"Quantum technology protects cultural assets, and quantum cultural appraisal equipment is bringing new life to valuable heritage."
- Beijing Tian Jian Quantum Technology -, June 15, 2023, Guangdong
Quantum cultural property appraisal equipment overcomes the shortcomings of existing scientific appraisal methods. In other words, it presents an unprecedented scientific appraisal method that accurately determines the production and production year of cultural assets and artworks without human intervention, without damaging artifacts, requiring no database, and without human intervention.
On Oct. 4, 2022, French physicist Alain Aspect, American theoretical and experimental physicist John Francis Krauser, and Austrian physicist Anton Zellinger presented the Nobel Prize in Physics for their contributions to the study of quantum information science. They confirmed through experiments that Bell's inequality does not hold in the quantum world for photon entanglement, and opened a new study called quantum information.
Recent major international scientific events have clearly focused on quantum information. For example, the 28th Solbi Physics Congress held in the first half of this year is about quantum information. Last month, the Breakthrough Prize in Basic Physics was awarded to Charles Bennett, Gillesbrassard, David Deutch and Peter Shore in quantum information, laying the foundation for quantum information. It is not surprising that this year's Nobel Prize in Physics was chosen in the field of quantum information. In recent years, quantum information technology has made rapid progress, and quantum information technology has become increasingly practical, contributing greatly to human society, in line with the original purpose of the Nobel Prize. Quantum information is being studied largely in three directions: quantum computing, quantum communication, and quantum precision measurement. It highlights quantum mechanics research and the structure, properties and interactions of fine particles, laying the foundation for the development and application of information acquisition, processing, and transmitter technology along with information theory, and serving as a link between basic elements such as matter, energy, and information.
In the wake of the "2nd Advent Quantum Revolution", people can actively and accurately operate such as photons and atoms, and the practice of human recognition and transformation of the world is reaching new historical heights. Quantum technology has overcome the bottleneck of classical technology in terms of ensuring information security, improving computational speed, and improving measurement accuracy, and has become a major source of technological innovation in the fields of information, energy, materials, and life. Therefore, the development of quantum technology has great scientific significance and strategic value, and is an important innovative technological innovation that affects and reconstructs traditional technological systems, and will lead the direction of new technological revolutions and industrial changes in the future.
Current major research directions in quantum technology include quantum communication, quantum computing, and quantum precision measurement. Quantum precision measurement is based on microscopic particle systems and precise measurement of quantum states and significantly exceeds traditional measurement techniques in terms of measurement accuracy, sensitivity, and stability.
Beijing Tian Jian Quantum Technology has been conducting deep research in the field of quantum precision measurement technology for many years, and this research is committed to providing various services to world-class collection institutions, companies, government agencies, research institutes, customs institutes, and archaeological institutions, including processing of key detection items including augmented quantum sensors, scientific inspection equipment focused on the year of production, scientific equipment used in intelligent analysis tests, and core technology solutions for emotional application in the cultural heritage art industry. The company aims at cutting-edge materials, semiconductors, quantum science, bio-technology, and other fields to help customers more efficiently pursue technology development and explore the future of mankind. The high-precision instrument year detection technology developed independently by Tian Jian Quantum Technology has unique advantages of its initial state being quantum pure, long spin quantum coherence time, strong quantum control, and intuitive quantum collapse measurement results. It provides a new measurement method to read the effects of external forces overlapped on an article, realizes high spatial resolution and high sensitivity quantum resonance, and shows unique advantages such as non-destructiveness, multimaterial applicability, and long-term measurement range. In addition to special materials science, this will be an important application in archaeology, customs, and other fields based on the fast and non-destructive detection properties of this technology.
The principle of operation of a quantum identifier is to collect a magnetic field waveform signal directly from an article, enter a high-sensitivity magnetic field analyzer, and then perform a resonance comparison with a preset standard magnetic field waveform to calculate the degree of abnormality of the waveform. According to the waveform analysis results, the high-sensitivity magnetic field analyzer sounds the non-resonant buzzer with an echo when the magnetic field waveform of the object or material to be measured or the magnetic field waveform of the material has not changed, and the high-sensitivity magnetic field analyzer sounds the resonance buzzer that does not bring sound.
With the rapid industrialization of quantum technology today, quantum precision measurement technology is being applied to various industries, and from the medical side, single cancer cells can be detected for early diagnosis of diseases. It can be used for the detection of various ancient and modern artifacts, such as archaeology, ancient ceramics, ancient metallurgical products, ancient pigments, ancient jade, jewelry, calligraphy, and others, and has unique advantages and extensive application prospects. As a science and technology company with quantum precision measurement and quantum device production as its core technology, the quantum cultural property inspector owned by Tian Jian Quantum for many years introduced Japan's quantum biotechnology through secondary research and development, and innovatively used new technologies such as quantum loops, information amplifiers, submillimeter wave frequencies, and year-corresponding databases to complete the science and technology inspector that is professionally used to inspect cultural property artworks. Our device has been upgraded to 6th generation and has high stability, repeatability, accuracy, and interference protection. It can fully fulfill the historical mission of scientific and accurate emotions for cultural property artworks of various materials. Technology products are used in collection institutions, various companies, government institutions, research institutes, customs, archaeological institutions, and other unit institutions.
Quantum artifact evaluators do not need to be compared to the current database of scientific devices used to evaluate artifacts, can accurately detect the processing and production year of goods, and are more scientific, such as discrimination of ancient ceramics and analysis of chemical components of jade types, and are recognized in the industry by more accurately and overcoming the limitations of product shortcomings such as C14 measurements, thermal ore measurements, laser Raman spectroscopy, and X-ray fluorescence spectroscopy.
The Tian Jian Quantum Technology has a series of systematic and logical art inspection method systems and scientific inspection operation procedures. We enthusiastically serve cultural and artistic asset holders, cultural and artistic collectors, provide professional services to consumers, and provide test reports of processing and production years for cultural and artistic products tested through technical equipment.
Currently supported identification types include ceramics, jade, bronze, calligraphy, Buddha, and coins. Next, how to promote the industrialization of quantum precision measurement technology in various fields of society, application of quantum precision measurement products in the field of quantum precision measurement, application of quantum precision measurement products, application of generational disconnection of cultural assets and arts in quantum precision measurement, multi-dimensional verification meetings, seminars, reporting meetings, and business expansion meetings will be carried out nationwide.
The year inspection of cultural properties and artworks by the Tian Jian Quantum Technology is a solemn and strict work, and comprehensive three-dimensional inspection is being conducted, and the accuracy of the actual statistical inspection is more than 97%,
1. The manipulation of the measurer is not standardized,
2. Due to relatively sensitive detection signals, quantum equipment can interfere with year information captured by measuring items or equipment by magnetic fields, electric fields, and other radiations in the external environment,
3. The inspection items themselves are affected to some extent by excessive cleaning, grinding, and copying.
The Tian Jian Quantum Technology continues to advance the concept of objectivity and fairness by relying on its own equipment and technology to serve society. We once again solemnly pledge to society. It will never issue false test data out of interest, will never be a tool for other intentional institutions, organizations, and individuals, and at the same time welcomes supervision from all walks of life.
We value the trust and support of a wide range of collectors and collectors and will continue to rise to new heights in science and technology. We continue to serve the country extensively, serve society, cooperate better with the national strategy of cultural revival, and serve the great nation of national cultural and economic development based on the indispensable process control of the review mechanism such as scientific attitude, facility performance, operation technology, and environmental condition!
