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2. Sahara Lotti - Wikipedia

   en.wikipedia.org/wiki/Sahara_Lotti

   The patented technology behind the Lashify system allows for the Gossamer lash to be placed on the underside of the upper lash. Since Lashify's entry into the beauty world in 2018, it has garnered the attention of beauty editors at Vogue (magazine), Allure (magazine), Glamour (magazine), and Elle (magazine). Lotti's beauty brand has been used ...

3. Feather Eyelashes Were the Biggest Beauty Moment at NYFW - AOL

   www.aol.com/feather-eyelashes-were-biggest...

   $29.70 at lashify.com. Though the feather lashes are undoubtedly one of the best beauty looks from New York Fashion Week this season, the collection also showed plenty of painterly lip looks and a ...

4. Optical tweezers - Wikipedia

   en.wikipedia.org/wiki/Optical_tweezers

   The main mechanism for sorting is the arrangement of the optical lattice points. As the cell flow through the optical lattice, there are forces due to the particles drag force that is competing directly with the optical gradient force (See Physics of optical tweezers) from the optical lattice point. By shifting the arrangement of the optical ...

5. Tweezers - Wikipedia

   en.wikipedia.org/wiki/Tweezers

   Tweezers come in a variety of tip shapes and sizes. [5] Blunt tip tweezers have a rounded end which can be used when a pointed object may get entangled, when manipulating cotton swabs, for example. Flat tip tweezers, pictured at right, have an angled tip which may be used for removing splinters. Some tweezers have a long needle-like tip which ...

6. Molecular tweezers - Wikipedia

   en.wikipedia.org/wiki/Molecular_tweezers

   Molecular tweezers, and molecular clips, are host molecules with open cavities capable of binding guest molecules. [3] The open cavity of the molecular tweezers may bind guests using non-covalent bonding, which includes hydrogen bonding , metal coordination , hydrophobic forces , van der Waals forces , π–π interactions , and/or ...

7. Acoustic tweezers - Wikipedia

   en.wikipedia.org/wiki/Acoustic_tweezers

   Particles in an acoustic field can be moved by forces originating from the interaction among the acoustic waves, fluid, and particles. These forces (including acoustic radiation force, secondary field force between particles, and Stokes drag force) create the phenomena of acoustophoresis, which is the foundation of the acoustic tweezers technology.