In broadcast order "The Galileo 7", broadcast 5 January 1967, is the 16th episode of TOS.
Captain's Log, stardate 2821.5. On route to Makus Three with a cargo of medical supplies. Our course leads us past Murasaki 312, a quasar-like formation, vague, undefined. A priceless opportunity for scientific investigation. On board is Galactic High Commissioner Ferris, overseeing the delivery of the medicines to Makus Three.
Note that the Federation is claiming to be a galactic government by giving such a title to its high commissioners, unless Ferris is a commissioner of some inter governmental agency or organization.
KIRK: Captain to shuttlecraft Galileo. Stand by, Mister Spock.
FERRIS: I remind you, Captain, I'm entirely opposed to this delay. Your mission is to get those emergency medical supplies to Makus Three in time for their transfer to the New Paris colonies.
KIRK: No problem, Commissioner. And may I remind you that I have standing orders to investigate all quasars and quasar-like phenomena wherever they may be encountered. Besides, it's three days to Makus. And the rendezvous doesn't take place for five.
FERRIS: I don't like to take chances. The plague is out of control on New Paris. We must get those drugs there on time.
KIRK: No problem. Captain to Galileo. All systems cleared for take off.
No problem, eh? Nothing can go wrong?
Note that the distance between Murasaki 312 and Makus III should be about 3 days travel at warp factor 6, the fastest safe warp speed, or at the emergency warp speeds of warp factor 7 or warp factor 8.. According to the official, but not canon or necessarily correct, TOS warp scale, the Enterprise should travel about 216 light days per day at Warp factor 6, 343 light days per day at warp 7, and 512 light days per day at warp 8. So the distance from Murasaki 312 to Makus III should be about 648, 1,029, or 1,536 light days, or about 1.7, 2.8, or 4.2 light years. The nearest stars system to Makus III would probably be about 5 light years away, so even if the
Enterprise headed to Makus III from the nearest stars system instead of a more distant one, it should have already traveled a large part of the distance to Makus III.
So the
Enterprise won't take the medicines straight to the New Paris Colony but will rendezvous at Makus Three to transfer them to another ship.
Note that if the
Enterprise didn't stop at Murasaki 312 it would arrive at Makus II two days before the rendezvous. Why shouldn't the
Enterprise use those two days to be travel closer to New Paris and then rendezvous with the other ship closer to New Paris? why can't the
Enterprise go directly to New Paris? That would get the medicine to New Paris two days earlier, assuming that both ships travel at the same speed all during the journey, and might save many lives.
But why does the delivery of the medicines to New Paris to fight the plague have to be delayed for 2 days for a transfer to another ship? Wouldn't the medicines reach New Paris 2 days sooner and maybe save many lives if the
Enterprise took them straight to New Paris?
The only suggested reason why the
Enterprise couldn't go all the way to New Paris I have found was maybe the
Enterprise couldn't leave the sector of space it was patrolling unguarded long enough to go to New Paris and then back. But what about the ship that the
Enterprise was going to meet at Makus III and transfer the medicines to? Couldn't two starships merely switch their patrol sectors? If the
Enterprise went to New Paris, that other ship could go to the
Enterprise 's old sector and patrol it, and after the
Enterprise delivered the medicines to New Paris the
Enterprise could go to the other ships's old sector and patrol it.
Maybe the other ship wasn't a mighty starship but a tiny fast courier ship and couldn't defend the
Enterprise's sector while the
Enterprise was away.. Maybe.
As many
Star Trek fans know there are a lot of problems with the time, distance, and speed of various interstellar voyages in TOS and later productions.
One theory to explain those problems and inconsistencies is that sometimes starships don't point their bows at distant star systems, turn on the warp drive, and travel all the way through vast empty interstellar space to those star systems. Perhaps starship can also travel though a system of space warps, probably some type of stable wormholes, from one star system to another, disappearing from one point in space and reappearing in another point in space in much less time than it would take to travel the distance between those two points.
If each star system has at least two space warp "mouths" in it, a starship could appear out of one mouth, zoom across the star system to anther mouth and enter it, and reappear in another star system, in a tiny fraction of the time it would take to travel across all the distance between those two star systems.
