here my invention in itransportation , its coppyrighted, a ball of 88 kg can be lifted to 880 meters and will be accelerated in an incline of 880 km length to 88 m/s speed in 8.8 sec , the ball will go down with initial speed of 88 m/s and will increase in speed across the 880 km until ground due to gravity acceleration until speed of 141 m/s when reaches ground , it will spend 7500 seconds , final speed is 141 m/s and distance cut is 880 km , the result speed can be converted back to energy , the converted energy is equal to the energy of lifting the ball and accelerating it , therefore the system will use no energy except for losses , another incline can be installed the back way or forward to cut another 880 km and until finishes a full loop around earth until start point without spending energy because each time energy used for lifting and acceleration will be retaken from the ball , but in reality losses and convertion effeciency will make losses , a system can be built around earth with one incline but needs ideal system or accurate system practically or smaller inclines can be built like 88 meters height and 8800 meter length and making 100 inclines will make 880 km distance , 88 kg ball may take energy not more than 8.8 kw to lift it to 88 meters in a short time and some energy for acceleration and will cut 8800 meters in a short time and all energy will go back at end of path , also the final speed can be used to rise forward to another incline with acute angle upward and some more energy can be added to reach up and accelerate again , without need for energy conversion and reuse , so each 8.8 km ended the ball will go up again using its own speed no need to lift and too much little energy added to complete its way up and accelerate again because the ball stored the whole given energy to it of lifting and of acceleration , a ball can be replaced by a buss or a car or a bike , so a biker will accelerate or add some energy when he goes back up and accelerate alittle , so a biker will spend no effort to travel from china to europe in a high speed he only will use stairs in china and he will reach europe with spending no energy idealy but in life he will spend a little of energy , this system can be used in generating electrisity too .

Edited 1 hour ago1 hr by newman.orion
Incorrect title

16 minutes ago, newman.orion said:

here my invention in itransportation , its coppyrighted, a ball of 88 kg can be lifted to 880 meters and will be accelerated in an incline of 880 km length to 88 m/s speed in 8.8 sec , the ball will go down with initial speed of 88 m/s and will increase in speed across the 880 km until ground due to gravity acceleration until speed of 141 m/s when reaches ground , it will spend 7500 seconds , final speed is 141 m/s and distance cut is 880 km , the result speed can be converted back to energy , the converted energy is equal to the energy of lifting the ball and accelerating it , therefore the system will use no energy except for losses , another incline can be installed the back way or forward to cut another 880 km and until finishes a full loop around earth until start point without spending energy because each time energy used for lifting and acceleration will be retaken from the ball , but in reality losses and convertion effeciency will make losses , a system can be built around earth with one incline but needs ideal system or accurate system practically or smaller inclines can be built like 88 meters height and 8800 meter length and making 100 inclines will make 880 km distance , 88 kg ball may take energy not more than 8.8 kw to lift it to 88 meters in a short time and some energy for acceleration and will cut 8800 meters in a short time and all energy will go back at end of path , also the final speed can be used to rise forward to another incline with acute angle upward and some more energy can be added to reach up and accelerate again , without need for energy conversion and reuse , so each 8.8 km ended the ball will go up again using its own speed no need to lift and too much little energy added to complete its way up and accelerate again because the ball stored the whole given energy to it of lifting and of acceleration , a ball can be replaced by a buss or a car or a bike , so a biker will accelerate or add some energy when he goes back up and accelerate alittle , so a biker will spend no effort to travel from china to europe in a high speed he only will use stairs in china and he will reach europe with spending no energy idealy but in life he will spend a little of energy , this system can be used in generating electrisity too .

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