How to detect an exoplanet
You don’t need a high-powered telescope to spot the signature of an alien world
Read more at spectrum.ieee.org
physics4me
physicsgg
Categories
- ASTROBIOLOGY (83)
- Astrochemistry (12)
- ASTRONOMY (680)
- ASTROPHYSICS (561)
- ATOMIC PHYSICS (56)
- BIOLOGY (83)
- Chemistry (56)
- COSMOLOGY (377)
- DARK ENERGY (47)
- DARK MATTER (81)
- EDUCATION (63)
- ELECTROMAGNETISM (21)
- Fluid Dynamics (13)
- GEOLOGY (17)
- High Energy Physics (421)
- History and Philosophy of Physics (96)
- HUMOR (37)
- Materials Science (52)
- MATHEMATICS (84)
- mechanics (22)
- meteorology (13)
- MUSIC (7)
- Neuroscience (12)
- NUCLEAR ASTROPHYSICS (30)
- NUCLEAR PHYSICS (86)
- philosophy (26)
- PHYSICS (108)
- Poetry (2)
- Psychological Sciences (3)
- QUANTUM PHYSICS (296)
- RELATIVITY (212)
- Science fiction (17)
- SPACE (345)
- Statistical Mechanics (17)
- STRING THEORY (6)
- TECHNOLOGY (149)
- Thermodynamics (42)
- UFO (6)
- Uncategorized (93)
- VIDEO EXPERIMENT (4)
- waves (14)
Tags
ANTIMATTER ASTEROID Asteroids ATLAS Big Bang BLACK HOLES Casimir Effect Cassini CERN Chandra CMS Comet cosmic microwave background Curiosity DNA Earth EINSTEIN ESO exoplanets Extraterrestrial life Galaxies Galaxy graphene Gravitational Waves GRAVITY Hawking Herschel HIGGS Hubble Hubble Space Telescope inflation International Space Station Jupiter Kepler LHC LIGO Magnetic field mars mechanics Milky Way Moon Multiverse NASA neutrino neutrinos neutron stars Nobel Opera experiment Optics Phobos Pluto quantum computers Quantum computing Quasars robots satellites Saturn Schrödinger SETI space shuttle speed of light Spitzer Stephen Hawking Steven Weinberg String Theory Sun Superconductivity Supernova Teleportation Telescopes Tevatron TITAN Universe Very Large Telescope VoyagerArchives
Blog Stats
- 1,110,719 hits
physics4me 
Leave a Reply