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这里将产生新的科学理论，它们将引发物理学、意识科学、信息科学和通信技术的新的变革。 1．量子理论基础研究：运动是非连续的... 2．相对论基础研究：绝对参照系的存在和探测；超光速时空变换；单向光速可测... 3．量子超光速通信研究：超光速通信是可实现的；超越爱因斯坦的思想... 4．量子意识研究：意识是物质的基本性质；意识的量子计算模型；量子意识理论... 5．量子引力研究：理论物理学的圣杯... 6．暗能量研究：当今物理学的一个最大神秘... 7．其它研究：分立时空；粒子结构；时间机器...
研究目标：完善量子理论；给出量子理论的物理解释；建立量子理论的逻辑基础。 研究专著：《量子运动与超光速通信》；《量子》 研究论文： A wavefucntion collapse model in discrete space-time, submitted to Physics Letters A. New Quantum mechanics and discontinuous motion of particles, submitted to Studies In History and Philosophy of Science Part B: Studies In History and Philosophy of Modern Physics. What
quantum mechanics really describes: discontinuous motion of particles, to
appear in Galilean Electrodynamics, 15 (2), (2006) 1-10. The basis of discontinuous motion，2002/9 A suggested interpretation of the quantum theory in terms of discontinuous motion of particles，2002/8 published in NeuroQuantology, 3, (2004) 190-209 The basis of indeterminism, 2001/10 From
quantum motion to classical motion---seeking the lost reality, published in
Physics Essays 14 (1), (2001) 37-48. What is quantum field?, 2000/10 Double slit experiment, published in Quantum-Mind Digest, #2000-12, (2000) Who would not see the real face of Psi?, published in Quantum-Mind Digest, #2000-6, (2000) What does Psi tell us in hell?, published in Quantum-Mind Digest, #2000-4, (2000) Everyone can understand quantum mechanics，2000/1 We can know more in double-slit experiment，2000/1 Protective measurement and quantum motion, published in Quantum-Mind Digest, #1999-124, (1999) Three examples for understanding quantum motion, published in Quantum-Mind Digest, #1999-123, (1999) From quantum motion to classical motion, published in Quantum-Mind Digest, #1999-121, (1999) The Interpretation of Quantum Mechanics (II)，1999/7 The Interpretation of Quantum Mechanics (I)，1999/7 评论: Referee of 《Foundations of Physics》,2004/3/15 1. The idea of using discontinuous motion as a realist
interpretation of quantum mechanics is original. If it can be made to
work, it would add an interesting new ontology to our stock of quantum
mechanical interpretations. 2. There may be enough freedom in defining the discontinuous
world sets to be able to construct quantities in configuration space…
This may offer an interesting solution to the puzzle of how wave-functions
in configuration space may arise from an underlying reality in normal
physical space. There is of course the problem of mathematical consistency
and adequate existence proofs. 3. The discussion in the section entitled ‘The
discontinuous motion of particles in discrete space-time’ offers an
interesting vision of Plank scale phenomena. 4. The philosophical position in the section entitled ‘The
basis of discontinuous motion’, that lack of reason is a guiding
principle for physical behavior, though not new, is one that merits
greater exploration and is an interesting argument in favor of the
author's ideas. Leo Moseley and Naeem Jan (Department of Computer Science, Mathematics and Physics,Cave Hill Campus, U. W. I., Barbados and Department of Physics, St. Francis Xavier University, Antigonish,Nova Scotia, Canada B2G 2W5), 2000/9/28 Recently Gao Shan,in a series of papers describes an approach that leads, we believe, to a more consistent logical interpretation of QM. We feel that Gao Shan has added a significant element to the Copenhagen Interpretation of Quantum Mechanics which is closer to our classical logic. Philip P. Benjamin (U.S.A), 1999/12/26 A sense of relief at last! Gao has done it, with no metaphysics and magic. He seems to have no life-style to justify and no axe to grind against any belief system. Then pure physics and objectivity prevails. Antoine Suarez (Center for Quantum Philosophy, Institute of Indisciplinary Studies, P.O.Box 304, CH-8044 Zurich, Switzerland), 1999/3/17 I fully agree with your idea of discontinuous movement Philip Pearle (Hamilton College, Clinton, New York 13323, U.S.A), 1999/2/6 Your (QDM) equations seem to be very similar to the Bohm deBroglie Pilot Wave theory (nowadays called Bohmian mechanics by some). Indeed, I could not easily see how your ideas differ from those of Bohm. 目标：建立相对论的逻辑基础，扩展相对论框架。 研究专著：《量子运动与超光速通信》；《量子超光速通信》(即将出版) 研究论文： 相对论禁令的一个新证明
2004/9
New 分立时空中的相对论 2004/8 快子是否存在？ 2004/8 光子的静质量是否为零? 2004/8 光速为何不变? 2004/7, submitted to 《大学物理》 A possible method to detect the preferred Lorentz frame, submitted to Foundations of Physics Letters. 相对论研究的最新进展（会议报告），2003/10 超越相对论,2003/9 Space-time
transformation for superluminal signaling 目标：寻找超光速通信的实现方法 研究专著：《量子运动与超光速通信》；《量子超光速通信》(即将出版) 研究论文： Is superluminal communication possible? 2004/6 New 人脑量子通信实验方案，2004/5
New 量子超光速通信研究报告，2004/4 A note on the recent QSC method （中文），2004/3 Quantum
collapse, consciousness and superluminal communication, published in Found.
