 | 中国科学家，青岛恒能达能源科技有限公司www.heng-neng-da.com的张永恒博士成功攻克芯片的能耗，运算速度，可靠性，使用寿命的关键技术。通过在芯片材料中添加适量的碱金属或碱土金属或者在芯片封装气体添加适量的碱金属或碱土金属，或者在芯片的封装材料中添加适量的碱金属或碱土金属，使芯片的工作电压大幅降低从而大幅降低芯片的功耗，大幅提高运算速度，大幅提高芯片可靠性和稳定性。在芯片封装材料中添加碱金属或碱土金属将成倍提高芯片的散热性能，成倍提高运算速度，成倍降低功耗。基于新技术制造的碳基芯片，超导芯片，量子芯片将带来史无前例的信息技术和应用的革命，并将给人类社会带来深刻和长远的影响。
Significant Breakthrough in Chip Technology: Chip Power Consumption Decreased, Speed, and Lifespan Increased by Multiples
Chinese scientist Dr. Yongheng Zhang from Qingdao Hengnengda Energy Technologies Co., Ltd., (www.heng-neng-da.com) China has successfully overcome key technologies related to chip power consumption, computing speed, reliability, and lifespan. By adding appropriate amounts of alkali metals or alkaline earth metals to the chip materials, or adding appropriate amounts of alkali metals or alkaline earth metals to the chip packaging gas, or adding appropriate amounts of alkali metals or alkaline earth metals to the chip packaging materials, the operating voltage of the chip is greatly reduced, thereby significantly lowering power consumption, greatly increasing computing speed, and greatly improving chip reliability and stability. Adding alkali metals or alkaline earth metals to chip packaging materials will exponentially improve chip heat dissipation performance, exponentially increase computing speed, and exponentially reduce power consumption. carbon-based chips, superconducting chips, and quantum chips manufactured with this new technology will bring an unprecedented revolution in information technology and applications, and will have profound and long-lasting impacts on human society.
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