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Jun 18, 2020

Physicists have proposed extra cosmic ingredients that could explain the faster-than-expected expansion of space.

abstractions abstractions blog astrophysics avi loeb cosmology dark energy dark matter harvard university hubble constant hubble tension johns hopkins university lisa randall marc kamionkowski physics university of cambridge william barker

science

May 10, 2020

NASA's EmDrive Leader Has a New Interstellar Project

interstellar nasa physics rockets science space

science

Apr 16, 2020

Neutrino Asymmetry Passes Critical Threshold

abstractions matter-antimatter asymmetry neutrinos particle physics physics seesaw mechanism symmetry t2k experiment

science

Feb 21, 2020

Researchers have discovered that simple “chemically active” droplets grow to the size of cells and spontaneously divide, suggesting they might have evolved into the first living cells.

active droplets alexander oparin biology biophysics christoph weber clifford brangwynne david deamer david zwicker dora tang evolution evolution protocells frank jülicher leiden university luca giomi max planck institute for the physics of complex systems max planck institute of molecular cell biology and genetics origins of life physics podcast princeton university rabea seyboldt ramin golestanian santa cruz tony hyman university of california university of oxford

science

Feb 16, 2020

Rogue waves — enigmatic giants of the sea — were thought to be caused by two different mechanisms. But a new idea that borrows from the hinterlands of probability theory has the potential to predict them all.

applied math draupner wave fluid dynamics large deviations theory mathematical physics non-linear schrödinger equation physics probability rogue waves statistics

science

Dec 07, 2019

Physicists reported 1st laboratory search for an interaction between antimatter & a dark-matter candidate, the hypothetical axion. A possible interaction would not only establish the origin of dark matter, but also revolutionise long-established certainties about the symmetry properties of nature.

cern high-energy physics large hadron collider lhc particles physics science

science

Nov 03, 2019

The Hubble constant: a mystery that keeps getting bigger

astronomy physics science space

science

Oct 18, 2019

Earth-like planets may be common in the universe, a new UCLA study implies. Reserchers developed a new method to analyze in detail the geochemistry of planets outside of our solar system by analyzing the elements in rocks from asteroids or rocky planet fragments that orbited six white dwarf stars

astronomy chemistry physics research science space sciences technology

science

Sep 08, 2019

Exotic physics phenomenon is observed for first time

aharonov-bohm effect basic science exotic physics fault-tolerant quantum computers fundental physics gauge fields marin soljacic mit mit news mit physics mit research non-abelian physics quantum computing synthetic magnetic fields time reversal topological phases

science

Aug 31, 2019

Physicists Outline an Ambitious Plan to Simulate Black Holes With Holograms : researchers have put forward a theoretical framework for a black hole hologram that would allow us to test some of the more mysterious and elusive properties of black holes - specifically what happens to the laws of physi

black framework general hole holes hologram light mechanics physics quantum relativity research strings theory universe

science

Aug 17, 2019

Chemists have created and imaged a new form of carbon. The molecule called cyclocarbon joins other carbon forms, like buckyballs and carbon nanotubes. Scientists have created a new form of carbon consisting of 18 atoms arranged in a ring.

chemistry physics

science

Aug 12, 2019

Turning water into ice in the quantum realm

dynamical phases fermionic atoms physics quantum materials quantum mechanics quantum physics quantum realm ultracold atoms

science

Jul 21, 2019

The mismatch between two measures of the universe’s expansion rate leads some scientists to suggest we’re missing something important in our understanding of the universe.

astronomy cosmology physics

science

Jun 18, 2019

A reversible superglue that mimics the properties of dried snail mucus has proved strong enough to bear the weight of an average man, suggests a new study, which found that two sticky squares the size of postage stamps were sufficient to hold an 87kg (192lb) volunteer engineering student.

biology chemistry engineering materials science physics science technology us news world news

science

Jun 16, 2019

Immortal quantum particles described in Nature Physics. The quasiparticles decay and reorganize themselves again, becoming virtually immortal, and the immortal quasiparticles do not transgress the second law of thermodynamics. They may one day form durable data memories for future quantum computers.

decay oscillation physics pollmann quantum quasiparticle

science

Jun 04, 2019

NIST Physicists ‘Teleport’ Logic Operation Between Separated Ions

atomic / molecular / quantum physics quantum information science

science

May 30, 2019

Murray Gell-Mann, Nobel Prize-winning physicist who named quarks, dies at 89 | Science

new mexico physics science us news world news

science

May 29, 2019

100 years ago, an eclipse proved Einstein right. Today, black holes do too — for now

astronomy physics

science

May 03, 2019

How scientists traced a uranium cube to Nazi Germany’s nuclear reactor program

physics

science

Apr 24, 2019

Serbian flag being raised at CERN, as they join the organization as the 23rd full member

cern high-energy physics large hadron collider lhc particles physics science

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