Advanced materials for energy and space applications

For interstellar mission planning using relativistic propulsion simulations and resource optimization algorithms

interstellar travel relativistic propulsion mission planning resource optimization deep space exploration

Updating Cold War research through 3D monolithic integration of radiation-hardened electronics

radiation hardening 3D integration aerospace electronics Cold War tech semiconductor design

Neurosymbolic integration for real-time asteroid threat assessment during solar maximum

neurosymbolic AI asteroid detection solar maximum space weather orbital dynamics

Predicting coronal mass ejection impacts during the 2025-2035 solar maximum

solar maximum coronal mass ejections space weather solar cycles geomagnetic storms

Predicting stellar evolution timescales for low-mass red dwarfs

stellar evolution red dwarfs low-mass stars astrophysics timescales

Via self-assembling space habitats during impact winter scenarios on Earth

self-assembling habitats impact winter space refuges modular design disaster resilience

Enhancing solar flare prediction accuracy through quantum dot charge trapping

solar flares quantum dots charge trapping space weather prediction models

Synchronized with solar cycles for optimized satellite communication using gate-all-around nanosheet transistors

solar cycles nanosheet transistors satellite communication signal processing space technology

Targeted NAD+ boosting during galactic cosmic ray maxima for astronaut radioprotection

space medicine radiobiology nicotinamide riboside solar particle events telomere stabilization

Revolutionizing lunar construction through 2030 materials development for regolith additive manufacturing

lunar regolith additive manufacturing space construction advanced materials in-situ resource utilization

Blending Byzantine engineering with space habitats for radiation-shielded lunar outposts

Byzantine architecture space habitats radiation shielding lunar construction historical engineering

Biomimetic radiation shielding inspired by tardigrade extremotolerance for deep-space missions

biomimetic shielding tardigrade proteins space radiation protection extremophile adaptations aerospace materials