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Title |
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Ultra-close stars discovered inside a planetary nebula |
2 |
Image: Cloudlets swarm around our local supermassive black
hole |
3 |
Student discovers slowest ever pulsar star |
4 |
Russian physicists postulate the existence of dark
matter-based Bose stars |
5 |
NASA's First Image of Mars from a CubeSat |
6 |
Gravitational waves could soon provide measure of universe's
expansion |
7 |
Mars could have enough molecular oxygen to support life, and
scientists figured out where to find it |
8 |
Scientist explores a better way to predict space weather |
9 |
HD 87240 is a chemically peculiar star with an overabundance
of heavy elements, study suggests |
10 |
Gravitational waves could shed light on dark matter |
11 |
Astronomers propose a new method for detecting black holes |
12 |
Kes 75--Milky Way's youngest pulsar exposes secrets of star's
demise |
13 |
'Oumuamua one year later |
14 |
New moon: China to launch lunar lighting in outer space |
15 |
Chandra and ALMA measure speed of sloshing gas in galaxy
cluster |
16 |
Superflares from young red dwarf stars imperil planets |
17 |
Astronomers catch red dwarf star in a superflare outburst |
18 |
Astrophysicist contributed into international-team efforts on
study Comet 29P |
19 |
Blazar's brightness cycle confirmed by NASA's Fermi mission |
20 |
NASA's Fermi mission energizes the sky with gamma-ray
constellations |
21 |
Astronomers find a cosmic Titan in the early universe |
22 |
Double dust ring test could spot migrating planets |
23 |
The Moon helps reveal secrets of the universe |
24 |
Researchers investigate the peculiar radio source IC 1531 |
25 |
Magnetic fields may be the key to black hole activity |
26 |
Hubble moving closer to normal science operations |
27 |
Europa plume sites lack expected heat signatures |
28 |
Plan developed to characterize and identify ocean worlds |
29 |
Sponges from Mars? Study suggests water on the red planet
could support life |
30 |
European-Japanese mission to investigate the smallest planet
in the Solar System |
31 |
NASA calls for instruments, technologies for delivery to the
moon |
32 |
How mission delays hurt young astronomers |
33 |
Preparing future explorers for a return to the Moon |
34 |
Europe, Japan ready spacecraft for 7-year journey to Mercury |
35 |
Image: Launching the Galileo mission |
36 |
12-pound lunar meteorite sells for more than $600,000 |
37 |
Would a Space Force mean the end of NASA? |
38 |
VIDEO: 5,000 robots merge to map the universe in 3-D |
39 |
BepiColombo: Two orbiters head to mercury |
40 |
How a group of school students discovered the sounds of solar
storms |
41 |
Mission control ready for Mercury |
42 |
Researchers reveal the story of the oldest stars and galaxies,
compiled from 20 years of simulating the early universe |
43 |
Award-winning algorithm takes search for habitable planets to
the next level |
44 |
Gas-detecting laser device gets an upgrade |
45 |
Taking a close look at bacteria |
46 |
Researchers validate 80-year-old ferroelectric theory |
47 |
Researchers switch material from one state to another with a
single flash of light |
48 |
Understanding the building blocks for an electronic brain |
49 |
Stephen Hawking's wheelchair, thesis for sale |
50 |
Merging mathematical and physical models toward building a
more perfect flying vehicle |
51 |
A new way to measure nearly nothing: Ultracold trapped atoms
to measure pressure |
52 |
Discovering a previously unknown role for a source of magnetic
fields |
53 |
Researchers study interactions in molecules using AI |
54 |
Pushing the extra cold frontiers of superconducting science |
55 |
Breakthrough in accessing the tiny magnet within the core of a
single atom |
56 |
Scientists discover first high-temperature single-molecule
magnet |
57 |
The big problem of small data: A new approach |
58 |
Scientists find unusual behavior in topological material |
59 |
A Bose-Einstein condensate has been produced in space for the
first time |
60 |
Study supports Standard Model of particle physics, excludes
alternative models |
61 |
Physicists create guidelines for non-equilibrium measurements
of many-body systems |
62 |
Physicist describes the shape of a wormhole |
63 |
New memristor boosts accuracy and efficiency for neural
networks on an atomic scale |
64 |
New reservoir computer marks first-ever microelectromechanical
neural network application |
65 |
The state of the early universe: The beginning was fluid |
66 |
Physics: Not everything is where it seems to be |
67 |
High entropy alloys hold the key to studying dislocation
avalanches in metals |
68 |
Hawking's final book offers brief answers to big questions |
69 |
A bridge to the quantum world |
70 |
AI changing the way scientists carry out experiments |
71 |
New simulations confirm efficiency of waste-removal process in
plasma device |
72 |
Modified optical centrifuge has potential to open up new ways
for the study of superrotors |
73 |
Cryocooler cools an accelerator cavity |
74 |
Bursting the clouds for better communication |
75 |
Acrylic tanks provide clear window into dark matter detection |
76 |
Scientists discover new properties of uranium compounds |
77 |
Fermilab scientists to look for dark matter using quantum
technology |
78 |
Study shows what happens when ultrafast laser pulses, not
heat, cause a material to change phase |
79 |
Study exposes security vulnerabilities in terahertz data links |
80 |
Using puffed rice to simulate collapsing ice shelves and
rockfill dams |
81 |
Quantum computers tackle big data with machine learning |
82 |
Researchers announce the discovery of an atomic electronic
simulator |
83 |
Researchers report innovative optical tissue imaging method |
84 |
Disrupting crystalline order to restore superfluidity |
85 |
Scientists achieve first ever acceleration of electrons in
plasma waves |
86 |
Ionic decision-maker capable of self-learning |
87 |
'Mushrooms' and 'brushes' help cancer-fighting nanoparticles
survive in the body |
88 |
Scientists make new 'green' electronic polymer-based films
with protein nanowires |
89 |
Nanosized ferroelectrics become a reality |
90 |
Study provides insight into how nanoparticles interact with
biological systems |
91 |
Taking steps toward a wearable artificial kidney |
92 |
Exploring new spintronics device functionalities in graphene
heterostructures |
93 |
Toward unhackable communication: Single particles of light
could bring the 'quantum internet' |
94 |
Molecular semiconductors could be the future of electronics,
and this new technique offers a way to mass produce them |
95 |
Exploring the challenges of exfoliating novel two-dimensional
materials |
96 |
New model helps define optimal temperature and pressure to
forge nanoscale diamonds |
97 |
Covalently modified two-dimensional arsenic |
98 |
Nanoscale spin-wave circuits based on engineered
reconfigurable spin-textures |
99 |
Researchers quickly harvest 2-D materials, bringing them
closer to commercialization |
100 |
Hidden gapless states on the path to semiconductor
nanocrystals |
101 |
Light switch: Scientists develop method to control nanoscale
manipulation in high-powered microscopes |
102 |
Latest Cornell dot features a new cancer weapon: antibodies |
103 |
New half-light half-matter particles may hold the key to a
computing revolution |
104 |
Efficient light conversion with perovskite nanocrystals |
105 |
Research on light-matter interaction could improve electronic
and optoelectronic devices |
106 |
Researchers determine catalytic active sites using carbon
nanotubes |
107 |
Stamp-sized graphene sheets riddled with holes could be boon
for molecular separation |
108 |
Scientists forge ahead with electron microscopy to build
quantum materials atom by atom |
109 |
Harvesting solar fuels through a bacterium's unusual appetite
for gold |
110 |
Vaccinating humans to protect mosquitoes from malaria |
111 |
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