Information Interpretation of Heisenberg Uncertainty Relation

In this paper the following information interpretation of uncertainty relation is proposed: if one bit of information was extracted from the system as a result of the measurement process, then the measurement itself adds an additional uncertainty (chaos) into the system equaled to one bit. This formulation is developed by calculating of the Shannon information entropy for the classical N-slit interference experiment. This approach allows looking differently at several quantum phenomena. Particularly, the information interpretation is used for explanation of entangled photons diffraction picture compression.

巴伦支海-喀拉海油气区的地质演化-俄罗斯自然资源部全俄地质研究所、挪威地质研究所，挪威石油管理局，挪威海德罗石油公司共同参与的综合研究项目

GeoBase项目的主要目标是创建巴伦支海和喀拉海油气区的构造地层和古地理模式。该项目应用了俄罗斯和挪威已有的地质、地球物理数据和各学科的综合解释成果，包括潜在油气区的资料、布置适当的地震测线，再用深、浅钻孔资料和周围的露头做校正，等等。本次研究建立了巴伦支海、北伯朝拉地区和喀拉海大地构造、地质结构和古地理格架。这项综合性研究至关重要，是了解油气源岩和潜在储层空间分布的科学方法，又是鉴别巴伦支海油气成藏的基础。