Suppose that the
Enterprise was orbiting Planet A in star system B when it had to get to Planet C in Star system D. Suppose that the
Enterprise makes 5 jumps between star systems using those space warps to reach star system D. The total duration of the voyage would be four times the average travel time between two "mouths" within a star system, plus the time to travel from planet A to the mouth in star system B, plus the time it takes to travel from the mouth in star system D to Planet C, plus five times the average duration (if any) of the jumps between star systems. And sometimes that could be many times faster than travelling all the way though interstellar space from star system B to star system D.
Of course in the TNG episode "The Price" The Barzan Wormhole was believed to be the first stable wormhole, until it was discovered to be unstable, and in DS9 the Bajoran Wormhole was found to be the first known stable wormhole. Maybe those "space tunnels" are totally different from wormholes, maybe they were created by an ancient alien civilization that has them surrounded by force fields that block all sensors that could be used to tell if they are wormholes.
In the TNG episode "Haven" there is mention of the stargate in the Haven system, which is not described. It could be the mouth of a space warp leading to another star system.
But maybe those hypothetical stargates in
Star Trek function periodically, not constantly.
. Possibly they turn on and off at regular intervals. Or possibly every stargate changes the star system that it leads to at regular intervals.
And possibly a stardate unit is the length of a regular periodic change in the stargates, whether turning on and off or changing their destinations. So a stardate user could tell the current status of the stargate system from the current stardate.
So possibly the
Enterprise wasn't travelling through interstellar space toward Makus III when it stopped to investigate Murasaki 312. Maybe it was jumping from star system to star system through that hypothetical system of stargates to reach Makus III, and Murasaki 312 was in one of the solar systems it was passing through.
And if the operation of the system of stargates changes periodically, possibly the
Enterprise would have to wait at Makus III for two days for the stargate system to change so the other ship could reach Makus III, receive the medicines, and travel to New Paris, which presumably was in the sector that other starship patrolled. Possibly supercomputers at Starfleet Command Headquarters analyzed thousands and millions and billions of possible routes and schedules and calculated that that would be the fastest route to get the medicines to New Paris. And that left the
Enterprise with two days to spare, which it was free to use to investigate Murasaki 312.
And possibly Murasaki 312 was usually quiet, but was exhibiting extreme effects at the moment, needing to be studied.
An unspecified time after the shuttle
Galileo 7 launches, Murasaki 312 goes wild and pulls the shuttle in.
SPOCK: Galileo to Enterprise. Galileo to Enterprise. We are out of control, being pulled directly into the heart of Murasaki three one two. Being hit by violent radiation on outer hull. Course three point two five
On the
Enterprise, Kirk tells Ferris:
KIRK: That thing out there has ionized this complete sector. None of our instruments work. At least four complete solar systems in the immediate vicinity. And out there somewhere, a twenty four foot shuttlecraft, off course, out of control. Finding a needle in a haystack would be child's play.
Captain's Log, stardate 2821.7. The electromagnetic phenomenon known as Murasaki Three Twelve whirls like some angry blight in space, a depressive reminder that seven shipmates still have not been heard from. Equally bad, the effect has rendered our normal searching systems useless. Without them, we are blind and almost helpless.
At the official warp speeds of a starship, which a shuttlecraft shouldn't be able to travel any faster than, it should take days for a shuttle to reach a star system. One would normally expect to find four complete solar systems within a radius of five to ten light years.
Possibly the Muraski 312 effect managed to somehow increase the shuttle's warp speed as in sucked it in. Mr. Boma's words after the shuttle lands on Taurus II seem to suggest that:
BOMA: I can't be sure, but I'd say that, the magnetic potential of the effect was (McCoy gives him a tissue for his nose bleed) Thank you. Was such that, as we gathered speed, it was multiplied geometrically. And we were simply shot into the centre of the effect. Like a projectile.
SPOCK: I'd say your evaluation is reasonable, Mister Boma.
But apparently the
Enterprise was not pulled into the Murasaki effect, and after the Muraski effect subsides the
Enterprise manages to follow the Galileo 7 in a short time, so the distance which the shuttle was pulled can not be too great.
Another possible theory is that this is in an open star cluster, full of young stars including very massive young stars which will quickly pass through the stages of their life cycles and end up in their final condition. Perhaps Murasaki 312 is one of those massive stars which a has already reached more or less its final condition, a stellar mass black hole, forming a microquasar.
https://en.wikipedia.org/wiki/Microquasar
If this is in the densest part of the open cluster, the nearest four star systems might be a lot closer than in more typical regions of interstellar space, and every little bit helps.
