Space1 Photonic Penetrator

The solar Corona is best seen during a solar eclipse when the Moon blocks sunlight

Exampling Photonic Penetrator star craft designed to space tour inside solar coronas

The new Space1 Photonic Penetrator is a star craft designed to penetrate deep into the solar corona of hot suns for the ultimate excitement in space tourism. The craft is very heavy in insulating against thermodynamics and solar radiation using active photonic shielding and hull plating construction techniques from the Thermionic Penetrator. The craft is designed to withstand 10,832 degrees F.

Inside the Corona, the temperature can rise to several million degrees. The Photonic Penetrator can dive in and out of the Solar Corona momentarily for a spectacular ride, but will likely spend most of its time at the outskirts.

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Space1 Thermionic Penetrator

Illustration shows a semi-charred thermionic planet and one Thermionic Penetrator in orbit. In the foreground, a thermionic space station remains in a higher orbit to supply and re-station the thermionic craft after its mission is completed.

A thermionic solar system where wild thermionics have engulfed a planet and its moon. Space
tourism to thermionic systems is extremely exciting where active and spectacular blazing
colorful visions of widely explosive vortexes and extreme eddies are constantly erupting and
changing.

Take a wild ride in the Thermionic Penetrator to new worlds unatainable by conventional space travel!

Humanoido has invented the Thermionic Penetrator for Space1, a craft designed to break through the intense thermionic emission barriers that exist on planets orbiting very close to their stars. The Thermionic Penetrator can function within a realm of intense heat, hot enough to melt metal. The star craft is composed of active layered nano-technology shielding designed to withstand intense thermal radiation for sustained periods of time.

Twenty to fifty years of additional testing and development are a prerequisite to the project. First tests will likely be in the vicinity of Venus and Mercury, two extremely hot planets orbiting close to their sun. The average temperature on Venus is 864 degrees F. and Mercury is 800 degrees. The melting point of lead is 621.5 deg.

It's currently thought that spinoff technology from the Mark 1 Thermionic Penetrator would lead to a super craft that could venture deep into a sun's photosphere where the travel experience would be wildly fantastic with a myriad of changing colorful photonic oceans of waves, swirls and eddies. The craft, as a Photospheric or Photonic Penetrator, could serve space tourism with fantastic missions to the sun.

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Space1 Space Weather Station

LEFT: A deadly space storm of protons and radiation particles slammed into SOHO's LASCO C3 imager within 15 minutes of a flare on May 17, 2012. 
source

SPACE1 has its own local Earth weather station to study and examine the Earth's atmospheric conditions, changing weather patterns and parameters for rocket launch and astronomy. But is this enough for space tourism?

Now SPACE1 has created a Space Weather Station, and added the Space Weather division - joining forces with the astronomical observatory laboratory, which monitors space weather for space travel.

Space weather includes the rain of particles from space and the Sun. This may include flares, supernova, solar wind, cosmic rays, heavy neutrons, protons, xrays, gamma ray bursts, and other harmful particles. These harmful particles may effect space walks, ejectables, electronics, processors, sensitive equipment, nano devices, and craft such as drop satellites and other devices. Predicting space weather is an important part of space tourism.

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Space1 Rocket Radiation Protection

Giant solar flare prominence poses a radiation threat to space travelers

SPACE1 ROCKET RADIATION PRO-
TECTION

Trips into deep space and those into the limits of space pose a dangerous threat to astronauts in the form of radiation.

The earth's atmosphere and magneto-sphere helps protect from dangerous radiation from the sun, solar particles, solar flares, xrays, and farther out beyond the solar system - incoming cosmic rays.

Space1 is committed to a perfect safety record and will use space hardened equipment and materials where necessary.

The entire concept of the Safety Rocket is designed to protect astronauts.

Special chosen flight paths using suborbital rockets are conducive to this protection as well.

Even in low Earth orbit, cosmic radiation is nowhere near as harsh as it is elsewhere in the solar system there are benefits from some of the protective effects of the Earth.

Humans will have radiation protection and this includes protecting everything from flight computers to artificial life forms that may also be on board during tourist missions.

The methods of becoming space hardened are not too complicated. For microprocessor chips and boards, and other sensitive devices, small leaflets of lead may be imposed. Water may also surround either occupants or equipment. However, water is heavy and its use is somewhat doubtful.

Another method is the angle of incoming particle rays which will include angular compensation to modify particle dynamics and their trajectories.

A technique known as RM or risk minimization, by limiting the duration of the space flight, can become an important factor as well.

Cosmic radiation originates from various locations in the Universe. HZE particles are the nuclei of heavy elements moving at very high velocities, and are largely created when a star explodes in a supernova. Other high-energy particles are ejected from the sun during events called coronal mass ejections.

SPACE1 TECHNIQUES OF RADIATION PROTECTION
* Lead Lining
* AntiRadiation Fabric
* Particle Dynamic Trajectory
* Hydrogen Block
* Water Lining
* RM Risk Minimization