Dein Suchergebnis zum Thema: Black Lives Matter

Astronomers led by Maria Bergemann (Max-Planck-Institute for Astronomy) have performed chemical measurements on stars that could markedly change the way cosmologists measure the Hubble constant and determine the amount of so-called dark energy in our universe. Using improved models of how the presence of chemical elements affects a star’s spectrum, the researchers found that so-called supernovae Type Ia have different properties than previously thought. Based on assumption about their brightness, cosmologists have used those supernovae to measure the expansion history of the universe. In light of the new results, it is now likely those assumptions will need to be revised.
in the description of atomic structure and light-matter

Astronomers simulate how white dwarf stars merge and become a supernova.
Intermediate-mass stars such as our Sun end their lives

Results from the first X-ray sky survey of eROSITA resolve the previous inconsistency between competing measurements of the structure of the Universe and confirm the standard model of cosmology
time has yielded precise measurements of the total matter

Results from the first X-ray sky survey of eROSITA resolve the previous inconsistency between competing measurements of the structure of the Universe and confirm the standard model of cosmology
time has yielded precise measurements of the total matter

In a nova explosion, scientists observe extremely high gamma rays with the MAGIC telescopes. It originates from energetic protons that are accelerated in the shock front. These protons contribute locally to cosmic rays.
burned-out and tremendously dense star – a teaspoon of its matter

The universe is full of natural fusion reactors. Nuclear fusion is a virtually inexhaustible source of energy, and for decades now scientists have been working on exploiting it.
neutral particles; over 99 percent of the visible matter

Artificial intelligence (AI), such as machine learning with neural networks, opens up new possibilities in many areas such as science, technology and medicine, but also raises questions of ethics. Do the benefits or risks outweigh the risks?
There’s many areas where AI helps simplify our lives

Radioactive elements in the gaseous clouds of Cassiopeia A provide glimpses into the explosion of massive stars.
© MPA Massive stars end their lives in gigantic

Artificial intelligence (AI), such as machine learning with neural networks, opens up new possibilities in many areas such as science, technology and medicine, but also raises questions of ethics. Do the benefits or risks outweigh the risks?
There’s many areas where AI helps simplify our lives

When we look up to the sky on a dark, clear summer night (rare in Germany) we see the shimmering band of the Milky Way stretching from horizon to horizon. This is our home in the Universe, a galaxy consisting of approximately one hundred billion stars.
in the Universe; the rest is thought to be ‘dark matter