India’s First Netflix Series Is More Reflective and Urgent on Return

Upon its debut last year, Sacred Games was given a ringing endorsement from most Indian viewers, who believed they had finally gotten a local original series that attempted to follow in the footsteps of prestige TV era that has brought about a new age of golden television in the US. (It had its faults for sure, which we have previously documented.) Through its global success remains debatable since the Netflix rating department doesn't have an open-door policy, Sacred Games is clearly a phenomenon in India. In turn, that means there's greater pressure on the cast and crew to deliver on the show's return, with Sacred Games season 2 out midnight on Thursday.

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Party Pairs

Atoms in a gas can seem like partiers at a nanoscopic rave, with particles zipping around, pairing up, and flying off again in a seemingly random fashion. And yet physicists have come up with formulas that predict this behavior, even when the atoms are extremely close together and can tug and pull on each other in complicated ways. The environment within the nucleus of a single atom seems similar, with protons and neutrons also dancing about. But because the nucleus is such a compact space, scientists have struggled to pin down the behavior of these particles, known as nucleons, in an atom’s nucleus. Models that describe the interactions of nucleons that are far apart broken down when the particles pair up and interact at close range. Now an MIT-led team has simulated the behavior of protons and neutrons in several types of atomic nuclei, using some of the most powerful supercomputers in the world. The team explored a wide range of nuclear interaction models and found, surprising...

Super-Resolution Imaging

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Time-Stretch Infrared Spectroscopy

Spectroscopy is an important tool of observation in many areas of science and industry. Infrared spectroscopy is especially important in the world of chemistry where it is used to analyze and identify different molecules. The current state-of-the-art method can make approximately 1 million observations per second. University of Tokyo researchers have greatly surpassed this figure with a new method about 100 times faster. From climate science to safety systems, manufacture to quality control of foodstuffs, infrared spectroscopy is used in so many academic and industrial fields that it’s a ubiquitous, albeit invisible, part of everyday life. In essence, infrared spectroscopy is a way to identify what molecules are present in a sample of a substance with a high degree of accuracy. The basic idea has been around for decades and has undergone improvements along the way. In general, infrared spectroscopy works by measuring infrared light transmitted or reflected from molecules in a sa...

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