Infinitos Mundos

The Entrance drilling has been completed, the drilling team has now begun opening up the underground area so they can construct Research Facilities, Server Rooms, Offices, and Residency Rooms.

Drilling: 85%
Entrance Steel Laying (Inner Support Structure): 85%
Concrete Pouring (Entrance): 60%
Tunnel/Interior Bunker Supports: 55%
Equipment Installation (Laboratory Equipment, Laboratory Particle Accelerators, Servers): 10%

---

The research team has successfully modeled a 6.3in/160mm Warhead with the 1kt design of an Exterminator weapon. Furthermore, the team has also begun modeling smaller versions down to 0.1kt.

With the completion of the modeled 160mm warhead, the team will send the designs to the AWC (Atomic Weapon Corporation) so they can utilize the design in making it compatible with the AAS.

The Entrance drilling has been completed, the drilling team has now begun opening up the underground area so they can construct Research Facilities, Server Rooms, Offices, and Residency Rooms.

Drilling: 100%
Entrance Steel Laying (Inner Support Structure): 95%
Concrete Pouring (Entrance): 80%
Tunnel/Interior Bunker Supports: 75%
Equipment Installation (Laboratory Equipment, Laboratory Particle Accelerators, Servers): 30%

---

The Research team will also begin to shape this warhead design with deployable weapons from aircraft, receiving the name "Lightstreka-I", this weapon will be deployable on the A-4 and B-2, compatible with "IWCS-55/AtomDLink/T-R-5". The development will begin soon as the team is forwarding their work to the AWC for production.

The AWC has completed a warhead design for the AAS, this warhead is designated a Fin-Guided 1kt Shell "FGNW-I".

"FGNW-I"
Smart Weapon
IWC-PF (Integrated Weapons Computer - Program before Fire)
Fin-Stabilized - Unpowered
Warhead: 0.1-1kt
Inventory: 0

The AWC will officially begin production of the FGNW-I, the first batch will seek 10 warheads and continue a constant stream until 100 are produced.

FGNW-I will begin production in Southern Saskatchewan and Ontario

Ontario Atomic Industries: 1%
Saskatchewan Atomic Industries: 1%

Pu²³⁹/Polonium-Beryllium/Tritium: 0%

The Entrance drilling has been completed, the drilling team has now begun opening up the underground area so they can construct Research Facilities, Server Rooms, Offices, and Residency Rooms.

Drilling: 100%
Entrance Steel Laying (Inner Support Structure): 100%
Concrete Pouring (Entrance): 95%
Tunnel/Interior Bunker Supports: 90%
Equipment Installation (Laboratory Equipment, Laboratory Particle Accelerators, Servers): 50%

---

"FGNW-I" / AWH-5/Ar
Smart Weapon
IWC-PF (Integrated Weapons Computer - Program before Fire)
Fin-Stabilized - Unpowered
Warhead: 0.1-1kt
Inventory: 0

Ontario Atomic Industries: 50%
Saskatchewan Atomic Industries: 50%

Pu²³⁹ will be added later when from stocking when in use based on necessity

---

The AWC will officially begin production of the Lightstreka-I, the first batch will seek 10 warheads and continue a constant stream until 100 are produced.

Lightstreka-I
Smart Missile
IWCS-55
Fin-Stabilized - Powered
Warhead: Single - 0.1-1kt
Inventory: 0

Ontario Atomic Industries: 1%
Saskatchewan Atomic Industries: 1%

Pu²³⁹ will be added later when from stocking when in use based on necessity

---

The Research Team in the facility has finally received their supplies for the 20kt weapon and has begun to prepare the device to test by assembling the cores, then the fast explosives and slow explosives.

The Entrance drilling has been completed, the drilling team has now begun opening up the underground area so they can construct Research Facilities, Server Rooms, Offices, and Residency Rooms.

