Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Nowadays there are two big obstacles for further progress in CMOS device technology. The energy dissipation due to leakage and the energy required to copy information beten memory and processor. Even though cutting the por of unused circuits reduces the leakage dissipation to zero, it causes the loss of the locally stored information. Thus, it must be copied back from memory, when the circuit is turned on again. This, unfortunately, degrades the already strained available bandwidth beten memory and processor. Using non-volatile elements which can serve as memory and information processing units is an attractive path to overcome these limitations in future computation environments. Therefore,  propose non-volatile circuits based on magnetic flip flops and non-volatile shift registers that extensively exploit these features. For the copy operation of the shift register  have proposed to traverse an unpolarized current through a portion of the read flip flops' free layer to create a spin polarized magnetization orientation encoded current and pass it to a subsequent free layer. There it exerts a spin-transfer torque and switches with the aid of a second clocked spin-transfer torque the subsequent layer. In order to test the feasibility of the operation procedure  reduce the shift register to two flip flops and study all possible input and output combinations via extensive simulations.  found that the switching behaves exactly as required for the proposed copy operation. Thus the feasibility of the operation as ll as the operationability of the shift register are demonstrated.
['Thomas Windbacher', 'Alexander Makarov', 'Viktor Sverdlov', 'Siegfried Selberherr']
I am writing a research paper on a idea The exploitation of magnetization orientation encoded spin-transfer torque for an ultra dense non-volatile magnetic shift register
[{"from": "human", "value": "I am writing a research paper on a idea The exploitation of magnetization orientation encoded spin-transfer torque for an ultra dense non-volatile magnetic shift register"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Nowadays there are two big obstacles for further progress in CMOS device technology. The energy dissipation due to leakage and the energy required to copy information beten memory and processor. Even though cutting the por of unused circuits reduces the leakage dissipation to zero, it causes the loss of the locally stored information. Thus, it must be copied back from memory, when the circuit is turned on again. This, unfortunately, degrades the already strained available bandwidth beten memory and processor. Using non-volatile elements which can serve as memory and information processing units is an attractive path to overcome these limitations in future computation environments. Therefore,  propose non-volatile circuits based on magnetic flip flops and non-volatile shift registers that extensively exploit these features. For the copy operation of the shift register  have proposed to traverse an unpolarized current through a portion of the read flip flops' free layer to create a spin polarized magnetization orientation encoded current and pass it to a subsequent free layer. There it exerts a spin-transfer torque and switches with the aid of a second clocked spin-transfer torque the subsequent layer. In order to test the feasibility of the operation procedure  reduce the shift register to two flip flops and study all possible input and output combinations via extensive simulations.  found that the switching behaves exactly as required for the proposed copy operation. Thus the feasibility of the operation as ll as the operationability of the shift register are demonstrated."}]