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48 w

Laser spectroscopy study explores nuclear structure of fermium and nobelium isotopes

Laser spectroscopy study explores nuclear structure of fermium and nobelium isotopes

University of Liverpool researchers are part of an international research collaboration that has shed light on what happens at the extremes of neutron and proton numbers, in search of where the periodic table of chemical elements ends.

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48 w

Astronomers observe an unlucky star's repeated tidal disruptions

Astronomers observe an unlucky star's repeated tidal disruptions

When a star moves around a supermassive black hole (SMBH) in a close elliptical orbit, it gets partially tidally disrupted every time it reaches the pericenter, emitting a series of luminous flares, known as a partial tidal disruption event (pTDE).

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48 w

Theoretical predictions provide a first peek at nuclear shape transitions

Theoretical predictions provide a first peek at nuclear shape transitions

Based on an experiment at CERN, a collaboration led by the Niels Bohr Institute, University of Copenhagen, can predict hitherto unchartered changes in the shape of nuclei.

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48 w

Strontium isotope analysis tracks prehistoric ostrich eggshell bead exchange in southern Africa

Strontium isotope analysis tracks prehistoric ostrich eggshell bead exchange in southern Africa

A recent study by archaeologist Prof. Peter Mitchell and his colleagues published in Azania: Archaeological Research in Africa examines how ostrich eggshell (OES) beads moved across southeast southern African landscapes during the Pleistocene and Holocene.

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48 w

International canine gene research database enhances understanding of hereditary diseases

International canine gene research database enhances understanding of hereditary diseases

The International DoGA Consortium has achieved a significant milestone in genetics research by creating a comprehensive canine promoter and gene expression atlas. The atlas is a database that shows which genes are active in different parts of the body and when they are activated. This helps researchers better understand how genes function in various situations and how they impact health and diseases.

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48 w

Theory vs. data: Team tests Einstein's predictions by calculating the distortion of time and space

Theory vs. data: Team tests Einstein's predictions by calculating the distortion of time and space

Why is the expansion of our universe accelerating? Twenty-five years after its discovery, this phenomenon remains one of the greatest scientific mysteries. Solving it involves testing the fundamental laws of physics, including Albert Einstein's theory of general relativity.

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48 w

Maternal small RNAs determine the fate of hybrid seeds in plants, finds study

Maternal small RNAs determine the fate of hybrid seeds in plants, finds study

Plant breeders, aiming to develop resilient and high-quality crops, often cross plants from different species to transfer desirable traits. However, they frequently encounter a major obstacle: hybrid seed failure. This reproductive barrier often prevents closely related species from producing viable seeds.

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48 w

Two new snail species named after Tolkien characters

Two new snail species named after Tolkien characters

Researchers have named two newly discovered freshwater snail species from Brazil after characters from "The Lord of the Rings."

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48 w

Markers in iPSC quality control—a new approach to enhance standardization

Markers in iPSC quality control—a new approach to enhance standardization

Human induced pluripotent stem cells (iPSCs) have a great potential for scientific and medical applications. They are used in research laboratories to model human diseases, helping to uncover underlying mechanisms and developing new therapies. Additionally, they are being tested in clinical trials as a solution for regenerative therapies targeting diseases like Parkinson's, with the goal of restoring function and improving patient outcomes.

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48 w

Compact error correction: Toward a more efficient 'quantum hard drive'

Compact error correction: Toward a more efficient 'quantum hard drive'

Two quantum information theorists at the University of Sydney Nano Institute have solved a decades-old problem that will require fewer qubits to suppress more errors in quantum hardware.

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