recursal/Fanatic-Fandom huggingface dataset:
Personal log Stardate 120207.54

Computer Begin a new long entry

Personal log Stardate 120207.54

It Certainly has been an interesting couple of week for me, first of i was offered a place in the science department on the ship, it is a chance to put together my own department again, but naturally i have not yet decided on what to do, i have my heart set on helping Sam bring the Tactical department to full glory and so far we have do a fantastic job, i'd hate to just leave all my hard work behind just to do it again from scratch on my own in a new department i hardly have experience in...i was the Dean of galactic sciences for quite some time a few years ago, but that hardly qualifies me as a science officer and yes my scientific know-how is unmatched but that just leaves me thinking i may not be suitable for the job, i may know to much for my own good....then again i would be a priceless girl to have on the ship if ever we got lost in time ...i'm a temporal Expert!....gahh!...Il just have to think a little longer on what i am going to do...

\*Miu walks over to the shower and activates it warming up the water then walks out of the shower room\*

I had my old boyfriend from Zontinia visit the ship briefly the other day, my Kin'Otra in a human holo-body, which is a sort of holographic exo suit....anyway he came aboard and, ahem.....cured me of my Orek'Mino...It's such a relief to not have the symptoms any-more my pupils are black again and my iris is a sharp Ice Blue...just as they should be!. My Kin'Otra Could not stay long he was due back in 5 earth days.

\*Miu Takes off her Uniform jacket throwing it onto her bed next to the shower room\*

Colin Nemeth...better known as guardian, announced to me yesterday that he loves me...which i found to be both uncomfortable and awkward but he told be that he had been alone for so long and just needed to be with someone so i humored him, he expressed interest in dating me, as a Zon'Tai i don't partake in such rituals and would follow a Zontinian way of doing things that involve relationships, he is human which is a fascination to me but if my father found that i started a interspecies relationship he would have me shipped back Home and locked in his house faster than i can say oops....He is certianly not my type, and i will always only consider him a friend. Nothing more..

\* Miu walks into the shower room half-dressed splashing water on her face from the pouring tap\*

Heh, the week certainly has taken its toll on me.. Mentally, and the next one has already started i feel as though im on a shuttle travelling at warp without the inertial dampers on..... so basically i feel like im pressed against the walls travelling at high speed down the subspace of life..........Well anyway i have a shower to take, a real shower not the sonic ones...my fur hates them, so i better be off

Computer End Log entry
Universal Translator

The technical ability to exchange data is not in itself sufficient to permit communication. A common set of symbols and concepts — a language — is equally important before communications can occur. This is difficult enough on a planet where individuals of the same species speak different languages, but it becomes a formidable task indeed when dealing with individuals from different planets who may share neither biology, culture, nor concepts.

The Universal Translator is an extremely sophisticated computer program that is designed to first analyze the patterns of an unknown form of communication, then to derive a translation matrix to permit realtime verbal or data exchanges. Although the Universal Translator is primarily intended to work with spoken communications, it has been used successfully for translation with a wide range of language media.

### DERIVING A TRANSLATION MATRIX

The first step in deriving a translation matrix is to obtain as large a sample as possible of the unknown communication. Wherever possible, this sample should include examples of at least two native speakers conversing with each other. Extensive pattern analysis yields estimates on symbology, syntax, usage patterns, vocabulary, and cultural factors.

Given an adequate sample, it is usually possible to derive a highly simplified language subset in only a few minutes, although Federation policy generally requires a much more extensive analysis before diplomatic usage of the Universal Translator is permitted.

In the case where the individual lifeform communicated with has a similar language translation technology, it is sometimes useful to translate outgoing messages into the Linguacode language form, since this is specifically designed as a culturally neutral "antiencrypted" language medium.

### LIMITATIONS

The accuracy and applicability of the translation matrix is only as good as the language sample on which the matrix is based. A limited sample will generally permit a basic exchange of concepts, but can lead to highly distorted translations when concepts, vocabulary, or usage vary too far from the sample. Since the Universal Translator constantly updates the translation matrix during the course of usage, it is often useful to allow the program to accumulate a larger linguistic sample by exchanging simple subjects before proceeding to the discussion of more complex or sensitive subjects.
Medkit Type 1

The Basic Medkit is a small pouch worn on the belt. containing equipment and drugs necessary for immediate diagnosis and treatment of diseases or injuries on Class M Planets. The Medkit is designed to administer only temporary aid while the patient is secured for transportation to medical facilities. Because of its small size the Medkit contains only those items absolutely essential to field treatment. Many injuries and condition may require more advanced kits, but such equipment is not always available in the field, especially where the prime directive makes viable the risk of "contamination" by introducing extensive medical technology.