And possibly the "four complete solar systems in the immediate vicinity" were technically one complete, multiple star system.
It could have four stars in two pairs. Each pair might be separated by about 15 to 30 Astronomical Units (AU) and the two pairs might be separated by several hundred AU. With such separations, each star could have some planets in stable S-Type orbits around it, including within its habitable Zone.
And by chance that quadruple star system could have been passing very close to the microquasar Murasaki 312.
Kirk says they have two days to find the missing shuttle and its crew.
UHURA: Captain, there's one planet in this solar system capable of sustaining human life. It's type M, oxygen, nitrogen, and it's listed as Taurus Two. It's unexplored. As far as we can determine with our equipment malfunction, it's just about dead-centre of the Murasaki effect.
KIRK: Thank you, Lieutenant. Mister Sulu.
SULU: Yes, sir.
KIRK: Set course for Taurus Two.
SULU: Aye, aye, sir.
After the
Enterprise has arrived at Planet Taurus II:
KIRK: We have until 2823.8 to continue the search, Commissioner.
.
So stardate 2823.8 should be approximately 2 days after stardate 2821.5.
If the two days were approximately two 24 hour periods, approximately 48 hours, give or or take some, would equal approximately 2.3 stardate units, giving a ratio of about 20.8 hours per stardate unit, give or take a few..
If the two days were approximately two work days or watches, and there are three or four watches in 24 hours, each watch would last 6 or 8 hours. So approximately 12 to 16 hours in approximately 2.3 stardate units would give a ratio of about 5.2 or 6.9 hours per stardate units.
Outside the shuttlecraft, McCoy says this is Spock's big chance for command. After at least 13 years in Starfleet, Spock should have had many similar chances to command landing parties on various planets and shuttlecraft on various voyages. And in fact Spock commanded the
Enterprise as early as Talos IV in "The Cage" when Pike and Number One were away, and called himself acting captain. Spock has also commanded the
Enterprise when Kirk was away in several of the previous episodes of TOS.
So my guess is that "The Galileo 7" happens in an alternate universe where Spock has not been in temporary command of the
Enterprise in those episodes, and that Spock doesn't bother to correct McCoy's assumption that Spock has somehow n ever commanded a landing party or a shuttlecraft or a starship in the absence of its captain before.
After Lattimer is killed:
SPOCK: (pulling the bloody spear from Latimer's body and examining it) Folsom Point.
BOMA: Sir?
SPOCK: There's a remarkable resemblance to the Folsom Point discovered in 1925, old world calendar, New Mexico, North America. A bit more crude about the shaft, I believe. Not very efficient.
The Folsom Point is the name of a type of stone spearhead and knife used in North America between about 9500 BCE and 8000 BCE. They are named after the Folsom Site in Wild Horse Arroyo 8 miles West of Folsom, New Mexico. Ex slave and ranch foreman George McJunkin found large bones exposed after a rainstorm in 1908, and tried for years to get the site scientifically investigated. Archaeologists first visited the site in 1919, and in 1926 Jesse Figgens found a Folsom point embedded between two ribs of an extinct prehistoric bison. He cut out the ribs and Folsom point together, without disturbing their relationship, to use as proof that humans had been in North America thousands of years earlier than was believed by mainstream archaeologists.
https://en.wikipedia.org/wiki/Folsom_Site
So the first Folsom Point was discovered by scientists in 1926, one year later than Spock said. Therefor I deduce that TOS should happen in an alternate universe where when the Folsom Point was found the calendar then in use said that the current year was 1925. So TOS should be in an alternate universe where either the Folsom Point was discovered in AD 1925 instead of AD 1926, or else a different calendar counting the years from a different epoch was then used in North America.
So possibly sometime after the numeral zero became commonly used by Christians, many Christian groups decided to replace the year AD One with the year Zero, thus renumbering AD 2 to AD 1, and so on, thus making AD 1926 the year 1925 in their year count. Or, since there is considerable uncertainty about the year when Jesus was born, some Christian groups might have made AD 2 (or some later year) year One in their calendar.
