we signal them?โ€

โ€œHell! I donโ€™t know,โ€ Orlov snapped. โ€œThey gotta know Iโ€™m responsible for losing their station.โ€ He turned to Borisovich. โ€œThat wasnโ€™t supposed to happen. Our sabotage was set to shut down their power supply, not collapse their mini black hole. When we get back, I want to address that.โ€ He placed his hands on his hips. โ€œIf they did that to me, I wouldnโ€™t help them.โ€

โ€œDo you have a better idea, Sir?โ€ Borisovich asked. He turned to the crew. โ€œDoes anybody?โ€

On Armstrong, Mother announced, โ€œThe Gagarin is heading for Proxima b L2. Arrival time about fifteen hours.โ€

Ad Astra and Armstrong had set up their comms so that each vessel was aware of the otherโ€™s communications without duplicating incoming messages. About a half-hour following the announcement of Gagarinโ€™s movement, both ships heard, โ€œMaydayโ€ฆMaydayโ€ฆthis is the Udachny Starship Yuri Gagarin calling on the international distress channel. We are transmitting from the Proxima Centauri solar system, in transit on VASIMR engines from Proxima bโ€™s L5 location to the planetโ€™s L2 location, anticipated arrival in approximately fourteen hours. Our warp drive is damaged beyond our ability to repair without parts from Udachny in Earthโ€™s Solar System. Maydayโ€ฆMaydayโ€ฆ anyone receiving this message, please respond on any channel. We are monitoring all channels. Mayday… Mayday…โ€ and the entire message repeated.

eThorpe transmitted a response. โ€œUZ Yuri Gagarin, this is PS Ad Astra. We have received your distress call. In fifteen minutes, Ad Astra will come alongside Gagarin. We have a docking tube that will make an airtight seal against your hull around your airlock. One of our crew members with a broad level of technical expertise will enter Gagarin for a face-to-face conference to determine how we might be able to assist you.โ€

At first, there was no response. Then an acknowledgment where even across the transmission, the sender sounded relieved. โ€œRoger, Ad Astra. We are standing by to receive your technician.โ€ 

โ€œDale,โ€ eThorpe said, โ€œI want you to transfer to Gagarin and find out what their problem is and what they need. Take one of the specially programmed E-disks with you, and keep your finger on the activator. Activate the E-disk on even the smallest irregularity. It will take you back here. Keep an open channel with me.โ€

Mother brought Ad Astra alongside Gagarin on her MBH drive so that Ad Astraโ€™s top was pointed in the direction of Gagarinโ€™s travel, extended the collapsible docking tube, and set an airtight seal around Gagarinโ€™s airlock hatch. Dale filled the docking tube with one-atmosphere air, locked through Ad Astraโ€™s airlock into the one-gee environment of the tube created by Gagarinโ€™s forward acceleration, and opened Gagarinโ€™s outer lock hatch.

โ€œThe inner hatch is shut,โ€ he reported. โ€œI am opening it.โ€

As the hatch opened, Dale caught a brief glimpse of crew members pointing projectile weapons at the hatch. He activated his E-disk.

โ€œUZ Yuri Gagarin, this is PS Ad Astra. We have undocked and moved a safe distance away. You are bracketed between PS Ad Astra and PS Neil Armstrong. We both are sweeping Gagarin with unfocussed neutrino beams. We can shift our focus in a microsecond so that the beams will disrupt all biological life on Gagarin. We will allow you to continue on your course to L2. If you take any other action of any nature, you will all die.

โ€œWhen you arrive at L2, you will shut down your VASIMRโ€™s and drift. Within fifteen minutes of arrival at L2, you will collect all of your portable weapons into a cargo net and place them into your airlock. One of your crew members will push the cargo net with the weapons out of your airlock and close the hatch behind him. Should your airlock open again after this, we will disrupt all biological life on Gagarin. We will collect the weapons and then communicate with you again. 

โ€œAcknowledge this transmission.โ€

โ€œWhat options do we have?โ€ Orlov asked Borisovich.

โ€œI do not know these neutrino beam devices. I really cannot advise without further information.โ€

โ€œBullshit! Assume their weapon will do what they say. You and your people come up with some options, and do it quickly.โ€

โ€œWhile we study our options,โ€ Borisovich said, โ€œI recommend we lay out a cargo net for the weapons.โ€

Orlov grunted his concurrence. He leaned back in his chair at the control console, placed his hands behind his head, and dropped into deep thought. Those bastards have me by the balls right now. I need to convince them that I have capitulated completely, and that I will do whatever is necessary to gain their cooperation. He began to explore various avenues, most to be discarded, but several saved for closer examination.

An hour later, Borisovich approached him. โ€œWe have come up with a possible plan, Sir.โ€ He proceeded to lay out a plan that matched in most details one of the avenues Orlov had already examined. I got lucky when I acquired this man, Orlov thought. โ€œOkay,โ€ he said, โ€œGood job! We will implement your plan.โ€

Orlov turned to Gloalorn. โ€œAdrhun Gloalorn,โ€ he said formally, โ€œyou have an important role in this operation.โ€

Orlov laid out for the alien exactly what he expected.


Robert G. Williscroft is a retired submarine officer, deep-sea and saturation diver, scientist, author of 19 books and hundreds of articles, and a lifelong adventurer. He spent 22 months underwater, a year in the equatorial Pacific, three years in the Arctic ice pack, and a year at the Geographic South Pole. He holds degrees in Marine Physics and Meteorology and a doctorate for developing a system to protect SCUBA divers in contaminated water. Author of non-fiction, submarine technothrillers, and hard science fiction, he lives in Centennial, Colorado, with his family.

Type of Story: Review

An assessment or critique of a service, product, or creative endeavor such as art, literature or a performance.