Submeta Notebook: Iron superconductors: Breaking all the rules

Submeta Notebook

Saturday, August 16, 2008

Iron superconductors: Breaking all the rules

Iron superconductors: Breaking all the rules - physics-math - 13 August 2008 - New Scientist

Labels: iron, low temperature phenomena, superconductor

Email This BlogThis!Share to X Share to Facebook Share to Pinterest

No comments:

Post a Comment

Newer Post Older Post Home

Subscribe to: Post Comments (Atom)

Go to www.submeta.org

Subscribe To

Posts

Posts

Comments

Comments

Search

Archive

Labels

Labels

accelerator active galactic nucleus adaptive optics aerogel affective computing allen brain atlas alpha angular momentum antenna antihypertriton antimatter artificial life artificial muscle astrocyte astronomy asymptotic freedom atomtronics attosecond autocatalytic set automated discovery avogadro axion axis of evil axon ball lightning band gap baryonic acoustic oscillation battery benford's law BICEP-2 big bang biomimetic black hole black hole firewall blue brain boahen boron Bose-Einstein condensate bubble buckyball C60 carbon carbyne carnegie mellon casimir effect catalyst causality cell cell assembly cellular automata Cepheid variable chaos chemotaxis chiral spin liquid chirality claytronics CMB coherence collider combinatorial discovery complexity computation connectome constants cortical column cosmic ray cosmic string cosmic void cosmic web cosmological constant cosmological simulation CPT symmetry criticality crowdfunding crowdsourcing cryptography crystal dark energy dark flow dark magnetism dark matter dedrite dna dream E7 E8 economics EEG Einstein einstein-podolsky-rosen electromagnetically induced transparency electromagnetism electron emergence emma encryption energy entanglement entropy equilibrium eternal inflation ether evanescent wave event horizon evolutionary programming expansion expectation eyewire Fang feedback femtosecond fermi liquid feynman fine structure constant fire fluid fluid dynamics fmri force form invariance fourier transform FPGA fractal frame dragging fuligin fullerine functional brain imaging funding fusion galactic game of life gamma ray gamma ray burst gel general relativity genetic algorithm glass glia cell gluon golden ratio gradient graphene graphyne gravitational waves gravity green brain ground state hands haptic hawking radiation healing hearing heisenberg helium helix HHMI higgs hive holographic duality holographic principle holography hubble constant hydrogen hyperbolic hyperspace icub imaging implant impossible induction infinity inflation inside-out inspiration interface interference interpretation invisibility ion channel iron knot language laser laser cooling learning lego levitation LHC life light liquid liquid crystal lisi loop quantum gravity low temperature phenomena magnesium diboride magnet magnetism magnon magnonic materials engineering mathematics maxwell maxwell's daemon measurement memory memristor MEMS metalloid metamaterials minimal path minimal surface mirror mobius strip modular robotics MOF MOND monopole morphogenesis mott insulator multimodal sensing music nanomanipulation neural field neural imaging neural interface neural sequencing neural simulation neuromorphic neuron neuroscience neutrino neutron neutron star nonlinear nuclear fission numenta oops optic nerve optical lattice optical trap optical tweezers optics optogenetics optomechanics orbiton origami oscillator parity violation pauli exclusion principle peer review penrose perception perspective phase phase change phaser phonon photon photosynthesis phototransduction picosecond piezo pioneer anomoly planck scale planck telescope planck's constant plasma plasma wakefield accelerator plasmon plasom plasticity pneumatic pnictides polarization positron positronium post-selection power prime number programmable matter prosthesis proteins proton pulsar QCD QED quantum dot quantum foam quantum gravity quantum logic quantum machine quantum plastic quantum quenches quantum torus quantum tunneling quantum wheel quark quark-gluon plasma quasar quasicrystal quorum sensing radioactivity random matrix theory randomness rapid prototyping redshift refraction regeneration relativity resonance retina RNA robotics rogue wave rotation Rubik's Cube rumor rydberg scale scale invariance science culture scotch tape seed Self assembly self organization self replication semantic web sensor shape memory silicene simulation skin skyrmion SLAC slime mould slow light soliton sonoluminescence sound space travel spacetime structure spaser spin spin ice spin liquid spinon spintronic spintronics spring squeezed vacuum SQUID standard candle stanford stem cell stock market string theory strong force subsumption architecture subvocal communication sun super fluid superatom superconductor superfluid superlens supernova superposition supersolid supersymmetry surface area surface tension suspended animation swarm symmetry synapse synch synthetic biology synthetic intelligence tabletop physics technicolor teleportation telepresence tendex tentacle tera terahertz theory of everything thermodynamics thorium time time crystal time reversal topological insulator topological superconductor topological superfluid topology topos torus tractor beam transcranial direct current stimulation transcranial magnetic stimulation transcranial ultrasonic stimulation transdifferentation traveling salesperson twistor type 1A supernova UIUC ultrasound vacuum virus vision volumetric imaging vortex walking water wave wave function wave-particle duality weak force weather white hole WMAP x-ray XNA zeno switch zero point fluctuation zero-point energy

Powered by Blogger.