Certain groupings of bacteria or cellular tissues form systems that are called active fluids. These can flow spontaneously without having to be forced from the outside, since their components are able to generate forces and ...
Soft Matter
Oct 11, 2021
0
1037
Molecular clusters are aggregates of molecules that are held together non-covalently, by relatively weak forces. When these clusters are excited, normally one would expect the cluster to simply break apart. However, a fascinating ...
Analytical Chemistry
Mar 2, 2023
0
44
Researchers capture evolutionary dynamics in a new theoretical framework that could help explain some of the mysteries of how and why species change over time.
Biochemistry
Aug 8, 2012
1
0
A mountain people in Uganda—branded as selfish and loveless by an anthropologist half a century ago—really is not, according to a study led by a Baylor University anthropologist.
Evolution
Jul 27, 2020
2
190
A novel theoretical framework for mathematically modeling nerve cells has illuminated for the first time how small synaptic impulses enable non-linear information processing in the brain. Reported in PLoS Computational Biology, ...
Other
Sep 10, 2010
0
0
The mystery of exactly how the SARS-CoV-2 virus infects human lung cells remains largely hidden to experimental scientists. Now, however, the devilish details of the mechanism by which the coronavirus fuses to host cells ...
Biochemistry
May 6, 2022
0
191
Life on Earth owes its existence to photosynthesis—a process which is 2.3 billion years old. This immensely fascinating (and still not fully understood) reaction enables plants and other organisms to harvest sunlight, water ...
Space Exploration
Jun 7, 2023
0
81
In the future, materials scientists will use advanced software to specify the properties they desire and a program will deliver a choice of optimized chemical compounds.
Materials Science
Apr 26, 2018
0
13
Researchers used Einstein's famous E=mc2 equation and the Large Hadron Collider to recreate a miniature version of the event at the origins of our Universe, and the first findings from their work were published in the journal ...
General Physics
Oct 12, 2010
3
0
Research led by Queen Mary University of London, proposes a novel 'higher-order' Kuramoto model that combines topology with dynamical systems and characterises synchronization in higher-order networks for the first time.
General Physics
May 28, 2020
0
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