Here you will find a complete list of the numerous industries that would collaborate, where their interests and contributions lie; as the construction of Myra's physical form was a combined effort of the world's most innovative tech companies, to research anything from cosmic travel and deep sea survival, to skin regeneration and the compact storage of fusion reactors.
- For Myra's skin and dermal research:
Organovo: *One of the earliest "bio-printing" companies.
- 3D bioprinted human tissue
- artificial skin/tissue research
- regenerative medicine
Vericel Corporation:
- autologous skin repair
- cellular therapies
- regenerative tissue systems
Integra LifeSciences:
- artificial skin grafts
- burn treatment
- regenerative wound healing
- dermal replacement technology
3DBio Therapeutics:
- living tissue implants
- regenerative printed tissue
- customized biological grafts
Ginkgo Bioworks:
- programmable biology
- engineered cells
- synthetic organisms
- biofabrication
- Myra's Body / Framework and research on advanced alloys:
NASA:
- ablative shielding
- titanium frameworks
- carbon composites
- high-temp ceramics
SpaceX:
- reusable atmospheric reentry
- heat-resistant alloys
- long-duration space survival
- Mars habitation systems
Blue Origin:
- orbital habitats
- long-term human survival in space
- reusable aerospace materials
- advanced structural engineering
ATI:
- titanium alloys
- nickel superalloys
- aerospace structural metals
- extreme-environment materials
Northrop Grumman
- spacecraft systems
- autonomous systems
- military aerospace
- advanced composites
- hypersonic survivability
- For Intergrations and the study of Biomechanics:
Neuralink and Tesla:
- human-machine integration
- biocompatibility
- implant systems
- neural tissue interaction
- self-healing outer materials
- artificial musculature
- synthetic skin interfaces
Meta Reality Labs
- tactile interfaces
- haptics
- artificial sensation
- wearable skin-like tech
- neural interaction systems
- Energy, Renewable, Nuclear, Quantum, Fusion and Storage:
Commonwealth Fusion Systems
Backed by:
- MIT research
- major private investors
Focused on:
- compact fusion reactors
- high-output magnetic confinement systems
- commercial fusion power
Helion Energy
Focused heavily on:
- smaller fusion systems
- pulsed fusion
ITER: Massive international fusion experiment.
The real-world equivalent of “humanity trying to build a star.”
Westinghouse Electric Company:
- Small Modular Reactors (SMRs)
- compact nuclear systems
- advanced reactor design
NuScale Power:
- miniaturized nuclear reactors
- scalable compact energy systems
CERN studies:
- particle collisions
- quantum behavior
- energy states
- exotic physics
- antimatter
- high-energy systems
IBM:
- quantum computation
- quantum state control
- advanced energy-efficient systems
Google:
- quantum processing
- exotic computational states
- future energy/computation efficiency
- For non lethal military application:
Lockheed Martin:
- military augmentation
- survivability
- bio-armor
- or cybernetic integration
DARPA:
- regenerative battlefield medicine
- rapid healing
- synthetic tissue
- adaptive biomaterials
- biohybrid soldiers
- Sonic weaponization:
Genasys LRAD Systems:
- intelligible voice projection over huge distances.
- emit painful high-decibel focused sound.
- disorient people.
- induce panic.
- and potentially cause hearing damage.
- sonic deterrence.
- anti-piracy systems.
- riot control.
- psychological warfare.
- perimeter defense.
- drone disruption.
- and disabling electronics or human coordination.
DARPA:
- directed energy.
- neurological effects.
- human-machine systems.
- non-lethal incapacitation.
- electromagnetic warfare.
- and advanced battlefield technologies.
Raytheon:
- radar.
- microwave systems.
- electronic warfare.
- and non-kinetic weapons.
Lockheed Martin:
- resonance disruption,
- sonic suppression.
- drone interference.
- and advanced energy projection systems.
- Extreme Environment Survival and Degradation Research:
NASA:
- reentry heat shielding.
- radiation resistance.
- deep-space habitation.
- life support systems.
- advanced alloys.
- human survival in vacuum/extreme temperatures.
Halliburton:
- high-pressure survival engineering.
- corrosion resistance.
- subsea robotics.
- emergency life-support systems.
Space X: Starship program.
- thermal resistance.
- cryogenic stress.
- and structural survivability.
RTX:
- submarine systems.
- sonar.
- autonomous underwater systems.
- naval survival technologies.