Various magnetic dermal adhesives and magnetically attachable personalizable accessories of the present disclosure are provided comprising a load-bearing magnetic dermal adhesive incorporating magnetic particles and a magnetic personalizable accessory incorporating one or more magnetic elements exhibiting high magnetic coercivity and positioned at least at the base of the magnetic personalizable accessory enabling their interaction. These magnetically complementary products provide a convenient way for reversibly attaching/detaching/interchanging various magnetic personalizable accessories to interact with consumers' skin so that they can be (a) re-useable saving money, time, and resources; (b) can be arranged in various ways (worn singly or grouped together in an infinite number of unique arrangements); (c) can provide a broad range of options for creative self-expression/personal style; (d) can be interchangeably attached to achieve multiple variations; (e) can be conveniently swapped/exchanged from one user to another (f) can be stacked or superimposed together into various creative arrangements; (g) can be utilized for enhancing the experience of various personal and professional situations; and many more benefits that can be uniquely crafted by each consumer according to his/her particular performance requirements.

Various magnetically eyelash attaching prosthetic systems of the present disclosure are provided, comprising: (a) a load-bearing magnetic eyeliner adherable to an eyelid surface and incorporating magnetic particles compatible with a load-bearing structural adhesive; and (b) a magnetic eyelash prosthetic incorporating one or more magnetic elements exhibiting high magnetic coercivity and positioned at least at the base of the eyelash prosthetic, enabling the interaction between the ferromagnetic particles (incorporated into the load-bearing eyeliner) and the ferromagnetic elements (incorporated into the magnetic eyelash prosthetic) to stably attach the eyelash prosthetic to a pre-coated eyelid surface. Various methods for producing and using the various magnetically attachable eyelash prosthetics and the various load-bearing magnetic eyeliners are also provided.

An exemplary method of applying a false eyelash or eyebrow hair comprises the steps of applying a cosmetic product to a natural eyelash, a natural eyebrow, an area around the natural eyelash, or an area around the natural eyebrow, the cosmetic product comprising magnetic properties and applying a false eyelash or eyebrow hair to the cosmetic product, at least a portion of the false eyelash or eyebrow hair comprising magnetic properties.

The invention relates to poly(oligo(ethylene glycol) methacrylate) microgels, to the process for preparing same and the uses thereof in various fields of application such as optics, electronics, pharmacy and cosmetics.

These microgels have the advantage of being monodisperse, pH-responsive and temperature-responsive. They can carry magnetic nanoparticles or biologically active molecules. These microgels may also form transparent films, which have novel optical and electromechanical properties.

The invention relates to poly(oligo(ethylene glycol) methacrylate) microgels, to the process for preparing same and the uses thereof in various fields of application such as optics, electronics, pharmacy and cosmetics. These microgels have the advantage of being monodisperse, pH-responsive and temperature-responsive. They can carry magnetic nanoparticles or biologically active molecules. These microgels may also form transparent films, which have novel optical and electromechanical properties.

Provided is a remover set that allows an attraction head of a remover to easily drop down to the bottom of a holding hollow part of a remover stand, and excels in usability. The remover includes an attraction head having a magnet built therein; a root part connecting to the attraction head; and a grip part extending from the root part. The root part has a recessed portion recessed inward than its vicinity. The remover stand has a holding hollow part including a tip-holding portion that has a concave shape corresponding to a shape including a tip of the attraction head; an opening end part formed upward of the tip-holding portion; and a guide part that is arranged in a portion that is positioned between the tip-holding portion and the opening end part and faces the recessed portion, and is inclined inward as going upward from the tip-holding portion.

The present invention relates to energy-releasable beauty care products. The products are capable of absorbing energy, for example, from an electrical, magnetic, electromagnetic, light, or heat source, which alters the physicochemical state of the beauty care product such that it is easily removable through the utilization of the energy source.

A magnetic nanoparticle includes a magnetic core and a superparamagnetic outer shell, in which the outer shell enhances magnetic properties of the nanoparticle. The enhanced magnetic properties of the magnetic nanoparticle allow for highly sensitive detection as well as diminished non-specific aggregation of nanoparticles.

A nanomedicinal composition comprising a nanocarrier and a pharmaceutical agent mixture comprising an anti-cancer therapeutic and an antioxidant. The nanocarrier comprises a porous silicate matrix and particles of a magnetic ferrite disposed in the pores of the porous silicate matrix. The pharmaceutical agent mixture is disposed in the pores and/or on the surface of the nanocarrier by a solution phase impregnation process. The nanomedicinal composition is used in a method of treating breast cancer.

An applicator for a skin care product is provided, together with a cosmetic skin care product comprising an applicator and a skin care composition, and a method of using the applicator to regulate a skin condition. The applicator has a substrate with a magnetic array printed thereon, the magnetic array having at least one layer of one or more dipolar pairs of alternating magnetic poles. The applicator further has a vibration source. The magnetic field strength generated by the magnetic array is at its maximum at the poles. When activated, the vibration source causes side to side movement of the applicator, meaning that the full magnetic field is experienced by all diamagnetic materials to which the applicator is applied.