Lasers, micro-needling, and platelet-rich plasma

By Ellie Teng ‘21 Advances in skin treatments have expanded to laser therapy, micro needling, and platelet rich plasma to restore and reverse the effects of aging and scarring or pigmentation. Restoring tone and reversing the effects of environmental and genetic aging through non surgical modalities have attracted a great deal of attention for their reduced downtime, risk of complication, and sufficient treatment outcomes. The … Continue reading Lasers, micro-needling, and platelet-rich plasma

Further Into the Atom with Ultrafast Light

Neomi Lewis ‘21 A great deal of modern atomic physics seeks to plumb the hidden depths of the atom, particularly the dynamics of inner-shell electrons about which not much is known. Attosecond, or 1×10-18 of a second, laser technology used by the Laboratory for Attosecond Physics, run by both LMU Munich and the Max Planck Institute of Quantum Optics, has recently been able to create … Continue reading Further Into the Atom with Ultrafast Light

Novel Water-Repellent Materials Coming to You Soon

Neomi Lewis ‘21 While water-repellent surfaces already exist, these surfaces usually gain this property by modifications including coatings, paints or solvents. A team of physicists at the University of Rochester is attempting to change the surface of metals with high power lasers to create super water-repellent surfaces without the use of traditional coating methods. It is an ambitious project that is expected to last six … Continue reading Novel Water-Repellent Materials Coming to You Soon