Phys. Lett, 17(2), (2004)
167-182 关于量子超光速通信的一个理论设想，发表于北京广播学院学报（自然科学版）, 11, (2004)
78-86 量子超光速通信，发表于《量子运动与超光速通信》（2000） Revised
quantum dynamics permits superluminal communication, published in Quantum-Mind
Digest, #2000-10, (2000) Identification and collapse---the seeds of quantum superluminal communication, 1999/7 Quantum superluminal communication must exist,1999/7 How to realize quantum superluminal communication?,1999/6 Quantum
superluminal communication does not result in the causal loop,1999/6 评论: Philippe Eberhard (Lawrence Berkeley National Laboratory, University of California), 2004/4/13 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. My demonstration assumed orthodox quantum mechanics. George Svetlichny (Departamento de Matematica, Pontificia Universidade, Catolica Rua Marques de Sao Vicente 225, 22453-900 Gavea Rio de Janeiro RJ, Brazil), 1999/6/16 I would agree with at least two points that you make. 1) A dynamical theory of quantum measurements requires a priviledged frame. Though I had always believed this I did not know that any formal arguments for this existed and I am grateful for your pointing this out in your manuscript. 2) Once a privileged frame is allowed awkward causal loops can be avoided and superluminal communication can be a reality. I would find it a formidable task to try to construct a detailed theory and still maintain all the successes of quantum field theory (standard model predictions). 目标：解决意识难题；奠定意识科学的理论基础；建立物质与意识的统一理论。 研究专著：《量子运动与超光速通信》；《意识与量子》(现联系出版) 研究论文： Quantum, consciousness and panpsychism: a solution to the hard problem, submitted to Minds and Machines. A
primary quantum model of telepathy, submitted
to The 47th Annual Convention of
the Parapsychological Association. A
possible connection between self-consciousness and quantum,
published in Axiomathes: An International Journal in Ontology and
Cognitive Systems, 14 (4), (2004) 295-305. A
possible quantum basis of panpsychism, published in NeuroQuantology, 1(1),
(2003) 4-9 A quantum method to test the existence of consciousness, published in The Noetic Journal, 3(3), (2002) 233-235 Consciousness
can conquer quantum randomness, published in Quantum-Mind
Digest, #2001-9, (2001) 目标：发现量子与引力相结合的自然方法；揭示弯曲时空中的量子场图像。 研究论文： 弦和圈是真的吗? 2004/9 New Discrete space-time, quantum collapse and quantum gravity, submitted to Classical and Quantum Gravity. New A
naive way to combine quantum and gravity, submitted to International
Journal of Modern Physics D. A
possible way for getting information out of a black hole,
published in The Noetic Journal, 4(3), (2003) 121-133 目标：提出一个与观测数据相一致的暗能量理论。 研究论文： A simple model of dark energy 2004/9 New A note on the possible origin of dark matter A
conjecture on the origin of dark energy, submitted
to Chinese Physics Letters. 评论: Jacob D. Bekenstein (Racah Institute of Physics, The Hebrew University of Jerusalem), 2004/3/7 The problem is that the idea's details are too speculative. In particular, if you believe in the holographic hypothesis, then the vacuum degrees of freedom should involve all frequencies, not just that of (1) which is the lowest possible. Therefore, I too do not believe you have explained dark energy. But 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. 关于TOE的一点设想,2004/5
New 意识，非线性量子力学与NP完备问题, 2004/5 New 关于量子坍缩，超维和超弦理论, 2004/3 New Superluminal signaling and time machine, 2003/6 A revised de Broglie relation in discrete space-time, 2002/11 Wave function collapse helps to probe the structure of particles, 2002/11 |
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IOQ 量子研究所 2004年5月 |
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