Drilling: 100%
Entrance Steel Laying (Inner Support Structure): 100%
Concrete Pouring (Entrance): 100%
Tunnel/Interior Bunker Supports: 100%
Equipment Installation (Laboratory Equipment, Laboratory Particle Accelerators, Servers): 90%

---

AWH-5
Variable Yield Warhead
Variants: Ar / NBW / HNB
Warhead: 0.1-1kt
Inventory: 10

Blind River Assembly Facility: 100%
Thessalon Assembly Facility: 0%
Candle Lack Assembly Facility: 100%
Port Hope Assembly Facility: 0%

Pu²³⁹ will be added later when from stocking when in use based on necessity

---

The Test 20kt Thermonuclear Bomb has been completed and transportation has begun to the testing site where the device will undergo an operation.

---

Research teams will begin experimenting with other Warhead Designs, the AWH-5/NMW is the same warhead on the Lightstreka-I and is the "Optimized" version to fit atop other missiles, such as ones fired from MLRS Ground/Air-Based Modules

Furthermore, the Team has begun modeling the AWH-6/CM which will be a 0.1-0.3kt warhead designed to operate within a Cluster-Munition, this device will be designed to attach atop a miniature missile that is housed within a larger-single missile. The team will also begin modeling the Missile Layouts for the AWH-6 and the Main Propulsion Platform

Additionally, the AWH-5/HNB will be another variant of the 0.1kt-1kt Warhead designed by the Alliance which can be carried by Ground Forces to strike in a concealed/surprise manner by inserting forces discretely and planting the device in an undetected location. The device will look like this;

The Entrance drilling has been completed, the drilling team has now begun opening up the underground area so they can construct Research Facilities, Server Rooms, Offices, and Residency Rooms.

Drilling: 100%
Entrance Steel Laying (Inner Support Structure): 100%
Concrete Pouring (Entrance): 100%
Tunnel/Interior Bunker Supports: 100%
Equipment Installation (Laboratory Equipment, Laboratory Particle Accelerators, Servers): 100%

With the completion of the Research Facility in its finality, the team will begin their research into more advanced Atomic Technologies.

---

Pu²³⁹/U²³⁵ will be added later when needed from stocking when in use based on necessity

AWH-5
Variable Yield Warhead
Variants: NA / NBW / HNB
Warhead: 0.1-1kt
Inventory: 10
Note** Non-Reflective Casing

Blind River Assembly Facility: 50% (5)
Thessalon Assembly Facility: 50% (5)
Candle Lack Assembly Facility: 50% (5)
Port Hope Assembly Facility: 50% (5)

AWH-6
Variable Yield Warhead
Variants: CM (Cluster Munition)
Warhead: 0.1-0.3kt
Inventory: 0
Note** Non-Reflective Casing

Blind River Assembly Facility: 0% (5)
Thessalon Assembly Facility: 0% (5)
Candle Lack Assembly Facility: 0% (5)
Port Hope Assembly Facility: 0% (5)

---

The Atomic Research Team, Alpha I will begin to construct a Tokamak Fusion Reactor for testing purposes, this will be a major project and a large bored region into the mountain has been reserved for the main facility. Alpha I has begun contacting Atomic Corporation to obtain the necessary alloys to construct the High-Heat Magments required to sustain the plasma within the reactor, furthermore, Alloys will be required to which are designed to sustain the temperatures of the Fusion Plasma and contain it within the parameters of the magnets.

Aquisition of Necessary Alloys = 5%

---

Alpha II will begin work on more strategic launching platforms, utilizing the name "Jericho", this missile will be designed to utilize a grouping of smaller payload delivery devices, it will consist of a Delivery Platform, which will either be carried aboard an Atomic Aircraft or launched from a ground-based system. Once fired the Jericho will have the capability of delivering 18 smaller missiles capable of carrying either the AWH-6 or another Conventional Warhead, these smaller missiles will disperse the explosive mass across a larger area allowing for the sequential destruction of multiple independent targets or one large target.

---

Alpha III will begin to model the AWH-7 Warhead, the first variant will be the CMW or Cruise Missile Warhead, this device will be a Fission-Fusion-Fission Thermonuclear Device, it will have a testing weight of 5kt but an operation variation of 5-15kt.

---

Bravo, I will begin examining the effects of Atoms within Particle Accelerators, studying their effects, and working to understand the subatomic nature of the atoms of the world better. This work will be documented and used at a later date in Particle Acceleration. Bravo I will be amongst teams of Bravo II-VII who will be conducting similar tests.

