Quanta
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![[:es]Universal Quantum Phenomenon Found in Strange Metals[:]](https://katedra.eus/app/uploads/2018/11/Cuprate_Electrons_2880x1220-scaled.jpg)
[:es]Universal Quantum Phenomenon Found in Strange Metals[:]
Experiments suggest that exotic superconducting materials share a “strange metal” state characterized by a quantum speed limit that somehow acts as a fundamental organizing principle.
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![[:es]How Holography Could Help Solve Quantum Gravity[:]](https://katedra.eus/app/uploads/2018/11/AdSCFTcover_02_2880x1620-2880x1620-scaled.jpg)
[:es]How Holography Could Help Solve Quantum Gravity[:]
In the latest campaign to reconcile Einstein’s theory of gravity with quantum mechanics, many physicists are studying how a higher dimensional space that includes gravity arises like a hologram from […]
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![[:es]In the Nucleus, Genes’ Activity Might Depend on Their Location[:]](https://katedra.eus/app/uploads/2018/11/NucleusDNA_2600_32-scaled.gif)
[:es]In the Nucleus, Genes’ Activity Might Depend on Their Location[:]
Using a new CRISPR-based technique, researchers are examining how the position of DNA within the nucleus affects gene expression and cell function.
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![[:es]Scientists Learn the Ropes on Tying Molecular Knots[:]](https://katedra.eus/app/uploads/2018/11/Pentafoil_2880x1620-2880x1620-scaled.jpg)
[:es]Scientists Learn the Ropes on Tying Molecular Knots[:]
As chemists tie the most complicated molecular knot yet, biophysicists create a “periodic table” that describes what kinds of knots are possible.
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![[:es]Scientists Learn the Ropes on Tying Molecular Knots[:]](https://katedra.eus/app/uploads/2018/11/Pentafoil_2880x1620-2880x1620-scaled.jpg)
[:es]Scientists Learn the Ropes on Tying Molecular Knots[:]
As chemists tie the most complicated molecular knot yet, biophysicists create a “periodic table” that describes what kinds of knots are possible.
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![[:es]The (Imaginary) Numbers at the Edge of Reality[:]](https://katedra.eus/app/uploads/2018/10/ImaginaryNumbers_2880x1620-2880x1620-scaled.jpg)
[:es]The (Imaginary) Numbers at the Edge of Reality[:]
Odd enough to potentially model the strangeness of the physical world, complex numbers with “imaginary” components are rooted in the familiar.
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![[:es]The (Imaginary) Numbers at the Edge of Reality[:]](https://katedra.eus/app/uploads/2018/10/ImaginaryNumbers_2880x1620-2880x1620-scaled.jpg)
[:es]The (Imaginary) Numbers at the Edge of Reality[:]
Odd enough to potentially model the strangeness of the physical world, complex numbers with “imaginary” components are rooted in the familiar.
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![[:es]A Proof About Where Symmetries Can’t Exist[:]](https://katedra.eus/app/uploads/2018/10/Fold_2880x1620-2880x1620-scaled.jpg)
[:es]A Proof About Where Symmetries Can’t Exist[:]
In a major mathematical achievement, a small team of researchers has proven Zimmer’s conjecture.
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![[:es]Why the Many-Worlds Interpretation Has Many Problems[:]](https://katedra.eus/app/uploads/2018/10/ManyWorlds_2880x1620_v1-2880x1620-scaled.jpg)
[:es]Why the Many-Worlds Interpretation Has Many Problems[:]
The idea that the universe splits into multiple realities with every measurement has become an increasingly popular proposed solution to the mysteries of quantum mechanics. But this “many-worlds interpretation” is […]