* **Preloaded Hypospray**: this Hypospray differs from other models in that it comes preloaded with 6 medications into the handle. The body contains a colloidal field suspension of the six medication, any one of which may be selected by choosing the appropriate filter aperture by turning the groved ring below at the base. The hypo is loaded with two doses each of the following medications:
	+ Cordrazine - stimulant
	+ Tri-ox - Oxygen binder
	+ Dylovene - broad spectrum antitoxin
	+ Stokaline - nutrient and multivitamin
	+ Hyronolin - anti-radiation Medication
	+ Melanex - anesthetic and neural paralyzer

* **Type I Medical Scanner** - this medical scanner consists of two parts: a rotating scanner head enclosed in a wire mesh sensor network, and the main body which interprets signals received and converts them into a fluctuation audio readout. it is programmable for up to 10 simultaneous functions (pulse rate, respiration, body tempt, cell rate, lung capacity, heart activity, blood pressure, basal metabolic rate, brain activity, homeostatic deviation) by setting the input on the base of the scanner. the audio output is given through a series of sounds. training is required too understand the sound output to minimize the possible risk of contamination.
* **Spray applicator**: the spray applicator is a small cylindrical dispenser of epidermal medication. it is normally pressurized with an organically based flesh colored compound that acts as a coagulant to stop the flow of blood and act as an antibiotic against infection. a mild local anesthetic deadens pain in the afflicted area. the application contains about 5-10 doses , depending on the amount used.
Pattern Buffer

This superconducting tokamak device delays transmission of the matter stream so that Doppler compensators can correct for relative motion between the emitter array and the target. A single pattern buffer is shared between each pair of transporter chambers. Operating rules require at least one additional pattern buffer to be available in the system for possible emergency shunting. In emergency situations, the pattern buffer is capable of holding the entire matter stream in suspension for periods approaching 420 seconds before degradation in pattern image occurs.
Jewelry Regulations

Conservative jewelry is authorized for all personnel and shall be in good taste while in uniform. Cultural exceptions to these restrictions are generally approved when there it does not present a safety or FOD (Foreign Object Damage) hazard (e.g. Bajoran Earings).  Jewelry shall be worn within the following guidelines:

A.  Rings.  While in uniform, only one ring per hand is authorized, plus a wedding/engagement ring set.  Rings are not authorized for wear on thumbs.

 B.  Earrings

 One earring per ear (centered on earlobe) may be worn while in uniform.  Earrings shall be 4mm - 6mm ball, plain with shiny or brushed matte finish, screw on or with posts.  Gold for officers/CPOs, and silver for enlisted personnel.  Small single pearl earrings are authorized for wear with Dinner and Formal Dress uniforms.

C.  Body Piercing.  Not authorized while in uniform.  No articles, other than earrings for women specified above, shall be attached to or through the ear, nose, or any other body part.

D  Necklaces/Choker.  While in uniform, only one necklace may be worn.

E.  Wristwatch/Bracelets.  While in uniform, only one of each may be worn.  Ankle bracelets are not authorized while in uniform.
Transporter Evacuation

The transporter systems are enormously useful during missions that require bringing large numbers of individuals to or from the ship in short timeframes. The use of transporter systems imposes specific requirements on evacuation mission profiles.

EVAC TO SHIP

In case of emergency evacuation to the ship, Both personnel transporters would be brought into use. Maximum beam-up rate is limited by the minimum duty cycle of the transporter systems. Utilizing both personnel transporters results in a maximum beam-up rate of approximately two hundred persons per hour.

In such scenarios, however, the personnel transporters would be supplemented with the cargo transporter. Although the cargo transporters are normally optimized for operation at molecular (nonlifeform) resolution, they can be reset for quantum (lifeform-safe) transport at a significant reduction in payload mass, yielding an additional beam-up capacity of one hundred persons per hour for a total system capacity of three hundred persons per hour.

EVAC FROM SHIP

Emergency evacuation from the Solstice can be accomplished at a significantly greater rate than transport to the ship due to the availability of two emergency evacuation transporters capable of transporting twenty-two persons at a time off the ship. These units, which are incapable of transport to the ship, share the personnel transporters' pattern buffers, but employ high-volume scan-only phase transition coils, yielding a 370% increase in payload mass over the standard units, although their range is limited to 15,000 km (compared to 40,000 km for the standard units). As a result, when emergency transporters are used to supplement the personnel and cargo transporters, the rate is nearly doubled to some 500 persons an hour.

The emergency transporters have another significant operating advantage, that of lesser power requirements. This can be of great importance during crisis situations when available power is limited. In such cases, transport can be restricted to emergency transporters only, yielding an evacuation rate of about one thousand persons per hour, owing to the longer degauss time for the lower-power phase transition coils.
Security Complex

The Solstice's Main Security center is located in the center of the ship on deck 3. The Security Center is unique in that it is completely closed off by Tritanium bulkheads surrounding the entire complex. The Complex consists of 4 sections and the primary hallway. Those sections include, the Security Chiefs office, armory, Security briefing room, and the Brig. The Complex is equipped with its own Subprocessor, as well as a dedicated power feed from the main engines with a 24 hour reserve cold fusion battery to sustain internal force field and security lock systems.

