GB/T 43735-2024 in English

VALID

Methods for the preparation of Rydberg atoms for quantum precision measurement

Issued on:2024-03-15
Implemented on:2024-10-01
File Format:PDF
Delivery:Within 1 day

Price(USD)： $144.00
$140.00

Standard No:	GB/T 43735-2024
Document status:	VALID
Title in English:	Methods for the preparation of Rydberg atoms for quantum precision measurement
Title in Chinese:	量子精密测量中里德堡原子制备方法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Within 1 day
Issued on:	2024-03-15
Implemented on:	2024-10-01
Professional Classification:	GB-National Standard
Related Keywords:	rydberg atoms quantum precision measurement appropriate preparation methods quantum precision measurement introduction ground state atoms
Related Topics:	mp in the sub atomic index Quantum 50 Quantum Density measurement principle Method for measuring ion density in air Relative Atomic Mass Weight Atomic mass from atomic energy Density measurement Relative Atomic Mass Determination Method relative atomic mass measurement iso+ atom Carrier Density Measurement Method cardiometer cen atomic mass atomic usage Electron density measurement atomic sample size atomic laboratory sperm centrioles measurement of atoms method precision atomic sample size Atomic weight 17 atoms in tin atomic index energy atom Atomic Midway Energy precision measurement Quantum Quantum Real? Atomic Density Measurement Method Relative Atomic Mass and Weight Atomic Density Measurement Method atomic mass weight Atomic mass is given by atomic measurement method C atomic mass reed one atomic mass Measure Relative Atomic Mass three photons Atomic weight of ytterbium Automatic precision measurement Atom + Index cAtomic mass Atomic weight of ytterbium measure the relative atomic mass of relative atomic mass method sample atom atom Bromine Atomic Weight relative atomic mass Density measurement principle mass of the c atom Sample preparation for atomic force measurement atomic na determination method two-photon absorption Atomic mass detection who measures relative atomic mass Atomic mass of zinc atom the atomic mass of c Relative Atomic Mass of Bromine Atom How to measure absolute atomic mass atom to atom contact Protium Atomic Mass Precision Measurement Series atomic weight method atomic mass of iron atomic ionization Atomic mass 12 Primary sperm atomic mass Mesh detection principle Precision measurement industry Application areas of quantum precision measurement FHT762 neutron principle Principles and methods of preparing liquid phase Principle of Chinese Fayan Mathematical Methods for Precision Measurement About neutron measurements Atomic fluorescence sample preparation method Precision in instrumental analysis methods

《GB/T 43735-2024量子精密测量中里德堡原子制备方法》由TC578（全国量子计算与测量标准化技术委员会）归口，主管部门为国家标准化管理委员会。

Introduction

1. Standard Overview

The National Standard of the People's Republic of China GB/T 43735-2024 "Preparation Method of Rydberg Atoms in Quantum Precision Measurement" was issued in 2024 and approved by the State Administration for Market Regulation and the National Administration of Standardization. This standard mainly regulates the preparation method of Rydberg atoms and is applicable to fields such as quantum precision measurement.

2. Preparation Principle

The preparation of Rydberg atoms involves exciting atoms from the ground state to the Rydberg state. Commonly used excitation methods include single-photon absorption, two-photon absorption and three-photon absorption, and their energy level transition selection rules follow: Δl=±1, ΔJ=±1, Δm=0 or ±1.

Excitation method	Number of lasers required	Typical wavelength range	Power requirement
Single-photon absorption	1 laser	297±5 nm or 319±5 nm	≥1 mW
Two-photon absorption	2 lasers	780 nm and 483-513 nm	≥10 μW and 30 mW
Three-photon absorption	3 units	785±15 nm, 1425±75 nm and 1375±125 nm	≥10 μW, ≥50 mW and ≥10 μW

3. Preparation steps

The preparation steps of Rydberg atoms include determining the type of atoms, calculating the required laser frequency and locking it, adjusting the parameters such as power and polarization state, and finally focusing the laser beam on the ground state atoms to complete the excitation.

4. Preparation effectiveness test

The effectiveness of Rydberg atom preparation is evaluated by the following indicators: atomic number, density, optical thickness and fidelity. Commonly used detection methods include absorption spectroscopy, fluorescence detection and field ionization detection.

5. Implementation Suggestions

In practical applications, it is recommended to select appropriate preparation methods and laser configurations according to specific experimental requirements. At the same time, ensure that the laboratory environmental conditions meet standard requirements, including temperature, humidity and cleanliness.

More samples: JJG 21-2008 QC/T 942-2021 NB/T 47013.2-2015

Sample only — not a preview of GB/T 43735-2024

Loading PDF document...

Error loading PDF. Please make sure the file is valid and try again.

We also recommend

GB/T 14949.6-2021 in English

Manganese ores—Determination of copper,lead and zinc content—Flame atomic absorption spectrometric method
2021-10-11
GB 10551-1989 in English

Photographic grade sodium thiosulfate, crystilline
1989-12-01
GB/T 16830-2008 in English

Bar code for commodity - Dispatch commodity numbering and bar code marking
2008-07-16
GB/T 15296-1994 in English

General specification of equipments for transportable satellite communication earth station
1994-01-02
GB/T 429-1978 in English

Test methods of wrinkle recovery for printed and dyed fabrics
-
GB/T 32884-2016 in English

Technical specifications to resources utilization evalation of waste television
2016-08-29
GB/T 22258-2008 in English

Universal technical requirements of anti-counterfeiting labels
2008-07-28
GB/T 27731-2011 in English

Release paper for sanitary products
2011-12-30
GB/T 17421.4-2016 in English

Test code for machine tools—Part 4: Circular tests for numerically controlled machine tools
2016-04-25
GB/T 3512-1983 in English

Rubber, vulcanized--Accelerated ageing or heat-resistance test--Air-oven method
-