ABOUT
Redefining the boundaries of human physiology for long-duration deep space voyages.
Project Torpor is a research initiative exploring synthetic torpor, human hibernation, and metabolic suppression for future medicine and deep-space exploration.
Primary Objective
To induce a controlled, reversible metabolic state in human subjects, minimizing resources and protecting physiological systems during long-duration flight.
Scientific Domains
Core Research Disciplines
Four core research pillars driving the science of human hibernation — from neural circuitry to pharmacological intervention.
Aerospace Medicine
Adapting torpor protocols for the extreme conditions of spaceflight — microgravity, isolation, and cosmic radiation.
Neurobiology
Mapping the brain circuits that govern hibernation and ensuring complete cognitive preservation during metabolic suppression.
Cellular Engineering
Engineering metabolic transitions at the cellular level, ensuring tissue viability and preventing ischemic injury during torpor.
Pharmacology
Developing the drug cocktails that safely induce, maintain, and reverse the torpor state in human physiology.