The Entrance drilling has been completed, the drilling team has now begun opening up the underground area so they can construct Research Facilities, Server Rooms, Offices, and Residency Rooms.

Reactor Room / Shielding = 10%
Control Room = 10%

---

Pu²³⁹/U²³⁵ will be added later when needed from stocking when in use based on necessity

AWH-5
Variable Yield Warhead
Variants: NA / NBW / HNB
Warhead: 0.1-1kt
Inventory: 30
Note** Non-Reflective Casing

Blind River Assembly Facility: 100% (5)
Thessalon Assembly Facility: 100% (5)
Candle Lack Assembly Facility: 100% (5)
Port Hope Assembly Facility: 100% (5)

AWH-6
Variable Yield Warhead
Variants: CM (Cluster Munition)
Warhead: 0.1-0.3kt
Inventory: 0
Note** Non-Reflective Casing

Blind River Assembly Facility: 50% (5)
Thessalon Assembly Facility: 50% (5)
Candle Lack Assembly Facility: 50% (5)
Port Hope Assembly Facility: 50% (5)

---

The Atomic Research Team, Alpha I will begin to construct a Tokamak Fusion Reactor for testing purposes, this will be a major project and a large bored region into the mountain has been reserved for the main facility. Alpha I has begun contacting Atomic Corporation to obtain the necessary alloys to construct the High-Heat Magments required to sustain the plasma within the reactor, furthermore, Alloys will be required to which are designed to sustain the temperatures of the Fusion Plasma and contain it within the parameters of the magnets.

Aquisition of Necessary Alloys = 15%

---

Alpha II will continue work on more strategic launching platforms, utilizing the name "Jericho", this missile will be designed to utilize a grouping of smaller payload delivery devices, it will consist of a Delivery Platform, which will either be carried aboard an Atomic Aircraft or launched from a ground-based system. Once fired the Jericho will have the capability of delivering 18 smaller missiles capable of carrying either the AWH-6 or another Conventional Warhead, these smaller missiles will disperse the explosive mass across a larger area allowing for the sequential destruction of multiple independent targets or one large target.

---

Alpha III will continue to model the AWH-7 Warhead, the first variant will be the CMW or Cruise Missile Warhead, this device will be a Fission-Fusion-Fission Thermonuclear Device, it will have a testing weight of 5kt but an operation variation of 5-15kt.

---

Bravo, will continue examining the effects of Atoms within Particle Accelerators, studying their effects, and working to understand the subatomic nature of the atoms of the world better. This work will be documented and used at a later date in Particle Acceleration. Bravo I will be amongst teams of Bravo II-VII who will be conducting similar tests.

The Entrance drilling has been completed, the drilling team has now begun opening up the underground area so they can construct Research Facilities, Server Rooms, Offices, and Residency Rooms.

Reactor Room / Shielding = 80%
Control Room = 80%

---

Pu²³⁹/U²³⁵ will be added later when needed from stocking when in use based on necessity

AWH-5
Variable Yield Warhead
Variants: NA / NBW / HNB
Warhead: 0.1-1kt
Inventory: 50
Note** Non-Reflective Casing

Blind River Assembly Facility: 100% (5)
Thessalon Assembly Facility: 100% (5)
Candle Lack Assembly Facility: 100% (5)
Port Hope Assembly Facility: 100% (5)

AWH-6
Variable Yield Warhead
Variants: CM (Cluster Munition)
Warhead: 0.1-0.3kt
Inventory: 20
Note** Non-Reflective Casing

Blind River Assembly Facility: 100% (5)
Thessalon Assembly Facility: 100% (5)
Candle Lack Assembly Facility: 100% (5)
Port Hope Assembly Facility: 100% (5)

---

Furthermore, Alpha I will begin to assemble the Electromagnets similar to those in the Chinese/French Tokamak Fusion Reactor. The Electromagnets will utilize the currently acquired Alloys. Furthermore, Alpha I will also begin to assemble the Tokamak Shielidng which will surround the Magnets and the Fusion Chamber.

