near the bottom of the eyeball as shown by 121 221 321 421 and 521 and thus will again be away out of the way from the line of sight this is illustrated again in fig1 and 5 by the lines 131 and 531 but it is shown in the lower part of the eye where the magnetic particles have fallen under the force of gravity to the bottom of the eyeball thus in either case the magnetic particles would be out of the way from the line of sight of the patient and we would expect that they will not create any blurriness or undesirable effect to the patient 39 s vision this turning on and off of the electro magnets should ideally be done under an expert eye doctor and while the doctor is looking at the inside of the eye with his regular proper instrumentation which are used to examine the insides of patients eyes as mentioned above under the section on u201c advantages of the proposed solutions u201d one of our hopes and goals is to find a way that would avoid or eliminate the need for a second surgical intervention which would most probably be required to remove the magnetic material which was injected into the patient 39 s eye during the first surgery if we had used regular magnetic material during that first surgery we feel that if we use a magnetic material that is degradable over time then we would accomplish this goal and we would not need any second surgeries so we feel that the next phase should be to try to find a degradable magnetic material.