General Relativity Modified Gravity Quantum Gravity Celestial Mechanics Earth Gravitational Effects Hypergravity Microgravity Cosmology Gravitational Waves Gravitational Anomalies Black Holes Lunar Gravity Biological Effects Fluid Dynamics Information Theory Spacetime Forces Modified Gravity Theories Zero Gravity Space-Time Travel Dexterity Gravity Wells Conspiracy Theories Newtonian Dynamics Mass Gravitational Forces Hamiltonian Formulation Einstein's Theories Einstein's Theory of General Relativity Effects of Gravity on Biological Processes Mechanical Stress Newton's Theory of Gravity Centrifuges General Theory of Relativity Spacetime Curvature Metric Gravity Cosmological Models Atmosphere Cosmic Expansion Intense Gravity Hypergravity Research Modified Newtonian Dynamics Orbital Mechanics Inertia Asteroid Composition Singularities Gravitational Force Effects of Gravity on Biology Space Travel Effects on Biology Comets Dark Energy Alternative Explanations Effects on Technology Deviation Detection Planetary Dynamics Accretion Disks Newton's Laws Anti-Gravity Research Gauss-Bonnet Gravity Effects of Gravity Simulation Theory Terminal velocity Matter Flow Flybys Game Physics Observations Human Biology Gravity Simulation Black Hole Dynamics Lunar Gravity Simulation Topological Defects Matter Surface Gravity Cosmic Structures Moment of Inertia JT Gravity Trajectory Interactions Matter Acceleration Effects on Living Organisms Descent Mechanics Gravity Anomaly Massless Gravity Theories of Gravity Topological String Theory Measurement Techniques Dark Matter Newtonian Physics Human Ageing Subatomic Particles
The results suggest gravity works as a biological signal that steers how bodies spend energy.