The main access to the complex is a single Armored Door on the Starboard side and advances through a hallway Towards the port side. To the left of the entrance is the Crew locker room and Armory. To the immediate Right is the Briefing room, which leads to the Security Chiefs office.

The Office Can accommodate up to Three persons and is equipped with computer terminal, Three dimensional display system, and a Replicator. the Office also has a doorway leading to a rear entrance of the Brig. the brig can also be accessed from the main tactical corridor
Gymnasium

A gymnasium was an area of a starship which was dedicated to physical fitness and exercise. The gymnasium on board is located on Deck 7. It usually featured a number of items that could be used for the fitness of the crew, including exercise bikes, treadmills, and weights.

In addition to being used as a gymnastic studio and martial arts area, it could also be converted into a parrises squares area, a zero gravity area, an anbo-jytsu court, or a fencing room.
Transporter Targeting Scanners

A set of fifteen partially redundant sensor clusters located in the lateral, upper, and lower sensor arrays, these devices determine transporter coordinates, including bearing, range, and relative velocity to remote transport destinations. The targeting scanners also provide environmental information on the target site. Transport coordinates can also be determined using navigational, tactical, and communications scanners. For site-to-site intraship beaming, coordinates can be derived from interior sensors. Ship's personnel can be located for transport using communicators.
Introduction to Emergency Operations

The entire philosophy behind the integrated systems design of the Nova class starship is one of maximizing crew safety during all mission profiles and in all emergency situations. Starfleet has a long tradition of placing the safety of its people first. The extraordinary lengths to which Starfleet has gone in insuring crew safety in the design and operation of its ships is a persuasive demonstration of Starfleet's commitment to this tradition and philosophy.

The principle of automatic computer monitoring of ship operations to detect and correct system anomalies long before they become problems has long been a means of optimizing both crew safety and operational effectiveness. This process alone deals with over 87% of all potential problems with minimal crew intervention.

The Nova class starship, like its predecessors, incorporates a sophisticated array of redundant systems and backups, intended to assure continuous service of all key systems. Critical environmental support and engineering systems will generally employ at least one backup, which is physically separated from the primary and has power supplied by an independent source.

Supplementing these approaches are systems, protocols, trained personnel, and specialized hardware intended to cope with a wide range of potential emergency situations.

Such possible Scenarios include:

* Fire Suppression
* Medical Emergencies
* Escape Pod Evacuation
* Planetary Rescue and Evac Operations
Operations

Possessing consummate technical skills, operations officers deal with practical solutions to immediate problems. Each officer specializes in a particular area, typically defined by the system he operates or his function as part of the crew. There can be as many possible ops specialists as there are systems on board.  Without operations officers, commanders, scientists, and security officers couldn't do their jobs. Whenever a job needs doing, an operations officer is there to do it.

Ops officers find adventure a matter of course for a career in space, from adjusting the sensors to obtain better readings to beaming an away team out of danger. As experts in their chosen fields, operations officers are frequently called upon to apply their skills wherever they are needed. On a planet's surface, operations officers might accompany an exploration team to set up needed equipment. Surveying a celestial event, an ops officer might calibrate the sensors and obtain the data. In a hostile encounter, an ops officer may have to send out an emergency distress signal and launch the log buoy.

### Positions

Available trades in Operations are:

* Resource Management Technician – This technician is responsible for the allocation of energy, computing power, Sensor time and raw materials throughout the ship.Operations managers efficiently organize ship's resources, such as power consumption, lateral sensor array use, or equipment disbursement.

* Logistics Technician - This technician is responsible for the allocation of tangible materials throughout the ship, as well as management of ship cargo bays. Logistic specialists are tasked with maintaining ship or company military supply stores. Their responsibilities generally include  purchasing and procurement, shipping and receiving, and issuing of equipment, tools, consumable items or anything else obtained through the Federation supply system. They fall under the authority of a supply officer.

* Communications Technician -  Communications Technicians are responsible for all subspace communications within and without the ship. Linguists may also fall into this discipline. Communications officers handle incoming and outgoing radio traffic.

* Systems Technician - The systems Operations technician is responsible for operating internal ship systems, such as transporters, Life Support, and Replicators. Environmental systems officers maintain critical life support functions. Transporter operators beam passengers to and fro.

* Steward Department -Aboard ship, the steward department is responsible for the maintenance of living and eating quarters. Cooking in the Mess, Tending the Bar in the Lounge, and getting Programs For the Holodeck would all be responsibility of the Stewards department.
Meriwether Hertford

## Biography

Meri was born on the Carnivon homeworld, Sphynx. He had a lactose intolerance as a pup, but his father was a pharmaceutical chemist and was able to keep the family supplied with an artificial milk. He was always smaller than the other males, but managed to stay just large enough to avoid being officially labeled a runt. Meri actually had many allergies he needed to keep secret for fear that his frailty would make him a candidate for medical experimentation, a common practice on Sphynx. In fact, if the medical community had known about a genetic defect which caused the gradual decay of visual receptors in his eyes he would've spent the rest of his life in the gene labs. Fortunately, he was able to get corrective lenses on the black market which helped him keep his secret in late adolescence.

