Relieving string tension by making baby universes in a dynamical string tension braneworld model

String tension fundamentally determines the properties of strings; yet its value is often assigned arbitrarily, creating a fine-tuning problem. We describe mechanism for dynamically generating string in flat or almost spacetime, using ‘modified measures formalism’, which turn naturally generates new type stringy braneworld scenario. Such scenario allows strings to achieve near infinite confining two very close expanding surfaces, but tensions also threaten distort near-flat embedding spacetime through large back reactions. argue that this danger can be neutralized via creation baby universe — growing region divorces from ambient while our still brane separating nearly spacetimes. The avoidance minimum length and maximum Hagedorn temperature context dynamical generation discussed.