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! colspan=4|{{icon|research}} Research Cost: {{#external_value:rcost}}  
! colspan=4|{{icon|research}} Research Cost: {{#external_value:rcost}}  
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! colspan=4| Summary
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| colspan=4| {{TITechTemplateEN|TITechTemplate.summary.{{{1}}} }}
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! colspan=4| Description
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| colspan=4| {{TITechTemplateEN|TITechTemplate.description.{{{1}}} }}
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! colspan=4|Prerequisites{{#get_inline_data:text=  
! colspan=4|Prerequisites{{#get_inline_data:text=  

Revision as of 03:44, 28 June 2025


A template for techs.

Usage

To get the DeuteriumHelium3Fusion tech for example: 

{{tech|DeuteriumHelium3Fusion|notes=}}

Named parameters are optional.

Note: You have to use the tech's Data Name, not its Display Name.

Example

Error while fetching data from URL https://wiki.hoodedhorse.com/Terra_Invicta/index.php?title=RawTechDisplayName&action=raw: $2.
There was a problem during the HTTP request: 403 Forbidden
Error while fetching data from URL https://wiki.hoodedhorse.com/Terra_Invicta/index.php?title=RawTechDisplayName&action=raw: 
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.
DeuteriumHelium3Fusion
Energy
research Research Cost: 75000
Summary
A largely aneutronic fusion means more lightweight reactors for our spacecraft.
Description
If we wish to stand equal to other star-faring races, we must continue to overcome the limitations of our current technology. One of the foremost such limitations has, for the longest time, been the amount of radioactive material created by our reactors. But now, building upon our knowledge of advanced electromagnetic fields and deuterium-tritium fusion reactors, we have finally overcome this problem.

Unlike our prior fusion reactors, the deuterium-helium-3 fusion process does not produce neutron radiation. Its lone high-energy reaction product, a proton, can be easily captured by our electric and magnetic fields, enabling us to harness its momentum with solid energy collectors. By moving away from heating water and creating steam to run turbines, this new reactor technology can reach unprecedented efficiency - and in turn power a new generation of spaceships and habitats, faster and larger (respectively) than before.

Even this breakthrough is a mere stepping stone towards our ultimate goal: truly harnessing the power of the sun. The next era of fusion reactors will use protons as their fuels, freeing us from the constant struggle to harvest deuterium.
Prerequisites
Name Category research Research Cost
DeuteriumDeuteriumFusion Energy 75000
HighTemperatureSuperconductors Material Science 40000
CarbonNanotubes Material Science 3500
DeuteriumTritiumFusion Energy 50000
Superalloys Material Science 5000
AdvancedSuperconductors Material Science 3500
AdvancedAtomicManipulation Material Science 10000
AdvancedHeatManagementConcepts Space Science 2500
AdvancedCarbonManipulation Material Science 1000
NuclearFusioninSpace Space Science 50000
Neutronics Material Science 15000
AdvancedMagnetics Energy 1000
PhotonicComputing Information Science 1500
DeepSpacePropulsionConcepts Space Science 1000
NuclearFissioninSpace Space Science 2500
AdvancedNeuralNetworks Information Science 5000
ParticleCannon Energy 5000
MissionToSpace Space Science 250
VacuumElectrostaticPrinciples Energy 1000
HighEnergyLasers Energy 1000
Total research Research Cost (including itself)
Energy 208000 Information Science 6500
Life Science 0 Material Science 78000
Military Science 0 Social Science 0
Space Science 56250 Total: 348750
Direct Prerequisite For
Techs Projects
(100%) Mirror Cell Fusion Reactor III • (100%) Fusion Tokamak III • (100%) Z-Pinch Fusion Reactor III • (100%) Inertial Confinement Fusion Reactor III • (100%) Helium-3 Mine • (100%) Hybrid Confinement Fusion Reactor III •
Unlocked Orgs
Notes
Data Sources
TITechTemplate_CSV • TIProjectTemplate_CSV • TIOrgTemplate_CSV • RawTechDisplayName • RawProjectDisplayName • RawOrgDisplayName


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