Meri was bright and excelled academically in his early education, even while he lagged behind in physical training. During the training period of his mandatory military service Meri his vision had gotten so bad that he failed every single range test. His training pack, frustrated with Meri's constant failure, got increasingly aggressive and threatening. Before even finishing training Meri escaped Sphynx on a Ferengi trading vessel and made his way to Earth where he entered Starfleet Academy.

After recieving considerable training in the Sciences with a biology specialization, Meri applied for starship assignment, anxious to explore strange worlds in search of new life. He was assigned to the USS Valkyrie. However, before he was officially added to the active duty rosters the shipped was attacked and destroyed by Nausiccan pirates. Meri, and many other members of the Valkyrie's crew, were rescued by the USS Solstice. After a short period of recuperation, Meri joined the Solstice crew.

## Education/Training

* Helms control training: 2391/07/27
* Phaser safety training: 2391/09/09

## Medical History

### Chronic Conditions

* Many food allergies (Chocolate, lactose, grapes, & artichokes to be sure)
* Spot's Disease (congenital defect resulting in blindness, similar to human Norrie disease. Currently has ocular implants which connect directly to visual cortex.)

### Injuries

* Acute Folliculitis (Lost all fur for a period of three months)
* Heavy Metal Poisoning (Exposed on unknown planet)
* Cranial Laceration (turbulence-related fall)

## Promotion History

* 07/23/2391 - Enlisted as Recruit
* 08/02/2391 - Approved as Ordinary Crewman
* 08/14/2391 - Able Crewman
* 09/25/2391 - Lead Crewman
* 10/22/2391 - Commissioned as Ensign
* 03/06/2392 - Promoted to Lieutenant (Junior Grade)
Beyond Westworld

***Beyond Westworld*** est une série télévisée américaine de science-fiction. il s'agit d'une suite qui prolonge l'intrigue des deux films *Mondwest* (1973) et *Les Rescapés du futur* (1976). La série a été diffusée du 5 au 19 mars 1980 sur la chaîne CBS aux États-Unis.

## Synopsis

Simon Quaid, le scientifique qui est à l'origine des robots du parc Delos, a mis en marche une armée de robots à ses ordres pour conquérir le monde. Le chef de la sécurité de Delos, Joseph Oppenheimer, envoie sur le terrain ses deux agents, John Moore et Pamela Williams, afin de contrecarrer ses plans.

## Distribution

* Jim McMullan : John Moore (5 épisodes)
* James Wainwright : Simon Quaid (5 épisodes)
* William Jordan : Joseph Oppenheimer (5 épisodes)
* Nancy Harewood : Roberta (5 épisodes)
* Connie Sellecca : Pamela Williams (4 épisodes)
* Severn Darden : Foley (4 épisodes)
* Russell Johnson : Patrick (2 épisodes)

## Production

**Réalisateurs :**

* Rod Holcomb
* Ted Post
* Paul Stanley
* Jack Starrett
* Don Weis

**Scénaristes :**

* Michael Crichton
* Lou Shaw
* Martin Roth
* David Carren
* Howard Dimsdale
* Gregory S. Dinallo
* Steve Greenberg
* Aubrey Solomon

**Producteurs :**

* John Meredyth Lucas
* Lou Shaw
* Fred Freiberger
* Leonard B. Kaufman
Personal log Stardate 110222.44

Personal log Stardate 120222.44

I have spent the last one and a half weeks in my quarters alone, i feel myself becoming a little home sick, i have had consent platter of thinking running through my head, I want to go home for a wile take some time off rest up a little get back with my own people again rediscover who I am...you that sort of thing....

\*Miu sits back on her chair looking thoughtful to the ceiling\*

but I do not want to leave my duty's unattended here on the solstice...So i will have to gather a replacement for myself while i take some much needed shore leave.

So i have decided...i shall return to my home planet for a brake...

Computer end log entry

((EDIT: THE PREVIOUS SIX LOG ENTERYS WHERE TAKEN FROM ARCHIVED LOGS FROM THE SOLSTICE'S OLD FORUM AT UFS, AND AS SUCH ARE TO BE TAKEN AS CANON OF THE SHIPS HISTORY, AS THEY DID ACTUALLY HAPPEN, AFTER THIS POINT NO FURTHER PERSONAL LOGS WHERE MADE UNTIL 2019))
Personal Log Stardate 120113.34

Personal Log Stardate 120113.34

The Last two weeks have been eventful, the missions are exiting however the danger they provide is very real, there is an apparent outbreak of a illness, i find myself worrying, my immune system maybe reinforced but i do not know how it will react to an known virus, i am right now working on my EVE Suit, starfleet did not have my species in mind when designing them, it would seem most species in the galaxy have smiler features I.E no fur, no muzzle which is why i am lead to believe that...

