AIMS and SCOPES:

The AIMS and SCOPES of Insights in Nuclear Energy, Science, and Engineering are:

• Nuclear Reactor Design and Analysis: Design and analysis of advanced nuclear reactors, thermal-hydraulics, fuel behavior, reactor physics, safety, and reliability.
• Nuclear Fuel Cycle: Nuclear fuel cycle including fuel fabrication, irradiation, spent fuel management, and disposal.
• Nuclear Fusion: Design and analysis of fusion reactors, plasma physics, and fusion technology.
• Radiation Protection: Radiation protection, environmental impact, and risk assessment.
• Nuclear Materials: Nuclear materials, including irradiation effects, structural materials, fuel cladding, and corrosion.
• Nuclear Waste Management: Nuclear waste management and disposal, including high-level waste, low-level waste, and spent fuel.
• Nuclear Safety and Regulation: Nuclear safety and regulation, including nuclear safety culture, emergency planning, and regulation.
• Nuclear Applications: Applications of nuclear energy in medicine, agriculture, and industry.
• Nuclear Education and Outreach: Nuclear education and outreach, including public perception, communication, and nuclear literacy.
• Nuclear Policy and International Cooperation: Nuclear policy and international cooperation, including nonproliferation, disarmament, and peaceful use.

Keywords/Sub-topics:

1. Advanced Reactors
2. Nuclear Fusion Technology
3. Nuclear Fuel Cycle
4. Radiation Shielding
5. Nuclear Materials Characterization
6. Nuclear Waste Disposal
7. Safety Culture
8. Risk Assessment
9. Nuclear Medicine
10. Nuclear Agriculture
11. Nuclear Industry
12. Public Perception of Nuclear Energy
13. Nuclear Education
14. Nuclear Outreach
15. Nuclear Policy
16. International Cooperation
17. Nuclear Nonproliferation
18. Nuclear Disarmament
19. Nuclear Power Plants
20. Nuclear Safety Systems
21. Nuclear Emergency Planning
22. Nuclear Regulatory Frameworks
23. Nuclear Instrumentation and Control
24. Nuclear Thermal-hydraulics
25. Nuclear Fuel Fabrication
26. Nuclear Spent Fuel Management
27. Nuclear Fuel Cladding
28. Nuclear Corrosion
29. Nuclear Irradiation Effects
30. Nuclear Structural Materials
31. Nuclear Environmental Impact
32. Nuclear High-Level Waste
33. Nuclear Low-Level Waste
34. Nuclear Security
35. Nuclear Decommissioning
36. Nuclear Research Reactors
37. Nuclear Computational Methods
38. Nuclear Data and Benchmarking
39. Nuclear Safety Analysis
40. Nuclear Reactor Dynamics
41. Nuclear Reactor Kinetics
42. Nuclear Fuel Behavior under Irradiation
43. Nuclear Waste Forms
44. Nuclear Waste Transport and Storage
45. Nuclear Energy and Climate Change
46. Nuclear Energy Economics
47. Nuclear Energy Policy
48. Nuclear Energy and Sustainable Development
49. Nuclear Energy and Energy Security
50. Nuclear Energy and Public Health
51. Nuclear Energy and Public Safety
52. Nuclear Energy and Risk Communication

• Nuclear Energy and Ethics

54. Nuclear Energy and International Law
55. Nuclear Energy and Diplomacy

• Nuclear Energy and International Security

57. Nuclear Energy and International Organizations
58. Nuclear Energy and Multilateral Cooperation
59. Nuclear Energy and Bilateral Cooperation
60. Nuclear Energy and National Security
61. Nuclear Energy and Technology Transfer
62. Nuclear Energy and Intellectual Property
63. Nuclear Energy and Entrepreneurship
64. Nuclear Energy and Venture Capital

• Nuclear Energy and Innovation

66. Nuclear Energy and Digitalization

• Nuclear Energy and Cybersecurity
• Nuclear Energy and Robotics
• Nuclear Energy and Artificial Intelligence

70. Nuclear Energy and Internet of Things
71. Nuclear Energy and Blockchain
72. Nuclear Energy and Big Data

• Nuclear Energy and Cloud Computing

74. Nuclear Energy and Quantum Computing
75. Nuclear Energy and High-Performance Computing

• Nuclear Energy and Data Analytics

77. Nuclear Energy and Machine Learning
78. Nuclear Energy and Deep Learning
79. Nuclear Energy and Neural Networks
80. Nuclear Energy and Predictive Analytics
81. Nuclear Energy and Predictive Maintenance
82. Nuclear Energy and Robotics and Automation

