First Laser Demonstration
Theodore Maiman and his team are preparing to activate the first working laser, a ruby crystal apparatus, with skeptical colleagues observing the experiment.
Setting
A laboratory room at Hughes Research Laboratories in Malibu, California. The space is cluttered with scientific equipment, workbenches, and electrical components. The walls are lined with chalkboards covered in equations and diagrams, and the floor is a mix of linoleum and concrete.
Characters
Theodore Maiman
primary
A lean, intense man in his early 30s with short, dark hair and piercing eyes behind round spectacles. His face is marked by a focused determination, with a faint crease between his brows from prolonged concentration.
Lab Assistant
secondary
A young man in his early twenties, with a lean build and slightly tousled dark brown hair. His face is clean-shaven, and he wears round, wire-rimmed glasses that frequently slip down his nose. His hands are slightly ink-stained from note-taking, and his posture suggests a mix of nervous energy and intense focus.
Senior Scientist
secondary
A man in his late 50s, with thinning gray hair combed neatly back, sharp blue eyes behind round wire-rimmed glasses, and a lean, slightly stooped frame indicative of long hours spent hunched over lab equipment. His face bears the lines of decades of academic scrutiny.
Junior Engineer
background
A young man in his mid-20s with a wiry build, short dark hair combed neatly to the side, and a clean-shaven face. His hands are slightly grease-stained from working with machinery, and his eyes are sharp behind a pair of functional, wire-rimmed glasses.
Administrative Observer
background
A middle-aged non-scientific staff member with a slight build, thinning hair combed neatly to the side, and wire-framed glasses perched on his nose. His posture is slightly hunched from years of desk work, and his hands clasp nervously in front of him.
Dialog
Theodore Maiman
The ruby's fluorescence threshold is at 5,400 angstroms—adjust the flashlamp to match precisely.
Lab Assistant
The coherence length—the coherence length appears stable at 694.3 nanometers, Dr. Maiman.
Senior Scientist
Ex hypothesi, the energy output should be negligible given the crystal's impurity profile.
Theodore Maiman
Watch the oscilloscope—if we've aligned the mirrors correctly, we'll see stimulated emission within seconds.
Lab Assistant
The voltage—perhaps the voltage could be increased by 0.5 kilovolts for optimal excitation?
Senior Scientist
Prima facie, this apparatus lacks the necessary precision for coherent light amplification.
Theodore Maiman
There—the ruby's absorbing perfectly. Now, let's see if we can make history.