Right now however i find myself in my quarters laying on the bed looking to the roof, thoughts are spinning around in my head since i returned

My ship...how will it cope being stuck in temporal orbit around the solstice since i need to stay in range with it otherwise i will become sick
and my parents...will i see them again...how will i know if they want to contact me since the solstice is always on the move,

Yes...many things are going around in my head but i will not let them interrupt my duty's here, my personal matters are just that....personal and should not inflict on the crew like they did on cascadia ...i wont let that happen again..geesh

I have not heard anything from Miguel lately we where suppose to plan a date but it seems we never got around to it...well yet at least

well hopeful il see him soon Computer...End log entry
Science Stations

Science stations I and II are the first two Starboard stations
located next to the Command station on the upper level of the Main
Bridge. They are used by bridge personnel to provide realtime scientific
 data to command personnel. These stations are not assigned full-time
echnicians, but are available for use as needed.

In some cases, the science stations are used by personnel attached to secondary missions including researchers, science officers, mission specialists, and others who need to coordinate operations closely with the bridge. A typical example might be an ongoing study of stellar composition, normally handled down in the stellar spectroscopy lab, but which has occasional periods of large-volume observations better managed from the bridge.

Another example would be the control of an automated probe, gathering interstellar dust samples from a hazardous area, later requiring specific ship maneuvers in order to successfully recover the probe and its samples.

Science I and II are generally configured for independent operation, but can be linked together when two researchers wish to work
cooperatively. The aft Science stations have priority links to Conn, Ops, and Tactical. During Alert status, science stations can have priority access to sensor arrays, if necessary overriding ongoing science department observations and other secondary missions upon approval by the Operations Manager.

The Science I station incorporates an isolinear chip matrix panel that permits specialized mission profile programs to be loaded as
needed, and also permits investigators to accumulate data for later study.

### Science Station Functions

Primary functions of Science stations include:

* The ability to provide access to sensors and interpretive software for primary mission and command intelligence requirements and to supplement Ops in providing realtime scientific data for command

decision making support.

* The ability to act as a command post for coordination of activities of various science laboratories and other departments, as

well as for monitoring of secondary mission status

* The ability to reconfigure and recalibrate sensor systems at a moment's notice for specific command intelligence requirements.
Navigational Hazards

Various phenomena existing in space pose serious dangers to spacecraft navigation. Some of these objects/conditions are natural, others are artificial. All are included on standard military and civilian starcharts. These hazards can be identified by their coding, which consists of two parts: a letter designating the type of hazard, and a number denoting the danger level the particular hazard was assigned by the discovering vessel and the Federation Bureau of Navigation (1 denoting low danger and 10 high). Thus a coding of l-4 describes a moderate Ion Storm.
Emitter Pad Array

Mounted on the exterior of the spacecraft, these assemblies transmit the components of the transporter ACB and matter stream to or from the destination coordinates. The emitter pad includes a phase transition matrix and primary energizing coils. Also incorporated into these arrays are three redundant clusters of long-range virtual-focus molecular imaging scanners used during the beam-up process. Using phase inversion techniques, these emitters can also be used to transport subjects to and from coordinates within the habitable volume of the ship itself.
Biobed

A key element of the medical intensive-care unit is the biobed sensor and support unit. This orthopedically designed hospital bed incorporates a basic array of biofunction sensors that can be tied into a variety of remote medical instruments including the medical tricorder. Also incorporated are a number of medical gas and fluid connect points for various devices, including the surgical support frame.

the Biobed sensors function is to continuously monitor the patients vital signs and environment, scanning the latter for any residual, gradual, or sudden contamination. Its functions can be divided into 4 categories:

1. scans for the presence of contamination, classified under the following the four basic headings:
	1. Radiation: all listed types, all spectra.
	2. Chemical: Airborne dust/gas to one part in 100 million.
	3. Biological: any known or unknown but identifiable pathogenic organism.
	4. Unrecognized Energy: any previously unclassified wave or field.
2. Records and calibrates presence of contaminants on two scales
	1. Intensity: strength of contamination.
	2. Accumulation: total dosage of contamination over elapsed time.
3. Scans vital signs of wearer for deterioration/change:
	1. Circulatory: pulse rate and blood pressure. white and red blood cell count
	2. Nervous System: Brain electrical patterns and waves, synapse speed.
	3. Kirlian: strength and pattern of body aura
	4. Metabolic: Cell synthesis and function rate.
4. Transmits on going telemetry to Sickbays Medical computer Via Sealed Circuit. In the event of any Reading exceeding preset parameters, one or more of the following sequences will be actioned:
	1. Isolation:all doors and isolation field will close-off the area, all life support systems will switch to local - sealing off the area
	2. Decon: the CMO will be advised to assemble a Decon Team.
	3. Alarm: The situation will be reported to the Bridge, CMO, or Physician on duty depending on setting.

