A Method for Flame Stabilization comprises the steps of: a. providing an engine having a controller for fuel flow, a combustor having one or more premixers, each premixer having two or more cups (30,40), the one or more premixers having formed and disposed within: an Enhanced Lean Blowout (ELBO) channel, a Premixed Channel (32,42) for each cup, such channels being placed into fluid communication with the cups wherein, when utilized, the variable ELBO channel provides fuel used in creating a diffusion flame (34,44) downstream from each cup and the premixed channels, when utilized, provide fuel for creating a premixed flame downstream from each cup. b. starting the engine whereby fuel at start up is provided by A ELBO diffusion fuel in burner mode 1 and maintaining burner mode 1 wherein A ELBO diffusion fuel flow results in a flame being a diffusion flame through demands of up to approximately 15% partial power. c. as power demand rises above a level beyond which the A ELBO cup will provide fuel flow allowing operation within desired operating parameters, the controller shifting fuel flow to burner mode 2 wherein A ELBO diffusion + B ELBO diffusion fuel flow results in flames being diffusion flames and through demands of between about 15% to about 50% power. d. as power demand rises above either the A ELBO or the A ELBO + B ELBO threshold, the controller shifting fuel flow to burner mode 3 wherein A ELBO + B ELBO diffusion + A PREMIXED fuel flow results in a flame resulting from fuel flowing in the B cup remaining a diffusion flame and a flame resulting from the fuel flowing in the A cup transitioning from a diffusion flame to a premixed flame and through demands of between about 50% to about 75% power. e. as power demand continues to increase in burner mode 3, that B PREMIXED cups are activated thereby transitioning flame resulting from the fuel flowing in the B cup transitioning from a diffusion flame to a premixed flame in order to control bulk flame temperature. f.as power demand rises to a full power setting, the controller shifting fuel flow to burner mode 4 wherein A ELBO + B ELBO + A PREMIXED + B PREMIXED fuel flow results in flames being premixed flames and through demands of between about 75% to 100% or full power. a. providing an engine having a controller for fuel flow, a combustor having one or more premixers, each premixer having two or more cups (30,40), the one or more premixers having formed and disposed within: an Enhanced Lean Blowout (ELBO) channel, a Premixed Channel (32,42) for each cup, such channels being placed into fluid communication with the cups wherein, when utilized, the variable ELBO channel provides fuel used in creating a diffusion flame (34,44) downstream from each cup and the premixed channels, when utilized, provide fuel for creating a premixed flame downstream from each cup. b. starting the engine whereby fuel at start up is provided by A ELBO diffusion fuel in burner mode 1 and maintaining burner mode 1 wherein A ELBO diffusion fuel flow results in a flame being a diffusion flame through demands of up to approximately 15% partial power. c. as power demand rises above a level beyond which the A ELBO cup will provide fuel flow allowing operation within desired operating parameters, the controller shifting fuel flow to burner mode 2 wherein A ELBO diffusion + B ELBO diffusion fuel flow results in flames being diffusion flames and through demands of between about 15% to about 50% power. d. as power demand rises above either the A ELBO or the A ELBO + B ELBO threshold, the controller shifting fuel flow to burner mode 3 wherein A ELBO + B ELBO diffusion + A PREMIXED fuel flow results in a flame resulting from fuel flowing in the B cup remaining a diffusion flame and a flame resulting from the fuel flowing in the A cup transitioning from a diffusion flame to a premixed flame and through demands of between about 50% to about 75% power. e. as power demand continues to increase in burner mode 3, that B PREMIXED cups are activated thereby transitioning flame resulting from the fuel flowing in the B cup transitioning from a diffusion flame to a premixed flame in order to control bulk flame temperature. f.as power demand rises to a full power setting, the controller shifting fuel flow to burner mode 4 wherein A ELBO + B ELBO + A PREMIXED + B PREMIXED fuel flow results in flames being premixed flames and through demands of between about 75% to 100% or full power.