Captain's Log, stardate 2822.3. We continue to search, but I find it more difficult each moment to ward off a sense of utter futility and great loss.
On the
Enterprise, Ferris reminds Kirk that he is running out of time for the search. Ferris reminds Kirk
FERRIS: (stepping into the turbolift) Twenty four more hours, Captain.
So about 24 hours in a difference of about 1.5 stardate units between 2822.3 and 2823.8 equals about 16 hours per stardate unit.
Back on the planet, when deciding to drain the phasers to power the shuttle Spock says:
SPOCK: We don't have to maintain it very long, Mister Scott. In less than twenty four hours, the Enterprise will be forced to abandon its search in order to make a rendezvous. If we can't maintain orbit after that time, it won't make any difference. If we burn up in a decaying orbit or die here on the planet's surface, we shall surely die. Doctor, your phaser. Go to work, Mister Scott.
Later, the natives of Taurus II attack the shuttle.
On the bridge:
Captain's Log, stardate 2823.1. Our landing parties are on the surface of Taurus Two. We continue to hope. Instruments are slowly returning to an operable condition as the ion storm slowly disperses. On the ship, we can only wait helplessly.
FERRIS: You have two hours and forty three minutes, Captain.
KIRK: I'm in command here, Mister Ferris.
FERRIS: You are, Captain. For another two hours and forty two minutes.
Since Stardate 2823.1 is about 0.7 stardate units before stardate 2823.8, and since it seems to be established that there should be about 20.8 hours, give or take a few, in a stardate unit, this should be about 14.5 hours before the deadline. But Ferris just said the deadline was in two hours and forty three minutes, less than two and three quarters hours. That is a significant difference.. At that rate there would be only 3.9 hours in a stardate unit.
On Taurus II, they electrify the hull of the shuttle to drive off the natives.
Search party two under Lt. Kellowitz returns. Commissioner Ferris returns to the Bridge.
FERRIS: Captain Kirk, check your chronometer. You'll see that it is 2823.8. Your time is up.
KIRK: But they're still out there.
FERRIS: So are the plague victims on New Paris. I'm sorry, Captain. I now assume authority granted me under Title fifteen, Galactic Emergency Procedures, and I order you to abandon search.
Captain's log, supplement. The search parties have returned to the ship, and the Columbus is on its way back. I have been compelled to abandon the search.
KIRK: Stand ready, Mister Sulu. How long before the Columbus comes on board?
UHURA: Twenty three minutes, sir.
On the bridge:
UHURA: The Columbus is aboard, sir. The flight hatch is closed. Transporter room reports last of the landing parties have beamed safely up. All systems report secured for warp factors.
KIRK: Mister Sulu, proceed on course for Makus Three, at space normal speed.
SULU: Space normal, sir?
KIRK: Those are my orders. Lieutenant Uhura, order all sensor sections to direct beams aft. Full function, continuous operation until further orders.
After the Galileo 7 achieves orbit, Spock jettisons and ignite the fuel as a signal:
MCCOY: How long have we got now, Scotty?
SCOTT: The orbit'll start decaying as soon as the fuel's exhausted. Say six minutes.
UHURA: Captain, transporter room just beamed up five persons. Alive and well.
KIRK: Mister Sulu, proceed on course to Makus Three. Ahead warp factor one.
SULU: Aye, aye, sir. Warp factor one.
So Kirk delayed departure for 23 minutes, and then left at space normal speed, slower than light. The Galileo 7 was in orbit for 6 minutes, but it is uncertain when the shuttle achieved orbit relative to the 23 minutes which Kirk delayed leaving by. So the total time that Kirk delayed leaving for Makus III at warp speed is unknown, but at least 23 minutes long.
So one would expect Kirk to order Sulu to zoom away at warp factor six or something to make up for the 23 minutes that Kirk had delayed the arrival of the medicines at the New Paris Colony.
But instead Kirk tells Sulu to use the slowest known warp speed, warp factor one!
Well, maybe once they got out of the solar system of Taurus II, they then accelerated to warp factor seven for a while to make up for the lost time and get to Makus III on schedule
I note that according to the evidence in " The Galileo 7" there should be about 20.8 hours in a stardate unit, or about 16 hours in a stardate unit, or about 5.2 or about 6.9 hours in a stardate unit, or about 3.9 hours in a stardate unit. Very interesting.