The Steward's Equation

The Steward's Equation

E = MC2

Earth = Mission × Care2

Einstein's most famous equation says that a small amount of mass holds an enormous amount of energy. We borrow it to say something similar about stewardship: a mission, multiplied by care, can move the whole Earth.

Reading the equation

Three letters

E

Earth

What we are trying to move: the health of people, animals, land, sea and, one day, the habitats we build in space.

M

Mission

The work itself: the research, the restoration projects, the devices and the products that fund them.

C²

Care, squared

Care for people and care for the planet, multiplied together. Neither one is enough without the other.

How the mission grows

Care compounds

In Einstein's equation the mass is fixed. In ours it isn't. Every act of care adds a little to the mission, and each step builds on everything before it, the way compound interest grows a savings account.

Mn+1 = Mn (1 + C)Next year's mission is this year's mission, grown by care.

Put that growing mission back into the first equation and care appears twice: once to grow the mission, and once to multiply what it can do.

E = M0 (1 + C)n · C2M0 is where the mission started. n is the number of steps: years, projects or generations.

Small, steady care adds up faster than it looks. If care grows a mission by just 10% a year:

After The mission is
0 years 1×
10 years 2.6×
25 years 10.8×
50 years 117×

Widening circles

One step at a time

The growth formula works one step at a time, and so does The Path of a Steward. Each circle of care grows out of the one before it:

  • Self
  • Others
  • Earth & Animals
  • Sea
  • Space
Care grows the mission. The mission, times care squared, moves the Earth.The Steward's Equation, in one line

A note on the science: this is a metaphor, not physics. In Einstein's E = mc², E is energy, m is mass and c is the speed of light. We have kept the shape of the equation and given the letters new meanings.