A new spectrometer for planetary exploration
A novel liquid crystal waveguide architecture enables electro-optic Fourier transform spectrometers on a chip scale.
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admin August 7th, 2008 Astronomy
Advanced mid-IR remote sensing for planetary exploration
Liquid saltwater is likely present on Mars
Tiny spectrometer enables cost-effective space-borne sensing
First rocket parts of NASA’s new launch system arrive in Florida
Hawaii lavas yield fingerprint of planetary formation
Astronomers discover an extrasolar planet with a highly tilted orbit
Planetary Science Institute founder William K. Hartmann named 2010 Barringer Medal winner.
Digital optical spectrometer-on-chip
Scientists obtain detailed information into the heart of two planetary systems
Self-cleaning photonic coatings
Gamma-ray evidence suggests ancient Mars had oceans
Richest planetary system discovered
Cassini and amateurs chase storm on Saturn
An efficient facility spectrometer for the European extremely large telescope
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