Aquisition of Necessary Alloys = 40%
Assembly of Electromagnets = 5%
Assembly of Shielding Alloy = 6%

---

Alpha II will complete work on the Jericho Delivery system, they will now begin constructing a prototype for testing, this device will feature 18 Conventional warheads to demonstrate its capabilities.

Assembly of the Jericho = 50%

---

Alpha III will complete the AWH-7 Warhead simulation utilizing previous explosive data to simulate the outcome of the AWH-7. Once the simulation shows a successful detonation the team will forward the blueprints to the production team who will begin to plan its conception.

---

Bravo, will continue examining the effects of Atoms within Particle Accelerators, studying their effects, and working to understand the subatomic nature of the atoms of the world better. This work will be documented and used at a later date in Particle Acceleration. Bravo I will be amongst teams of Bravo II-VII who will be conducting similar tests.

Reactor Room / Shielding = 100%
Control Room = 100%

The Reactor Testing Facility within the underground facility has been completed. Work has now begun on installing the support structure and basic tubing for the Reactor, they will also begin to install the completed Shielding and Electromagnets into place.

Support Structure: 10%
Shielding Placement: 5%
Electromagnet Placement: 2%

---

Pu²³⁹/U²³⁵ will be added later when needed from stocking when in use based on necessity

AWH-5
Variable Yield Warhead
Variants: NA / NBW / HNB
Warhead: 0.1-1kt
Inventory: 50
Note** Non-Reflective Casing

Blind River Assembly Facility: 50% (5)
Thessalon Assembly Facility: 50% (5)
Candle Lack Assembly Facility: 50% (5)
Port Hope Assembly Facility: 50% (5)

AWH-6
Variable Yield Warhead
Variants: CM (Cluster Munition)
Warhead: 0.1-0.3kt
Inventory: 20
Note** Non-Reflective Casing

Blind River Assembly Facility: 50% (5)
Thessalon Assembly Facility: 50% (5)
Candle Lack Assembly Facility: 50% (5)
Port Hope Assembly Facility: 50% (5)

---

Furthermore, Alpha I will begin to assemble the Electromagnets similar to those in the Chinese/French Tokamak Fusion Reactor. The Electromagnets will utilize the currently acquired Alloys. Furthermore, Alpha I will also begin to assemble the Tokamak Shielidng which will surround the Magnets and the Fusion Chamber.

Aquisition of Necessary Alloys = 60%
Assembly of Electromagnets = 20%
Assembly of Shielding Alloy = 15%

---

Assembly of the Jericho = 100%

Alpha II will complete the Jericho Missile, and its Prototype will be sent to the Atomic Testing Range to ensure its effectiveness. Once the testing is completed the data will be returned to Alpha II who will begin to review the results of the test which indicate a successful design and implementation of the multiple independent warheads held within the larger missile.

---

Alpha III will forward the completed AWH-7 to the production facilities so the Alliance can begin to construct it.

AWH-7
Variable Yield Warhead
Variants: ACM
Warhead: 5-15kt
Inventory: 0

Alpha III will begin to customize the AWH-7 so it is compatible with ACM and ABW.

---

Bravo, will continue examining the effects of Atoms within Particle Accelerators, studying their effects, and working to understand the subatomic nature of the atoms of the world better. This work will be documented and used at a later date in Particle Acceleration. Bravo I will be amongst teams of Bravo II-VII who will be conducting similar tests.

Reactor Room / Shielding = 100%
Control Room = 100%

The Reactor Testing Facility within the underground facility has been completed. Work has now begun on installing the support structure and basic tubing for the Reactor, they will also begin to install the completed Shielding and Electromagnets into place.

