Whether you are familiar with the term "Magnus effect" or not, you have certainly seen it in action. It is when a spinning ball—for instance in football, cricket or baseball—bends away from its expected trajectory, often ...
General Physics
Sep 26, 2023
0
139
Why do large gas bubbles in viscoelastic liquids (such as polymer and protein solutions) rise so much faster than expected? An open question with great relevance for industrial production processes. Researchers at TU Graz ...
Soft Matter
Mar 3, 2022
1
43
If you've ever tried to lift a pizza slice covered in hot, melted cheese, you've no doubt encountered the long, cheesy strings that bridge one pizza slice from the next. Keep lifting the pizza slice and these cheese bridges ...
Materials Science
Jun 17, 2021
1
11
New research from the Okinawa Institute of Science and Technology Graduate University (OIST) has found a surprising randomness for how fluids choose their path around obstacles that depends on their spacing. This has important ...
General Physics
Feb 2, 2021
0
3
Specialized stringy fluids flow through the human joints and help constitute substances such as mucus. These fluids contain long, flexible molecules like polymers or proteins, giving them the ability to stretch and absorb ...
Nanophysics
Jan 30, 2020
0
38
Viscoelastic fluids are everywhere, whether racing through your veins or through 1,300 kilometers of pipe in the Trans-Alaska Pipeline. Unlike Newtonian fluids, such as oil or water, viscoelastic fluids stretch like a sticky ...
General Physics
Nov 7, 2018
0
7
Fluids such as water are Newtonian, and their viscous behavior is well understood. However, many common fluids are "viscoelastic." These fluids, such as those commonly found in cosmetics, soaps and paints, possess a combination ...
Soft Matter
Nov 22, 2016
0
5
If you've ever splattered paint on a canvas or sprayed a cookie sheet with oil, you likely created—aside from a minor mess—a shower of droplets, ranging from dime-sized splotches to pencil-point specks.
Condensed Matter
Nov 10, 2016
1
179
Swimming in a pool of syrup would be difficult for most people, but for bacteria like E. coli, it's easier than swimming in water. Scientists have known for decades that these cells move faster and farther in viscoelastic ...
Soft Matter
Nov 25, 2015
0
681
(Phys.org) —A trio of researches with Université Paris Diderot has found that viscoelastic fluids spontaneously form wings which in turn cause the formation of geometric shapes when the fluid is shot out of a jet at high ...
