Space1 Remote Flora Fauna Study Tips

Tips on Remote Flora and Fauna Study

The main conditions to look for are increased atmospheric transparency, opacity and the time of day. The early morning and late evening can create a stark shadow cast but don't go too deep on the shadows or they can overlap and block other views. Early mornings may retain fog until the afternoon sun burns it off.

Seasonal variations may cause fog in the morning and rain mist and haze will all block viewing. Do not exceed the criteria of magnification per unit inch aperture and do employ methods of amping the equipment. Stop study and protects all instruments and accessories during periods of air pollution and smoke as it can etch and ruin a delicate telescopes surface optics dielectric glass and mirror coatings. Light mist can deliver high concentrations of acid rain, which is deadly to humans and scientific equipment.

The correct character selection filters will penetrate the atmosphere resulting in greater clarity. Red and IR are both atmosphere penetrating so choose a CCD with matching sensitivity. Use a manually positioned mount and a camera holder for stability. Once a subject of protracted study is found, capture video for later processing. Capture stills of high resolution for counting plants and mapping the distribution of forest jungle. Remember, the elevation of the mountain will determine the range possible for the study. A flat plane shows detail out to about 24 miles, after which the curvature of the Earth will block the surface features.

https://space1usa.blogspot.com/2019/10/tips-on-remote-flora-and-fauna-study.html
https://space1usa.blogspot.com/2019/10/singularity-observatory-study-of-remote.html
https://space1usa.blogspot.com/2019/10/humanoido-supplement-to-singularity.html

Space1 CyberSpace Program

CyberSpace Program
Years ago, in the 80s and 90s, a streamlined Remote Robotic Cyberspace Telescope was developed that gave people across the world an opportunity to log on, select a deep sky object from a Messier and selected objects list, select a CCD camera, automatically move the telescope to the object, and take a picture.

Humanoido's widely popular robotic telescope was used by professionals, schools and various universities, amateur astronomers and interested individuals to explore space. It also held a wealth of information, multiple databases, and color sky maps for all 101 Messier objects. It was ahead of its time, as it held a droid capable of helping you set up the telescope, change eyepieces, time exposures, and do other telescope keeping duties.

Fast forward 38 years into the future. Things have greatly changed in the world, and Humanoido is still ahead of time, now conducting SPACE1, a private industry space program for taking citizens into space for tourism. He is now pondering a CyberSpace Rocket Program, where potentially space enthusiasts could log on the cyber-birthed space program, select a rocket and mission, and prepare to go into space.

How far reaching the CyberSpace Program becomes is the billion dollar question. Will it catch on to include general space tourism, or open the door follow a path to the Earth's Moon? Will it take you to other planets like Mars and their moons for colonization or simply provide visiting and mining rights to comets and asteroids?

Could the new space program take space traveling Denizins to other star systems on the other side of the galaxy? Can the Cyber Space Program develop and explore new methods of stellar propulsion to the stars? Can other technology combine, such as the Elevation Machine?

What can Cyber Space do for Space1? Stay tuned as this new raw frontier unfolds new potential vistas heretofore unconsidered in the ever expanding realm of SPACE1.

Space1 Rocket Control

As temperatures globally climb this summer season, weather makes it potentially hot enough to cause heat stroke while working or waiting on the launch pad in the sun, working during tests, and other conditions.

As a result, the necessity for a different type of mission and a more safe environmental is mandated.

One solution to the rocket control approach is the same solution achieved for telescopes in the 1970s, invented by Humanoido, particularly that of the Cyber Space Remote Controlled Telescope. See illustrations. This telescope used the internet for remote control of the observatory, inclusive of a domed enclosure, robot droids, oculars, CCD camera, database, star maps, spotting mode, and the telescope's positioning computer for the acquisition of celestial Messier and selected objects.

While control of the rocket can be achieved through internet by similar means, it's far more practical to use a localized form of remote control. One consideration is that of specialized radio. Radio is fully developed and can be controlled by a computer, controller or portable device app. Space1 is currently considering new space missions that use remote control.

Illustrations: Humanoido's original article described how to build a remote controlled Cyber Space web telescope. Digital image of the Moon captured by the author through the refracting GOTO telescope. One of the Cyber Space Telescope's control panels shows status for oculars, focal ratio, robot droids, zoom mode, reserve power and starmap in progress. Humanoido

Space1 Contact
http://space1usa.blogspot.tw/2017/06/space1-contact.html
Space1 Index
http://space1usa.blogspot.tw/2015/12/space1-index_16.html
Space1 Index Big Brain Site Prior to 2014
http://space1usa.blogspot.tw/2017/05/space1-big-brain-index-of-space.html
Space1 Home
http://space1usa.blogspot.tw/
Space1 Profile 2017
http://space1usa.blogspot.tw/2017/03/space1-space-profile.html
About Space1 from the Founder
http://humanoidolabs.blogspot.tw/2015/01/about-space1-from-founder.html

Humanoid Robots Home
http://humanoidslabs.blogspot.tw/
Humanoid Robots Index
http://humanoidslabs.blogspot.tw/2017/02/humanoid-robots-index.html

Big Brain Home
http://humanoidolabs.blogspot.tw/
Big Brain Index 1
http://humanoidolabs.blogspot.tw/2016/12/fill-brain-project-searchable-thread.html
Big Brain Index 2
http://humanoidolabs.blogspot.tw/2016/12/big-brain-web-site-index.html
Big Brain Timeline
http://humanoidolabs.blogspot.tw/2016/12/big-brain-timeline_1.html
Big Brain Contributions
http://humanoidolabs.blogspot.tw/2016/12/big-brain-contributions_13.html

Space1 Space Power Remote

Wearable remotes can activate into VR screens and controls

Hand held remotes can control rockets, humanoid robots, chaser drones...

Space1 continues portable programming work on an advanced Space Power Remote

The Power Remote is an amazing portable device. It can communicate with various machines such as the humanoid robot robonaut, rocket, Chaser Drone, and other devices. It gives controlling commands to launch the rocket, move and control the humanoid behavior, track telemetry, control the rocket Chaser Drone, track parameters such as flight statistics, altitude, downrange distance, and flight vehicle characteristics.

Space1 Tiny Space Shuttle

Space1 continues preparation towards the launch of a tiny space shuttle, large enough to transport equipment and personnel into space, and small enough to be flown back to the Earth, recovered and reused.

The space plane is designed to be flown with or without a pilot. The shuttle is ideal in supplementing Space1's objective for space tourism.

This year, the Space1 fleet now expands to two developed shuttles and scheduled tests at the USA Spaceport.

The shuttle is a space plane and part of a rocket system to loft the plane into space whereupon the craft will reenter upon mission completion for the trip home. It remains to be seen exactly how many space tourist will ride inside the space plane.

The powerful engine is contained inside the rocket system, making the space plane extremely light and ideal for lofting and gliding. The plane uses NWM, Near Weightless Material, which is machined to conformity.

Space1 Index