Scientists discover new magnetic phase in iron-based superconductors
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New Magnetic Phase In Iron-Based Superconductors Discovered - http://www.4breakingnews.com/science/new-magnetic-phase-in-iron-based-superconductors-discovered.html
new magnetic phase in iron-based superconductors A neutron diffraction image giving evidence for the new magnetic phase in iron-based superconductors discovered by Argonne scientists. It shows the scattering results from a sample of barium iron arsenide with sodium ions added to 24% of the barium sites. Nematic order sets in below 90 K (about -300°F), but four-fold symmetry is restored below 40 K (-387°F). The resulting atomic and magnetic structures are illustrated in the figure on the right,
Scientists discover new magnetic phase in iron-based superconductors
ORNL scientists uncover clues to role of magnetism in iron-based superconductors
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This makes very interesting reading - clues to the role of magnetism in iron based superconductors
A phase diagram for heavy-electron superconductors
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Simplicity will out: Novel experiment-based expression explains behavior of unconventional superconductors
Titania-based material holds promise as new insulator for superconductors
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Researchers at North Carolina State University detail a new titania-based material that shows promise as an insulator for superconductors. 9/4/14 Energy dispersive x-ray spectroscopy image was taken within a scanning electron microscope, illustrating a Bi2212 wire shown in blue and green, coated with the titania-based insulation shown in red. Credit: Sasha Ishmael
Unusual electronic state found in new class of unconventional superconductors /// "Intra-unit-cell nematic charge order in the titanium-oxypnictide family of superconductors" /// DOI: 10.1038/ncomm6761
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Unusual electronic state found in new class of unconventional superconductors - http://scienceblog.com/75658/unusual-electronic-state-found-new-class-unconventional-superconductors/
Unusual electronic state found in new class of unconventional superconductors
Researchers find new phase of carbon, make diamond at room temperature
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diamonds made from Q-carbon
Puzzling new behaviour observed in high-temperature superconductors / Asymmetry of collective excitations in electron- and hole-doped cuprate superconductors; RIXS; Cu L3-edge
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New effect might be important for emergence of high-temperature superconductivity
Puzzling new behaviour observed in high-temperature superconductors
Feynman Diagrams, students, professors.
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funny science news experiments memes - The Feynman Diagrams Have Many Uses | quirk exchange, haha!
Academic Interaction Depicted by Feynman Diagrams "my life's work". human face to science
funny science news experiments memes - The Feynman Diagrams Have Many Uses
Feynman Diagrams (of academic interactions) from PhD Comics
Feynman Diagrams - this is the best thing I've ever seen.
Feynman diagrams used to describe academic interaction.
Academic Interaction: Feynman Diagrams. (PHD Comics)
“Two-stage magnetic-field-tuned superconductor-insulator transition in underdoped La2-xSrxCuO4.” Nature Physics, Published Online (4 May 2014); doi:10.1038/nphys2961
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Insights into the stages of high-temperature superconductivity
Spinels, new magnetic and structural phases. Crystal structure and magnetism – new insight into the fundamentals of solid state physics
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Generating a CFD visualization that can cover the entire area of even the standard tube-and-wing aircraft is a challenge
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The mystery of how high-temperature superconductors work has endured for 30 years, but a new study could help unravel it. These materials have applications ranging from making more efficient electrical grids to creating better supercomputers to levitating
(Phys.org) —A breakthrough has been made in identifying the origin of superconductivity in high-temperature superconductors, which has puzzled researchers for the past three decades.
Physicists Identify The Origin Of Superconductivity In High-Temperature Superconductors - http://www.4breakingnews.com/science/physicists-identify-the-origin-of-superconductivity-in-high-temperature-superconductors.html
Superconducting secrets solved after 30 years; So its like the electron fields are using the electron spin and arranging in a manner so that they are sharing same spin quadrants in rows and bonding tightly in opposing spin quadrants in columns. Basically, its about learning what materials can arrange that way and whats cuasing this relationship between spins, and what cuasing it so strongly, which this article claims thats been discovered, AWESOME!
Scientists Finally Unlock The Secrets Behind Superconductivity | IFLScience
High-temperature superconducting secrets solved after 30 years
Superconducting secrets solved after 30 years
Astronomers find a new type of planet: The 'mega-Earth'
Solar System, Solarsystem, Final Frontier, Artist
Two Planets in near by #SolarSystem to be Eaten By Their Star http://www.thehansindia.com/posts/index/2014-06-03/Two-Planets-in-near-by-Solar-System-to-be-Eaten-By-Their-Star-97364#casmos #planets #solarsystems
The Strangest Alien Planets | Exoplanets & Extrasolar Planets, Solar System & Universe Space Exploration An artist's illustration of the mega-Earth planet Kepler-10c, the"Godzilla of Earths" planet that is 2.3 times the size of Earth and 17 times heavier.
