Scientific American

Scientific American

[:es]Quantum Time Twist Offers a Way to Create Schrödinger’s Clock[:]

[:es]Physicists describe a way to merge quantum theory with Einstein’s special theory of relativity—and even a method to test it experimentally[:]
Scientific American

[:es]Do We Live in a Simulation? Chances Are about 50–50[:]

[:es]Gauging whether or not we dwell inside someone else’s computer may come down to advanced AI research—or measurements at the frontiers of cosmology[:]
Scientific American

[:es]‘Hybrid’ Quantum Networking Demonstrated for First Time[:]

[:es]By exploiting the wave-and-particle-like nature of light, a new technique offers the best of both worlds[:]
Scientific American

[:es]Tiny Gravitational-Wave Detector Could Search Anywhere in the Sky[:]

[:es]A much smaller and more reproducible version of LIGO could transform gravitational-wave astronomy[:]
Scientific American

[:es]Why Do People Avoid Facts That Could Help Them?[:]

[:es]Several studies suggest that individuals widely prefer to remain ignorant about information that would benefit them when it’s painful—and sometimes when it’s pleasurable[:]
Scientific American

[:es]Rethinking Easter Island’s Historic ‘Collapse’[:]

[:es]Controversial new archaeological research casts doubt on a classic theory of this famous island’s societal collapse[:]
Scientific American

[:es]Earliest ‘Chickens’ Were Actually Pheasants[:]

[:es]A new analysis ruffles the story of poultry domestication [:]
Scientific American

[:es]Will the Earth ‘Remember’ the Coronavirus Pandemic?[:]

[:es]Tree rings, ice cores and sediment deposits could record changes in pollution during the global shutdown[:]
Scientific American

[:es]Global CO2 Emissions Saw Record Drop During Pandemic Lockdown[:]

[:es]The decline shows how far there is to go to curtail greenhouse gases over the long term[:]