To comply with security and airline protocol, air travelers should arrive at the airport well in advance of their flight. Without realizing the probability of adverse conditions at the time of the scheduled departure, they may experience inconvenient delays at the airport. Delays can be short and relatively easy to manage, or they can cause long hours of waiting in crowded airports. Flight delays can even cause forced overnight stays at local hotels or inside the terminal. Travelers could benefit from knowing the likelihood of a delay as it could help them prepare for the wait time. Can an app be developed that predicts the impact of weather on airplane departure times?
Glasgow locatio
Welcome to the Interplanetary-Timetable wiki!
Travel to infinity and beyond
Introduction
Topic: Transport via solar winds to inter planetary transport gateway and beyond
Start: Earth
Finish: Any planet but initially Mars
This will be a phone application where you input your start point and end point which will work out the optimum journey direction and time. Initially we will look at a journey to Mars but will expand to further planets going forward. We are assuming that we are able to use solar or beam driven sails
When we are trying to arbitrate the journey to Mars from Earth at its simplest we must be aware that we would need to understand when the optimum period for the Earth and Mars are aligned.
This may give us the shortest distance but not the safest optimum journey.
The first consideration is the safest journey so we need to understand the risk profile so for instance sun induced dangers like solar flares or potential stationary dangers. This information would be used between our source and destination to therefore provide an enhanced experience.
The approach would be modular and as better sources become available, better transport and a greater understanding of dangers would improve the accuracy of the application. The application would connect to all data sources and use these to improve the results so we will build on existing information and data sources and by integrating these together will provide us something greater than the sum of the components.
Considerations include but are not limited to solar winds, solar flares, interplanetary transport network, and gravitational assist, electromagnetic factors.
Uses
The information has scope to be included as part of planetary journey planning, simulation and leisure activities.
Road Map
Build a prototype with using Earth to Mar rotational only. Ensure MMI is aesthetically pleasing
Add in Sun solar calendar and add additional Planet or Moon
Add in Solar winds and add additional Planet or Moon
Add in Gravity assist concepts and add additional Planet or Moon
Add in Electromagnetic dangers and add additional Planet or Moon
Add in solar system stationary objects and add additional Planet or Moon
Add in Interplanetary Transport Network and add additional Planet or Moon
Information Check List
Start – Earth
End – Mars
Can we use a Gravity SLINGSHOT assist ?
Yes
Increase
Or
Decrease
No
Can we use solar wind ?
Yes
Increase
North Sun
Or
South Sun
Or
Decrease
Centre Sun
Can we use interplanetary transport network ?
Yes
Where
No
Data requirements
DATA ON THE BITS THAT WE NEED, WE NEED TO KNOW IF WE HAVE ANY MAPS ON SOLAR WINDS, WE NEED TO KNOW IF WE HAVE ANY SOLAR WINDS. WE ALSO NEED TO CONSIDER THE FORCES. LIKE GRAVITY AND FRICTION and their relation to time. Information on SOLAR FLARES. GRAVITY. COSMIC RAYS. RADIATION. PREDICT WHEN THERE IS EXTRA RADIATION OR SOLAR FLARES.
Capture the speed, density and direction of the solar winds.
Finish Mars