Along with the diagnostic sensors Biobeds are also equipped with a variety of other systems for treatment and ease of the patient:

* temperature regulation tubing in the mattress
* gravity repulsors to elevate burn and severe trauma cases
* Self cleaning mattress to maintain sterility
* Bed posture adjustment apparatus, the frame is made of flexible Graphite Material conforming to any body type.

The bed can also exist in 2 modes

* Strecher mode: any biobed becomes a stretcher by keying the command into the control pad. this separates the bed from its pedestal and activates the bed's built in AG-9 Anti-grav generator
* Sickbay Mode: Both bed and patient are kept sterile by a sterile field, generated in tandem by the overhead sensor and belt antennae surrounding the bed just below the mattress. this field kills all pathogenic organisms (virus,bacteria,germs) on all surfaces within range of the field, including skin and clothing of patient, physician and visitor, as well as any instruments brought near the patient. The diagnostic bed can be remotely controlled by the sickbay nurses station, or can be directly controlled bu attacking a control pad to the connection port on the right side.
Miu Zeppitay Personal Logs.

This is a list of personal logs, (Written In Character) of Miu Zeppitay. (If information is used during a RP, you must have access to the logs already IC. DO NOT use this information if you have no access to the logs, normally Command and Security have access)

1. Personal Log Stardate 120102.20 (2012)
2. Personal Log Stardate 120113.34 (2012)
3. Personal Log, Stardate 120125.06
4. Personal Log, Stardate 120130.39
5. Personal log Stardate 120207.54
6. Personal log Stardate 120222
7. ((Seven and a Half Years Later))
8. Personal Log 191015
Main Engineering

MAIN ENGINEERING

The Main Engineering control center on Deck 7 serves as a master control for the ship's warp propulsion system, as well as the impulse propulsion system and other engineering systems. Main Engineering also serves as a backup control center in the event of failure of the Main Bridge. Workstations at this location can be reconfigured to emulate Conn, Ops, Tactical, and other command operations. This is a desirable site for such functions because of its protected location within the Engineering section and its proximity to key warp propulsion system components. Optical data network hardlines provide protected backup communications to other major systems.

Principal control consoles available to the engineering staff in Main Engineering include:

* Master systems display. This large display panel at the far end of Engineering. permits duty engineers to gain an overall understanding of the "health" of the spacecraft. This display incorporates two small workstations To the left and right that permit individual engineers to perform specific tasks, leaving the larger displays for the remaining staff. This console can be configured for limited flight control functions in emergency situations.
* Warp propulsion systems status display. This wall display incorporates a schematic of the warp propulsion system and shows performance of all key system elements.
* Impulse propulsion systems status display. This wall display incorporates a schematic of the impulse propulsion system and shows performance of all key system elements.
* Master situation monitor. This large display features a cutaway of the starship, showing the location of key systems and hardware, highlighting any elements that are currently experiencing any condition out of nominal. This display also incorporates two sets of user controls to permit use of this station for troubleshooting.
* Duty engineer's consoles. 3 smaller workstations available for the use of the duty engineer. This console incorporates master systems display repeater panels. These facilities are located around the matter/ antimatter reaction chamber.
Quantum Slipstream Jump Drive

## Quantum Slipstream Drive

The versatility of the secondary deflector became an unexpected boon with the development of Quantum Slipstream technology.  Voyager brought home important data on Slipstream travel upon its return to Federation space.  While this left the Federation poised to enjoy a revolution in superluminal travel, not all ships were equally suited to an upgrade.

In Starfleet vessels, the navigational deflector was the best available discharge device for creating and controlling the Quantum Slipstream effect.  The flexible secondary deflector of the Nova class made the ship a particularly ideal candidate for the upgrade.  Thus the Nova- an otherwise sluggish starship- became one of the best sprinters in Starfleet.  This was so much the case that Starfleet soon commissioned a more combat-oriented variant of the Nova, dubbed the Rhode Island class, to act as a fast patrol and escort vessel in areas of strained relations.

The Quantum Slipstream Drive aboard the Nova class uses a Benamite crystal matrix integrated within the secondary deflector to facilitate entry into the slipstream domain.   This allows the ship to travel just over 300 light-years in a single hour.  Unfortunately, the process creates micro-fractures within the Benamite crystals, requiring a 24 hour re-crystallization process before the slipstream drive can be used again.

## Slipstream Technology

The quantum slipstream drive is an advanced form of interstellar propulsion that achieved and exceeded what failed Federation attempts using transwarp were meant to do: exceed the warp speed barrier. Originally developed by an advanced species native to the Delta Quadrant, the technology was obtained by the USS Voyager in 2374 and used for an aborted test in early 2375 that nearly destroyed the ship.

