The KATRIN experiment breaches the 1-electronvolt neutrino mass barrier
Researchers have determined that there is a new upper limit of 0.8 electronvolts for the mass of a neutrino by conducting an experiment.
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Oliver Robinson
394 articles on Neutrino Science.
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Thermoelectric Materials Exhibit Remarkable Atomic Behavior
The temperature difference between the hot and cold regions of a thermoelectric device is used to generate a voltage, which allows the device to convert…
Control of magnetism at the molecular level is now in the hands of scientists
To better understand magnetism, it is helpful to understand how the atoms in magnetic materials are structured.
A New Method Turns Greenhouse Gases into Fuel
In a method known as photo-oxidation, a team of researchers successfully turned methane into methanol by using light and dispersed transition metals such as copper.
Three Quantum scientists share the Nobel Prize in Physics
Three scientists shared this year's Nobel Prize in Physics on Tuesday for demonstrating that tiny particles can maintain a connection with each other even…
Discoveries in "The Chemistry of the Origin of Life"
Chemists at Purdue University have solved a mystery that has stumped scientists for decades by finding a mechanism that explains how peptide-forming processes…
How Do Scientists Estimate the Size of the Expanding Universe?
Even with the most powerful technology that humanity have access to at this time, mapping out the cosmos is a difficult task.
A 100,000-equation Quantum Physics problem is reduced to only four equations using AI
Scientists trained a machine learning technique to capture the physics of electrons traveling on a lattice with considerably fewer equations than would…
A groundbreaking fossil discovery and a space mission
In a world-first test of planetary defense, a NASA spacecraft collided with an asteroid. The slam happened on Monday, and it hit the asteroid Dimorphos, which…
First Successful Measurement of an Exotic Bond by Scientists
This effect has, at least in theory, been anticipated for a very considerable amount of time.
New nanowire assembly techniques may lead to more potent computer chips
The cutting-edge technique makes use of cutting-edge equipment, such as ultra-thin filaments of polyethylene terephthalate (PET) with tapered nanoscale tips…
A new approach for recreating particles at the Large Hadron Collider has been developed
In order to rebuild particles using data from the Large Hadron Collider, a group of researchers from CERN, the Massachusetts Institute of Technology, and…
Our galaxy may have originated from a protogalaxy in the Milky Way
According to astronomers' findings, the Milky Way has abandoned its "poor old heart" in the region surrounding the constellation Sagittarius.
Hubble discovers a new shield that safeguards galaxies from destruction
The Hubble telescope, which has been responsible for some of the most remarkable findings in the cosmos for nearly three decades now, has recently made…
The stunning room-temperature superconductor claim has been withdrawn
A study that received a lot of attention and in which researchers claimed to have seen the first actual room-temperature superconductor has since been discredited.
Physicists provide explanation for a central puzzle in quantum physics
An multinational team of physicists, including the University of Augsburg, has confirmed a key theoretical prediction in quantum physics for the first time.
The heaviest neutron star ever discovered has a mass 2.35 times that of the sun
According to recent studies, a neutron star located south of the constellation Leo is the most massive of its kind yet discovered.
New initiative to fund AI, data science, and machine learning translational research
The MIT School of Engineering and Pillar VC announced today the MIT-Pillar AI Collective, a one-year pilot program financed by a Pillar VC gift that will…
Unraveling the mysteries of cosmic matter
The cosmos was populated with equal numbers of matter and "antimatter" – particles that are matter counterparts but have opposite charge — early in its…
NASA's DART spacecraft intentionally collided with an asteroid
Crash landings are rarely celebrated in mission control rooms. The collision of NASA’s DART spacecraft with an asteroid, on the other hand, was a resounding…
Quantum gravity's dark matter
Since the 1930s, researchers have discovered evidence suggesting the Universe’s mass is composed of approximately 85% of a perplexing and yet unexplained kind…
It's possible that protons harbor a heavier subatomic particle inside of them
New findings imply protons might have more "charm" than previously recognized.
Physicists Show That By Simulating Cosmic Physics, You Can Make Something Out Of Nothing
A group of physicists claims to have demonstrated a 70-year-old quantum theory that suggests it is possible to make anything from nothing.
One of Quantum Mechanics' Strangest and Most Useful Phenomena is Triggered by a New Invention
A bizarre but valuable phenomena of quantum mechanics could be harnessed with the help of a new ultrathin creation, allowing for the development of much…