"cosmetics science" is a correctly written and usable phrase in written English.
You can use it any time to refer to the scientific study and formulation of cosmetics products such as makeup, skin care, hair care, and fragrances. For example, "The doctoral student is researching a new ingredient for a makeup product in cosmetics science."
A two-year course in cosmetics science later (and having teamed up with former bigwigs at Ren and Kiehl's), he's launched Sam Farmer the brand.
Other members worked in cosmetics, science and entertainment.
The University of Cincinnati's cosmetics science program typically accepts between two and four new students a year.
If you are skeptical, just take a look at the programs some universities have tailored to deliver the knowledge that is needed to break into cosmetics science.
For instance, the University of Cincinnati College of Pharmacy in Ohio offers an M.S. in pharmaceutical sciences with an emphasis on cosmetics science.
Like most cosmetics science, this part of the program is interdisciplinary: "It has some basic biology, some physical chemistry, and some physics," Wickett explains.
The University of Rhode Island's Department of Applied Pharmaceutical Sciences, for example, offers an M.Sc. in Cosmetics and Personal Care Products Technology with courses in fundamentals of cosmetic science, basic research in cosmetic science, and cosmetic product formulation.
With unique properties such as high tensile strength and conductivity, they have been explored in the areas of electronics, biotechnology, medicinal drug delivery, cosmetics, material science, and aerospace engineering.
The growing field of nanotechnology has transformed many sectors of the industrial field with their breakthrough applications in the areas of biotechnology, electronics, medicinal drug delivery, cosmetics, material science, aerospace engineering, and biosensors.
Chitosan is a GRAS certified natural cationic polymer, soluble in dilute aqueous acids and has a number of unique properties such as antimicrobial activity, biocompatibility, and biodegradability, which attracts scientific and industrial interest in such fields as biotechnology, pharmaceutics, cosmetics, food science, and textiles.
All these properties lead to exciting applications of these nanomaterials in bioscience, medicine and environmental science, cosmetics, electronics, etc. is called nanotechnology.