The slipstream is a narrowly-focused, directed warp field that is initiated by manipulating the fabric of the space-time continuum at the quantum level. It works by focusing a quantum field through a deflector dish to generate massive changes in local space curvature; this creates a subspace tunnel, which is projected in front of the vessel. Once a ship has entered this tunnel, the forces inside propel it at incredible speed. In order to maintain the slipstream a ship has to constantly modify the quantum field with its deflector dish; however, the calculations involved are too complicated for 24th century Starfleet technology, and the time available is too short before the vessel out-paces the tunnel, collapsing the slipstream.

Following Voyager's return to the Alpha Quadrant, the extent to which the Federation researched or implemented slipstream technology is unknown. As witnessed in Star Trek Nemesis, the quantum slipstream drive was not yet included in the standard propulsion of Federation starships, possibly due to the unreliability of the drive, materials availability and the length of time required to assemble the engine. It seems reasonable to assume that problems with the technology would be overcome eventually, which could have large implications for the Alpha Quadrant.
Engineering

The officers and enlisted personnel of the Engineering Department are responsible for the ship's engines and systems. Engineers are the members we turn to for repairs or modifications when needed as well as possible new designs where needed. Who else will maintain our ship, our computer, our lighting and so on! Engineers are often found working with members of other departments to perform their jobs.

Engineering officers were generally assigned tasks that included maintaining and/or improving the performance of the warp drive, ship's database, computer processors and circuitry, holographic emitters, tractor beams, transporter components, observational equipment (such as sensors, probes, and satellites), weaponry systems, deflector array, hull plating, life support, shields and alternative defense systems, and many other crucial parts of a ship's anatomy. They were expected to tackle all the problems that drained the ship's resources or lowered its efficiency.

Available trades in the Engineering department are:

* Damage Control/Maintenance Technician :Jack of all trades, the damage control/maintenance technician is capable of welding shut a hull breach, or fixing your sonic shower. Most engineers fall into this category.
* Propulsion Technician: The Propulsion Technician is responsible for maintenance and repair of Reaction Control Thrusters, Impulse Engines, Warp Nacelles, and any other propulsion devices on board of the ship, or auxiliary craft.
* Power System Technician: The Power System technician is responsible for the maintenance and repair of the Electro-Plasma System, as well as any other forms of power distribution on board the ship. This also includes warp core technicians, fusion reactor technicians, and any person who specializes in the use and maintenance of any power generating devices.
* Computer Technician: This technician is responsible for the repair and maintenance of all computer systems on board the ship.
* Hull Technician - This technician is responsible for the repair and maintenance of the ship’s hull. an Expert in Metallurgy, Welding, and experienced with ship designs
* Systems Technician -  A systems engineer is a type of engineer who specializes in starship subsystems, such as transporters, various field Generators, and life support systems.
* Processing Technician - Technician deals with the processing of Matter  into other things using the replicators, and also waste processing center..
Magnetic Constrictor Segments

The
 upper and lower magnetic constriction segments (MCS) constitute the
central mass of the core. These components work to structurally support
the matter/antimatter reaction chamber, provide a pressure vessel to
maintain the proper core operating environment, and align the incoming
matter and antimatter streams for combining within the matter/antimatter reaction chamber (M/ARC.)

The upper MCS
measures 18 meters in length, the lower unit 12 meters. Both are 2.5
meters in diameter. A typical segment comprises eight sets of tension
frame members, a toroidal pressure vessel wall, twelve sets of magnetic
constrictor coils, and related power feed and control hardware.

The constrictor
coils are high-density, forced-matrix cobalt-lanthanide-boronite, with
thirty-six active elements configured to provide maximum field strength
only within the pressure vessel and permitting little or no field spillage into Engineering.

The pressure vessel
toroids are alternating layers of vapor-deposited carbonitic ferracite
and transparent aluminum borosilicate. The vertical tension members are
machined tritanium and cortenite reinforcing whiskers, and are phase
transition-bonded in place as the vehicle frame is being assembled to
produce a single unified structure. All engine frame members possess
integral conduits for structural integrity field energy reinforcing
under normal operation.

The outermost
transparent layer serves as one observable gauge of engine performance,
as harmless secondary photons are emitted from the inner layers,
providing a visible blue glow. The peristaltic action and energy level
of the constrictor coils can be readily seen by the Chief Engineer
and/or deputy personnel. As the streams of matter and antimatter are
released from their respective nozzles, the constrictor coils compress
each stream in the Y axis and add between 200 and 300 m/sec velocity.
This insures proper alignment and collision energy for them each to land
 on target within the M/ARC at the exact center of the chamber. It is at
 this spot that the M/A reaction is mediated by the dilithium crystal
articulation frame.
Guide Cartes