• Nuclear Energy and Industry 4.0

84. Nuclear Energy and Smart Grids
85. Nuclear Energy and Microgrids

• Nuclear Energy and Distributed Generation

87. Nuclear Energy and Renewable Energy Integration
88. Nuclear Energy and Energy Storage
89. Nuclear Energy and Hydrogen Production
90. Nuclear Energy and Carbon Capture and Storage
91. Nuclear Energy and Environmental Monitoring
92. Nuclear Energy and Environmental Management

• Nuclear Energy and Environmental Remediation

94. Nuclear Energy and Environmental Impact Assessment
95. Nuclear Energy and Ecosystem Services

• Nuclear Energy and Biodiversity Conservation

97. Nuclear Energy and Climate Services
98. Nuclear Energy and Water Resources
99. Nuclear Energy and Soil Conservation
100. Nuclear Energy and Forest Conservation
101. Nuclear Energy and Wildlife Conservation
102. Nuclear Energy and Social Responsibility
103. Nuclear Energy and Community Engagement
104. Nuclear Energy and Indigenous Peoples' Rights
105. Nuclear Energy and Human Rights
106. Nuclear Energy and Sustainable Development Goals
107. Nuclear Energy and Health Care
108. Nuclear Energy and Medical Isotopes
109. Nuclear Energy and Radiopharmaceuticals
110. Nuclear Energy and Cancer Therapy
111. Nuclear Energy and Non-Destructive Testing
112. Nuclear Energy and Materials Science
113. Nuclear Energy and Nanotechnology
114. Nuclear Energy and Advanced Manufacturing
115. Nuclear Energy and Aerospace
116. Nuclear Energy and Defense
117. Nuclear Energy and Security of Supply
118. Nuclear Energy and Resource Efficiency
119. Nuclear Energy and Circular Economy
120. Nuclear Energy and Waste Reduction
121. Nuclear Energy and Life Cycle Assessment
122. Nuclear Energy and Sustainable Consumption
123. Nuclear Energy and Sustainable Production
124. Nuclear Energy and Eco-Design
125. Nuclear Energy and Green Chemistry
126. Nuclear Energy and Sustainable Agriculture
127. Nuclear Energy and Aquaculture
128. Nuclear Energy and Sustainable Fisheries
129. Nuclear Energy and Food Security
130. Nuclear Energy and Sustainable Tourism
131. Nuclear Energy and Education for Sustainable Development
132. Nuclear Energy and STEM Education
133. Nuclear Energy and Lifelong Learning
134. Nuclear Energy and Training and Capacity Building
135. Nuclear Energy and Knowledge Management
136. Nuclear Energy and Scientific Communication
137. Nuclear Energy and Scientific Publishing
138. Nuclear Energy and Intellectual Property Rights
139. Nuclear Energy and Data Sharing
140. Nuclear Energy and Open Access
141. Nuclear Energy and Open Science
142. Nuclear Energy and Research Ethics
143. Nuclear Energy and Peer Review
144. Nuclear Energy and Quality Assurance
145. Nuclear Energy and Scientific Standards
146. Nuclear Energy and Scientific Integrity
147. Nuclear Energy and Gender Equality
148. Nuclear Energy and Diversity and Inclusion.

Insights in Nuclear Energy, Science, and Engineering aims to provide a platform for researchers, scholars, and industry professionals to publish high-quality original research articles, review articles, case studies, and commentaries in the field of nuclear energy, science, and engineering. The journal is committed to promoting open access, making research findings widely accessible and ensuring that knowledge is disseminated without barriers.

We recognize the importance of diversity and inclusion in science and are committed to promoting gender equality and diversity in our editorial board, reviewer panel, and authorship. We believe that diversity in science is essential for driving innovation, creativity, and excellence in research, and we welcome submissions from researchers of all backgrounds and affiliations.

To ensure the quality and relevance of published research, Insights in Nuclear Energy, Science, and Engineering employs a rigorous peer-review process, in which submissions are reviewed by experts in the field. We are committed to providing timely and constructive feedback to authors, and we strive to ensure that all published research is of the highest quality and meets the highest scientific standards.

In conclusion, Insights in Nuclear Energy, Science, and Engineering is a high-quality open access journal that is committed to promoting the advancement of scientific knowledge and sustainable development in the field of nuclear energy, science, and engineering. We welcome submissions from researchers, scholars, and industry professionals from around the world and are dedicated to providing a platform for the exchange of ideas and collaboration on the challenges facing the nuclear energy industry and society as a whole. We are committed to upholding the highest ethical standards in scientific publishing and to promoting diversity and inclusion in science.