4. 量子超光速通信:理论与实验(1999-2004)《量子运动与超光速通信》(2000)
北京广播学院学报(自然科学版), 11, (2004) 78-86
Found. Phys. Lett, 17(2), (2004) 167-182
物理学基础快报文章浏览量上曾列第二,受到广泛关注。
I agree with you that, if you modify quantum mechanics in such a way that an NSDD
become possible and if you leave everything else the same, there might be a possibility
for superluminal communication.
---Philippe Eberhard [lbl.gov]
I sympathize with the general ideas of your project: that there is a real inconsistency
between SR and QM…If you can work out the details of the experiment you have
in mind, you will be making an important contribution to physics.
---Abner Shimony [bu.edu]
14. 暗能量的量子时空解释决定宇宙未来命运的爱因斯坦方程:
上述量子涨落能量不是量子场论中的真空零点能。这一零点能的最低频率
也会产生比观测暗能量值更大的能量。
The point that an holographic number of modes with the lowest frequency give
the vacuum energy in order of magnitude is noteworthy. It may hide something.
------ Jacob D. Bekenstein, 2004/3/9
15. 量子研究所 ( Institute of Quantum )量子研究所是一家私立科学研究机构。主要从事量子理论基础,相对论基础,量子超光速通信,量子意识等方面的理论和实验研究。研究资金主要来源于社会和个人资助,公司投资和国家基金等。
18. 关于量子超光速通信的一些工作[1] 高山. 量子运动与超光速通信[M]. 北京: 中国广播电视出版社, 2000
[2] Gao Shan, Revised quantum dynamics permits superluminal communication, Quantum Mind Digest, #2000-10 (2000)
[3] 高山,量子超光速通信,CN 1316836A,发明专利公报,17(41), (2001) 122
[4] Gao Shan, A quantum method to test the existence of consciousness, The Noetic Journal, 3(3), (2002) 233-235
[5] Gao Shan, A possible way for getting information out of a black hole, The Noetic Journal, 4(3), (2003) 121-133
[6] 高山. 量子[M]. 北京: 清华大学出版社, 2003
[7] Gao Shan, Quantum collapse, consciousness and superluminal communication, Found. Phys. Lett, 17(2), (2004) 167-182
[8] 高山,关于量子超光速通信的一个理论设想[J],北京广播学院学报(自然科学版), 11, (2004) 78-86