* Cartes du port de Skandia
* Cartes de la côte d'Hélonia
* Cartes de la colline du Croissant
* Cartes de la forêt des 2 chutes
* Cartes de la mine du Miracle
* Cartes de la terre du jugement
* Cartes du marais Lumiphore
* Cartes de la prairie Grandvent
* Cartes de la forêt Sans-Soucis
* Cartes du désert Sablétoile
* Cartes des donjons
* Cartes diverses
* Cartes de Navéa
Command Division

The **c**ommand division was the corps of officers and crewmen within Starfleet who specialized in command and control functions on starbases, aboard starships, and at Starfleet Command. Members of the command division were trained in leadership and had
tactical training allowing them to decisively take action in organizing and mobilizing Starfleet crews to perform missions. Command officers included most all of the admiralty, captains, executive officers, adjutants, pilots, and flight controller (or helmsman). Command division personnel also filled posts as tactical officers and sometimes in ordnance departments.

An officer who belonged to the command division sometimes wore the division color of another department in which they specialized if said command officer became a security chief, engineer, or commanded a science department.

On Board the Solstice the Command Division is comprised of the Captain, Executive Officer, And Boatswain. The Department Chiefs are also responsible for Command decisions within their own Departments and report to the Captain or first Officer as needed.
Jimmi Simpson

**Jimmi Simpson** est un acteur américain, né le 25 novembre 1975 à Hackettstown, New Jersey, États-Unis.

Dans *Westworld*, il interprète William.

## Biographie

### Jeunesse

Jimmi Simpson, de son vrai nom James Raymond Simpson, estnéle 21 novembre 1975 à Hackettstown, New Jersey. Il est le plus jeune d'une fratrie de trois frères. Il décide par la suite d'intégrer l'Université Bloomsburg en Pennsylvanie, où il étudie l'art du théâtre. Il a notamment joué, durant quatre saisons, au Festival de théâtre de Williamstown.

### Début de carrière

Il fait ses débuts sur grand écran dans le film comédie Loser. Il poursuit sa carrière en apapraissant dans de nombreuses séries et films, dont notamment 24 heures chrono et Zodiac (2007). En parallèle, il continue le théâtre et joue dans la pièce The Farnsworth Invention (2008) où son interprétation Philo Farnsworth est acclamée.

Ses apparitions dans films et séries s'enchaînent (Dr House, How I Met Your Mother , Crazy Night). Il apparaît en 2012 dans le blockbuster Abraham Lincoln, chasseur de vampiresen incarnant Joshua Speed.

### Succès

Il campe le personnage de Logan Pierce dans la série Person of Interest, à deux reprises. En 2014, il intègre la série House of Cards en tant que hacker professionnel, et voit son personnage obtenir la statut de régulier pour deux saisons. La consécration arrive en 2016, lorsqu'il incarne William dans la série à succès de HBO, Westworld.  Il est d'ailleurs nominé pour le Screen Actors Guild Award de la meilleure distribution pour une série télévisée dramatique. En 2017, il joue dans l'épisode 1 de la saison 4 de Black Mirror , "USS Callister", qui est acclamé par la critique et reçoit plusieurs prix, l'idée d'un spin-off étant même évoquée. Son année 2018 est chargée : la série Unsolved basé sur le meurtre des deux rappeurs américains Tupac et Biggie; la Saison 2 de Westworld; le film Under the Silver Lake, qui sera présenté au Festival de Cannes 2018.
Structural Integrity Field

The mechanical integrity of the physical spaceframe is augmented by the structural integrity field (SIF) system. This system provides a network of forcefield segments that compensate for propulsive and other structural load factors that otherwise exceed the design limits of the spaceframe. The SIF applies forcefield energy directly to field conductive elements within the spaceframe and increases the load bearing capacity of the structure.

Field generation for the SIF is provided by Four field generators located on Deck 5. Each generator consists of a cluster of twenty 2 MegaWatt graviton polarity sources feeding a pair of 150 millicochrane subspace field distortion amplifiers. Heat dissipation on each unit is provided by a pair of 200,000 megajoules per hour (MJ/hr) continuous-duty liquid helium coolant loops.

Two backup generators provide up to twelve hours of service at 55% of maximum rated power. Normal duty cycle on generators is thirty-six hours online, with nominal twenty-four hours degauss and scheduled maintenance time. Graviton polarity sources are rated for 1,500 operating hours between routine servicing of superconductive elements.

The output of each SIF generator is directed by means of a network of molybdenum-jacketed triphase waveguides which distributes the field energy throughout the spaceframe. SIF conductivity elements are incorporated into all major structural members. When energized by the SIF, the load-bearing capacity of these conductive structural elements is increased by up to 150,000%. Secondary feeds also provide for reinforcement of the vehicle's external shell.

Cruise Mode operating rules require at least one field generator to be active at all times, although the Flight Control Officer may call for activation of a second generator when extreme maneuvers are anticipated. During Alert modes, all operational units are brought to hot standby for immediate activation. Reduced Power Mode rules permit a single field generator to feed the entire spaceframe.