Tag: Dark Matter Labs

New nuclear clock tech may detect dark matter 10 trillion times weaker than gravity

New Nuclear Clock Technology: A Breakthrough in Dark Matter Detection A team of German scientists has proposed a new way to detect dark matter and potentially unlock the secrets of the universe. Through the development of nuclear clock technology, the team aims to detect dark matter signals that are a staggering 10 trillion times weaker […]

Ghost particles under pressure: KATRIN squeezes secrets from neutrinos

Ghost particles under pressure: KATRIN squeezes secrets from neutrinos They slip through walls, pass through planets, and rarely leave a trace. Can you guess what these elusive entities are? The answer lies in the mysterious world of neutrinos. These ghostly particles, with almost no mass and no electric charge, are among the most abundant in […]

String theory’s nightmare: Ghostly five-particle family promises to uncover dark matter

String Theory’s Nightmare: Ghostly Five-Particle Family Promises to Uncover Dark Matter For decades, physicists have chased the dream of unifying all of nature’s forces under a single theoretical framework. One of the leading candidates for this ultimate unification is string theory, a complex and mathematically elegant proposal that posits the existence of tiny, vibrating strings […]

New physics? Ion trap experiment targets ‘fifth force’ to explain dark matter

New Physics on the Horizon: Ion Trap Experiment Targets ‘Fifth Force’ to Explain Dark Matter In the realm of physics, the quest to unravel the mysteries of the universe never ceases. Scientists are constantly pushing the boundaries of our understanding, exploring new frontiers, and challenging established theories. One such frontier that has captured the attention […]

Superconducting magnets from dark matter labs can hear universe’s unheard music

Superconducting Magnets from Dark Matter Labs Can Hear Universe’s Unheard Music Gravitational wave detectors, such as LIGO, have revolutionized astronomy, but only within a narrow frequency band. These detectors are like listening to a song with some notes missing. What if there was a way to hear the universe’s complete symphony, including those elusive low-frequency […]

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