Olympus BX51 with crossed polarization - cross polarized optical microscopy
Laserdiodes
First you need to study the case carefully again to pay attention to the details. Who knows? Maybe you missed something....
Selective laser melting (SLM) is a variant of additive manufacturing (AM) that has drawn considerable attention from industry over the past decade. SLM promises to consolidate many-step, complex manufacturing processes, which are often spread out over many facilities, into one single machine, allowing for direct 3D design to final part production. It offers engineers also limitless design freedom, whether it be custom hip implants or rocket engines.
Laserlab Source
Here is your board. You can add more evidence if we find any, now the only thing left to do is figure out the missing link! I hope it helps you catch the criminal. Good luck!
Stirling Hall 64 Bader Lane Kingston, ON K7L 3N6 Canada
Draw connections: Use your colored pens or markers to draw connections between the different sticky notes. For example, you might draw a line between a suspect and a piece of evidence that links them to the crime.
LLE phonebook
LaboratoryforLaserEnergetics
Short optical pulses are produced by compressing a submicrosecond duration pulse into 100 femtoseconds. That corresponds to an intensity increase greater than one million. Also, since the optical source is a laser, all the energy can be focused into a spot size comparable to the wavelength of light. The result is a beam with an intensity measured in TW/cm2. Such an intense beam seriously perturbs any matter it interacts with, moving our exploration into the nonlinear regime. We now have access to excited states of the system, can read out novel information about system symmetry, and can bridge transitions that normally would be forbidden. We can control the system in novel and often counter-intuitive ways, and read out information from the system that would normally remain hidden.
OmegaLaser
This will be a profile picture with a description of the person and how they are related to the case i.e. are they a victim, a suspect, a potential lead? Etc. Use your sticky notes to write down important information, such as names of suspects, pieces of evidence, and potential motives.You can follow this template used, or feel free to create your own.
Research in ultrafast is truly cross-disciplinary since ultrafast processes are relevant in a wide range of fields, from semiconductor technology to bioprotein functionality. A key focus of our research is into the ultrafast of the ultrasmall. Man-made nanostructures provide a fascinating playground into the laws of quantum mechanics. Being small provides a complete new functionality and generates new applications all through novel ultrafast dynamics.
What Michelson was advocating for was higher precision in scientific measurements. The answer to his call came over half a century later in 1960 with the invention of the laser. Since then lasers have become synonymous with precision and not just in the scientific community, fiber optic communication, consumer electronics and even the Internet are all built around the laser. The Ultrafast Laser Lab’s research aims to continue the laser revolution, using laser optics to advance science on two fronts:
We apply inline coherent imaging (ICI) to SLM when it is happening to track performance in real-time. ICI has a proven track record including successful commercialization in the fields of laser welding, cutting and micromachining. It promises to help unravel the complicated dynamics at the heart of laser 3D writing so we can build more complicated devices with a particular eye to novel materials.
However, despite sustained industrial investment, SLM part quality continues to suffer from inconsistency across individual parts, build volumes, machines and facilities. Even after time and capital intensive optimization, which is often specific to a given part, machine and/or material, the complex interplay of the physical phenomena underlying the process can still lead to stochastic outcomes. Robust and quantitative process monitoring and feedback control are essential tools required to overcome these challenges.