Breakthrough in DNA computing: biocompatible computers coming soon

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Researchers have successfully realized logic gates using DNA crystallization, a huge step forward in DNA computing. Their findings have been published in the journal Advanced Materials. Using DNA’s double cross-like motifs as building blocks, they built complex 3D crystal architectures. Logic gates are implemented in these large assemblies of 3D DNA crystals, and the output … Leer más

Electromagnetic radiation from Starlink satellites is harming astronomy

Electromagnetic radiation from Starlink satellites is harming astronomy

A new study has found that electromagnetic radiation from satellites like Starlink hinders astronomers’ efforts to study radio waves in outer space. SpaceX has made significant contributions to space exploration and astronomy projects recently, most recently with the launch of the European Euclidean telescope. However, a recent international study found that SpaceX’s Starlink satellites are … Leer más

The ATLAS experiment reports the fundamental properties of the strong interactions between protons at extremely high energies

Protons accelerated almost to the speed of light

Elastic scattering measurements at hadron colliders allow a unique experimental approach to non-perturbation dynamics, which cannot be computed from first principles. In a remarkable run of the LHC, proton–proton elastic scattering events were recorded with integrated luminance using ATLAS’s ALFA detector. As part of the ATLAS Collaboration, physicists from the Institute of Nuclear Physics of … Leer más

Machine learning brings materials modeling into a new era – Deep learning enables precise electronic structure calculations at scale

Machine learning brings materials modeling into a new era - Deep learning enables precise electronic structure calculations at scale

The arrangement of electrons in matter, known as electronic structure, plays an important role in basic as well as applied research such as drug design and energy storage. However, the lack of a simulation technique that offers both high fidelity and scalability across different time scales and lengths has long been a barrier to the … Leer más

Want to find colliding black holes? Check out the disks around quasars

Artist's impression of a quasar.  They all have a supermassive black hole at their center.  Credit: NOIRLab/NSF/AURA/J.  da Silva

The universe is filled with gravitational waves. The collisions of massive objects like black holes and neutron stars create many of them. Now, astronomers are wondering about the environment in which these catastrophic events occur. Turns out they might need to look at quasars. The first detection of gravitational waves occurred in 2015. Since that … Leer más

A study on using aggregated data for effective associative learning

A study on using aggregated data for effective associative learning

Multi-object tracking (MOT) is a complex system consisting of several functional components, such as detection, visualization, and association. Association is in the final stages of the MOT process and is often seen as a core issue, aimed at connecting bounding boxes with existing small tracks. The linkage module makes inferences according to physical features, motion … Leer más

The forgotten 80-year-old antibiotic could provide a new way to fight hard-to-treat infections

Green glow bacteria

A research team has found that Nourseothricin, an older antibiotic, can be effective against resistant bacteria. Improved purification techniques have identified less toxic forms of antibiotics, namely Streptothricin-F, which show potent activity against gram-negative bacteria, by binding to a bacterial ribosomal subunit bacteria and cause translation errors, offering a unique approach to combating such infections. … Leer más

The Quantum Realm: MIT physicists create first snapshots of Fermion pairs

Fermion pair particle physics concept art

MIT physicists have successfully imaged pairs of particles in a cloud of atoms, providing new insights into the behavior of electrons in superconducting materials. The discovery, recorded in the journal Science, could aid understanding of superconductivity and further develop non-thermal electronics. (Artist’s concept.) The images shed light on how electrons forming superconducting pairs glide through … Leer más

Light-activated molecular machines make cells ‘talk’: Mechanical control of vital cellular processes could revolutionize drug design

Light-activated molecular machines make cells 'talk': Mechanical control of vital cellular processes could revolutionize drug design

One of the main ways cells «talk» to each other to coordinate essential biological activities such as muscle contraction, hormone release, nerve cell activation, digestion, and immune activation is through calcium signal. According to a new study published in the American Journal of Science and Technology, Rice University scientists used light-activated molecular machines to trigger … Leer más