Support Structure: 10%
Shielding Placement: 5%
Electromagnet Placement: 2%

---

Pu²³⁹/U²³⁵ will be added later when needed from stocking when in use based on necessity

AWH-5
Variable Yield Warhead
Variants: NA / NBW / HNB
Warhead: 0.1-1kt
Inventory: 70
Note** Non-Reflective Casing

Blind River Assembly Facility: 100% (5)
Thessalon Assembly Facility: 100% (5)
Candle Lack Assembly Facility: 100% (5)
Port Hope Assembly Facility: 100% (5)

AWH-6
Variable Yield Warhead
Variants: CM (Cluster Munition)
Warhead: 0.1-0.3kt
Inventory: 40
Note** Non-Reflective Casing

Blind River Assembly Facility: 100% (5)
Thessalon Assembly Facility: 100% (5)
Candle Lack Assembly Facility: 100% (5)
Port Hope Assembly Facility: 100% (5)

AWH-7
Variable Yield Warhead
Variants: ACM
Warhead: 5-15kt
Inventory: 0

No Assigned Facilities

---

Furthermore, Alpha I will begin to assemble the Electromagnets similar to those in the Chinese/French Tokamak Fusion Reactor. The Electromagnets will utilize the currently acquired Alloys. Furthermore, Alpha I will also begin to assemble the Tokamak Shielidng which will surround the Magnets and the Fusion Chamber.

Aquisition of Necessary Alloys = 80%
Assembly of Electromagnets = 40%
Assembly of Shielding Alloy = 30%

---

With the completion of the tests, the Jericho Missile will provide positive results with the successful deployment of the Primary Missile and the detachment of its 18 individual warheads formed a complete encircling pattern around a dummy squadron showing its ability to defeat hostile formations with overwhelming firepower. The Team will continue to improve its design, currently focusing on its propulsion system, no advancements have been made as of yet.

---

Alpha III will complete the warheads compatibility and allow it to be mounted upon AMW Standard devices. The team will take a break from research and will return following their vacation.

---

Bravo, will continue examining the effects of Atoms within Particle Accelerators, studying their effects, and working to understand the subatomic nature of the atoms of the world better. This work will be documented and used at a later date in Particle Acceleration. Bravo I will be amongst teams of Bravo II-VII who will be conducting similar tests.

Work will continue on installing the support structures and shielding for the device, Scientists will begin assembling to set up the analytic programs and operate simulations on how the Tokamak is intended to operate.

Support Structure: 50%
Shielding Placement: 40%
Electromagnet Placement: 20%

---

Pu²³⁹/U²³⁵ will be added later when needed from stocking when in use based on necessity

AWH-5
Variable Yield Warhead
Variants: NA / NBW / HNB
Warhead: 0.1-1kt
Inventory: 90
Note** Non-Reflective Casing

Blind River Assembly Facility: 100% (5)
Thessalon Assembly Facility: 100% (5)
Candle Lack Assembly Facility: 100% (5)
Port Hope Assembly Facility: 100% (5)

AWH-6
Variable Yield Warhead
Variants: CM (Cluster Munition)
Warhead: 0.1-0.3kt
Inventory: 60
Note** Non-Reflective Casing

Blind River Assembly Facility: 100% (5)
Thessalon Assembly Facility: 100% (5)
Candle Lack Assembly Facility: 100% (5)
Port Hope Assembly Facility: 100% (5)

AWH-7
Variable Yield Warhead
Variants: ACM
Warhead: 5-15kt
Inventory: 0

No Assigned Facilities

---

Furthermore, Alpha I will begin to assemble the Electromagnets similar to those in the Chinese/French Tokamak Fusion Reactor. The Electromagnets will utilize the currently acquired Alloys. Furthermore, Alpha I will also begin to assemble the Tokamak Shielidng which will surround the Magnets and the Fusion Chamber.

Acquisition of Necessary Alloys = 100%
Assembly of Electromagnets = 100%
Assembly of Shielding Alloy = 80%

---

Alpha II
No Further Information

---

Alpha III
No Further Information

---

Bravo, will continue examining the effects of Atoms within Particle Accelerators, studying their effects, and working to understand the subatomic nature of the atoms of the world better. This work will be documented and used at a later date in Particle Acceleration. Bravo I will be amongst teams of Bravo II-VII who will be conducting similar tests.

Work will continue on installing the support structures and shielding for the device, Scientists will begin assembling to set up the analytic programs and operate simulations on how the Tokamak is intended to operate.