TAn artist's illustration of the mega-Earth planet Kepler-10c, the"Godzilla of Earths" planet that is 2.3 times the size of Earth and 17 times heavier. The planet and its lava-world sibling Kepler 10b (background) orbit the star Kepler-10 about 570 light-years from Earth, in the constellation Draco. Image released June 2, 2014.
An artist concept shows the Kepler-10 system, home to two rocky planets. In the foreground is Kepler-10c, a planet that weighs 17 times as much as Earth and is more than twice as large in size. This discovery has planet formation theorists challenged to explain how such a world could have formed.
"Mega-Earth" Kepler-10c dominates the foreground in this artist's conception. Its sibling, the lava world Kepler-10b, is in the background. Both orbit a sunlike star. Kepler-10c has a diameter of about 18,000 miles, 2.3 times as large as Earth, and weighs 17 times as much. Therefore it is all solids, although it may possess a thin atmosphere shown here as wispy clouds. (David A. Aguilar, CfA)
An artist's illustration of the mega-Earth planet Kepler-10c, the"Godzilla of Earths" planet that is 2.3 times the size of Earth and 17 times heavier.
The "Godzilla of Earths!" is in the foreground. Behind it is the smaller 'lava world'. Their sun, in the back, appears to have been created only 3 billion years after the Big Bang. Based on what we know about how solar systems form, researchers thought that a giant rocky planet could not exist. But they just found one that's 17 times Earth's mass. They're calling it the Mega-Earth.
Astronomers find a new type of planet: The 'mega-Earth' The newly discovered 'mega-Earth' Kepler-10c dominates the foreground of this artist's conception. Kelper-10c has a diameter of about 18,000 miles, 2.3 times larger than Earth and weighs 17 times as much. ScienceDaily
Astronomers have discovered a rocky planet Kepler-10c that weighs 17 times as much as Earth and 2.3 times larger than Earth. Kepler-10c orbits a sun-like star every 45 days, making it too hot to sustain life as we know it. It is located about 560 light-years from Earth in the constellation Draco. The system also hosts Kepler-10b, the first rocky planet discovered in the Kepler data. An artist's conception shows the Kepler-10 system, home to two rocky planets. Published: June 02, 2014. Read more>
First measurement of molybdenum disulfide's thermal conductivity
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Nanoelectronics: First Measurement of Moly’s Thermal Conductivity
Breakthrough in energy storage: Electrical cables that can store energy
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Electrical cables that store energy? New nanotech may provide power storage in electric cables, clothes
New NanoTech May Provide Power Storage in Cables, Clothes
DNA, whose structure was discovered by Watson and Crick.
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How DNA works - Repinned by Chesapeake College Adult Ed. We offer free classes on the Eastern Shore of MD to help you earn your GED - H.S. Diploma or Learn English (ESL) . For GED classes contact Danielle Thomas 410-829-6043 firstname.lastname@example.org For ESL classes contact Karen Luceti - 410-443-1163 Kluceti@chesapeake.edu . www.chesapeake.edu
Cells & Genetics - http://www.pinterest.com/steffyteebee/cells-genetics-grade-6/
How DNA works - cool information presented in little chunks
How DNA works- this infographic would make a great poster!
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How DNA works - #infographic
Dna Structure Worksheet
This detail description of the phases of mitosis for the students to see from the beginning to the end.
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Pak MAT- acronym I created to remember these stages of mitosis. Biology gave me undescribe-able fun. Ohh!
Mitosis, image source PH School. For more MCAT Biology review online, visit http://www.mcat-prep.com/mcat-biology-videos-online.php
First direct evidence that a mysterious phase of matter competes with high-temperature superconductivity
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The long-mysterious phenomenon of high-temperature superconductivity just got less so with the discovery that these materials actively fight against superconduction right up until the critical temperature is reached.
First direct evidence that a mysterious phase of matter competes with high-temperature superconductivity... they had me at "mysterious."
(Phys.org)—Scientists have found the first direct evidence that a mysterious phase of matter known as the 'pseudogap' competes with high-temperature superconductivity, robbing it of electrons that otherwise might pair up to carry current through a material with 100 percent efficiency.
First direct evidence that a mysterious phase of matter competes with high-temperature superconductivity Scientists have found the first direct evidence that a mysterious phase of matter known as the "pseudogap" competes with high-temperature superconductivity, robbing it of electrons that otherwise might pair up to carry current through a material with 100 percent efficiency.
First direct evidence that a mysterious phase of matter competes with high-temperature superconductivity: This illustration shows the complex relationship between high-temperature superconductivity (SC) and a mysterious phase called the pseudogap (PG).
Mysterious Phase of Matter Competes with High-temp Superconductivity ~ Scientists have found the first direct evidence that a mysterious phase of matter known as the “pseudogap” competes with high-temperature superconductivity, robbing it of electrons that otherwise might pair up to carry current through a material with 100% efficiency. The new study definitively shows that the pseudogap is one of the things that stands in the way of getting superconductors to work at higher temperatures.
Mysterious Phase Of Matter Prevents Superconductivity - http://bit.ly/1xO4UDs
You are literally the stuff of stars...