Blue Origin successfully tests capsule safety, lands booster
https://www.youtube.com/watch?v=LcT0JR1FEMI

Dnes v roce 1995!
51 Pegasi b - Wikipedia, the free encyclopedia
https://en.wikipedia.org/wiki/51_Pegasi_b

HOWKING: Protože kdyby to dopadlo nějak takhle, nebylo by to jen "nudných" 150 mega navíc, ale bylo by utrum na 20 - 40 let. To si nikdo nelajzne.

Začalo naklánění
http://www.jwst.nasa.gov/

The local spiral structure of the Milky Way
The local spiral structure of the Milky Way | Science Advances
http://advances.sciencemag.org/content/2/9/e1600878.full

The nature of the spiral structure of the Milky Way has long been debated. Only in the last decade have astronomers been able
to accurately measure distances to a substantial number of high-mass star-forming regions, the classic tracers of spiral structure
in galaxies. We report distance measurements at radio wavelengths using the Very Long Baseline Array for eight regions of massive
star formation near the Local spiral arm of the Milky Way. Combined with previous measurements, these observations reveal that the
Local Arm is larger than previously thought, and both its pitch angle and star formation rate are comparable to those of the Galaxy’s
major spiral arms, such as Sagittarius and Perseus. Toward the constellation Cygnus, sources in the Local Arm extend for a great
distance along our line of sight and roughly along the solar orbit. Because of this orientation, these sources cluster both on the sky
and in velocity to form the complex and long enigmatic Cygnus X region. We also identify a spur that branches between the Local and
Sagittarius spiral arms.

Astronomers find a planet through a never-before-used method
They used pulsation to confirm a long-period planet around a Kepler candidate world.
Astronomers find a planet through a never-before-used method | Astronomy.com
http://www.astronomy.com/news/2016/10/astronomers-find-a-planet-through-a-never-before-used-method

Astronomers find most exoplanets from indirect signals, noticing changes in the light of the planet’s host star instead of by seeing the planet itself.
But some stars’ light changes all on its own, making these methods tricky at best. KIC 7917485b is the first exoplanet identified around a main sequence
A-type star from its orbital motion, and the first found near an A -typestar’s habitable zone.

A-type stars are bigger and hotter than most stars in the Kepler catalog and tend to be noisy, changing brightness at regular intervals. This dimming and
brightening can be hard to untangle from, for instance, a planet transiting and dimming its light. As such, while there’s no reason for A-type stars not
to have planets, it’s been difficult for astronomers to identify them. So far, the few exoplanets found around A-type stars are either from direct imaging
(which can only, where the planets are very far from their star, or from transits where the planets are very close to the star, where the signal is strong.