Support Structure: 60%
Shielding Placement: 50%
Electromagnet Placement: 35%

---

Pu²³⁹/U²³⁵ will be added later when needed from stocking when in use based on necessity

AWH-5
Variable Yield Warhead
Variants: NA / NBW / HNB
Warhead: 0.1-1kt
Inventory: 90
Note** Non-Reflective Casing

Blind River Assembly Facility: 50% (5)
Thessalon Assembly Facility: 50% (5)
Candle Lack Assembly Facility: 50% (5)
Port Hope Assembly Facility: 50% (5)

AWH-6
Variable Yield Warhead
Variants: CM (Cluster Munition)
Warhead: 0.1-0.3kt
Inventory: 60
Note** Non-Reflective Casing

Blind River Assembly Facility: 50% (5)
Thessalon Assembly Facility: 50% (5)
Candle Lack Assembly Facility: 50% (5)
Port Hope Assembly Facility: 50% (5)

AWH-7
Variable Yield Warhead
Variants: ACM
Warhead: 5-15kt
Inventory: 0

No Assigned Facilities

---

Acquisition of Necessary Alloys = 100%
Assembly of Electromagnets = 100%
Assembly of Shielding Alloy = 100%

Alpha I will complete their acquisition and assembly of the alloys into the necessary components, however, it is not completed yet. These Alloys and Magnets must undergo rigorous testing to ensure their capable of withstanding the temperatures generated by the operation of the Tokamak.

Electromagnet Testing = 1%
Shielding Alloy Strength Testing = 1%

---

Alpha II
No Further Information

---

Alpha III
No Further Information

---

Bravo, will continue examining the effects of Atoms within Particle Accelerators, studying their effects, and working to understand the subatomic nature of the atoms of the world better. This work will be documented and used at a later date in Particle Acceleration. Bravo I will be amongst teams of Bravo II-VII who will be conducting similar tests.

Work will continue on installing the support structures and shielding for the device, Scientists will begin assembling to set up the analytic programs and operate simulations on how the Tokamak is intended to operate.

Support Structure: 70%
Shielding Placement: 60%
Electromagnet Placement: 45%

---

Pu²³⁹/U²³⁵ will be added later when needed from stocking when in use based on necessity

AWH-5
Variable Yield Warhead
Variants: NA / NBW / HNB
Warhead: 0.1-1kt
Inventory: 110
Note** Non-Reflective Casing

Blind River Assembly Facility: 100% (5)
Thessalon Assembly Facility: 100% (5)
Candle Lack Assembly Facility: 100% (5)
Port Hope Assembly Facility: 100% (5)

AWH-6
Variable Yield Warhead
Variants: CM (Cluster Munition)
Warhead: 0.1-0.3kt
Inventory: 80
Note** Non-Reflective Casing

Blind River Assembly Facility: 100% (5)
Thessalon Assembly Facility: 100% (5)
Candle Lack Assembly Facility: 100% (5)
Port Hope Assembly Facility: 100% (5)

AWH-7
Variable Yield Warhead
Variants: ACM
Warhead: 5-15kt
Inventory: 0

No Assigned Facilities

---

Alpha I will continue the tests on the magnets and Shields to ensure they are capable of operating within the temperature and stress requirements of the theorized Tokamak.

Electromagnet Testing = 10%
Shielding Alloy Strength Testing = 10%

---

Alpha II will begin work on the AWH-7 to make it compatible with ABWs in the Alliance, devices typically carried upon ships.

---

Alpha III
No Further Information

---

Bravo, will continue examining the effects of Atoms within Particle Accelerators, studying their effects, and working to understand the subatomic nature of the atoms of the world better. This work will be documented and used at a later date in Particle Acceleration. Bravo I will be amongst teams of Bravo II-VII who will be conducting similar tests.

Work will continue on installing the support structures and shielding for the device, Scientists will begin assembling to set up the analytic programs and operate simulations on how the Tokamak is intended to operate.

Support Structure: 100%
Shielding Placement: 70%
Electromagnet Placement: 60%

---

Pu²³⁹/U²³⁵ will be added later when needed from stocking when in use based on necessity

AWH-5
Variable Yield Warhead
Variants: NA / NBW / HNB
Warhead: 0.1-1kt
Inventory: 110
Note** Non-Reflective Casing

Blind River Assembly Facility: 50% (5)
Thessalon Assembly Facility: 50% (5)
Candle Lack Assembly Facility: 50% (5)
Port Hope Assembly Facility: 50% (5)

AWH-6
Variable Yield Warhead
Variants: CM (Cluster Munition)
Warhead: 0.1-0.3kt
Inventory: 80
Note** Non-Reflective Casing

Blind River Assembly Facility: 50% (5)
Thessalon Assembly Facility: 50% (5)
Candle Lack Assembly Facility: 50% (5)
Port Hope Assembly Facility: 50% (5)

AWH-7
Variable Yield Warhead
Variants: ACM
Warhead: 5-15kt
Inventory: 0

No Assigned Facilities

---

Alpha I will continue the tests on the magnets and Shields to ensure they are capable of operating within the temperature and stress requirements of the theorized Tokamak.

Electromagnet Testing = 30%
Shielding Alloy Strength Testing = 20%

---

Alpha II will begin by programming some simulations into their computers to ensure the warhead will not accidentally malfunction due to its new placement. Furthermore, a coupling device must be designed so that the warhead can attach to an ABM, therefor Alpha II will take the measurements and send them to the engineer team so they can begin work

---

Alpha III
No Further Information

---

Bravo, will continue examining the effects of Atoms within Particle Accelerators, studying their effects, and working to understand the subatomic nature of the atoms of the world better. This work will be documented and used at a later date in Particle Acceleration. Bravo I will be amongst teams of Bravo II-VII who will be conducting similar tests.

Work will continue on installing the support structures and shielding for the device, Scientists will begin assembling to set up the analytic programs and operate simulations on how the Tokamak is intended to operate.

Support Structure: 100%
Shielding Placement: 100%
Electromagnet Placement: 100%

With the completion of the Support Structures and Placements, the team will wait on the completion of the Stress tests to further install equipment onto the Tokamak.

---

Atomic War Head development moved; viewtopic.php?p=1821#p1821

---

Alpha I will continue the tests on the magnets and Shields to ensure they are capable of operating within the temperature and stress requirements of the theorized Tokamak.

Electromagnet Testing = 80%
Shielding Alloy Strength Testing = 70%

---

Alpha II will complete the work on making the AWH-7 compatible with ABW's

---

Alpha III
No Further Information

---

Bravo, will continue examining the effects of Atoms within Particle Accelerators, studying their effects, and working to understand the subatomic nature of the atoms of the world better. This work will be documented and used at a later date in Particle Acceleration. Bravo I will be amongst teams of Bravo II-VII who will be conducting similar tests.

With the completion of the Support Structures and Placements, the team will wait on the completion of the Stress tests to further install equipment onto the Tokamak.

---

Atomic War Head development moved; viewtopic.php?p=1821#p1821

---

Alpha I will continue the tests on the magnets and Shields to ensure they are capable of operating within the temperature and stress requirements of the theorized Tokamak.

Electromagnet Testing = 100%
Shielding Alloy Strength Testing = 90%

---

Alpha II will go on vacation due to their efforts

---

Alpha III will begin work on a new line of Warheads known as the EMW-X, the first device is intended to be a Two-Stage Thermonuclear Device with a yield of 100kt and the Second Device will also be a Two-Stage Thermonuclear Device but yielding 50kt instead of the 100kt. The EMW line will not be a variable yield warhead, therefor these devices are intended to be fueled upon construction and kept in a Deployment-Ready status.

100kt - EMW-1
50kt - EMW-2

The design of the EMW-X will be carefully handled between Scientists and Engineers to determine the most effective layout to achieve the most controlled discharge of its payload. Due to this effort, 95% WGU U²³⁵ is chosen for the EMWs as the Primary Fissile material and U²³⁸ is its Fertile Material to undergo fission, the device is intended to prioritize Gamma Radiation release upon its detonation.

---

Bravo, will continue examining the effects of Atoms within Particle Accelerators, studying their effects, and working to understand the subatomic nature of the atoms of the world better. This work will be documented and used at a later date in Particle Acceleration. Bravo I will be amongst teams of Bravo II-VII who will be conducting similar tests.