- 1.9Impact Factor
- 4.9CiteScore
- 22 daysTime to First Decision
All Sections
Inventions and Innovation in Advanced Manufacturing
Remarkable strides in manufacturing innovation have revolutionized the ways in which we envision and refine production processes, design methodologies, and material utilization. The advent of cutting-edge technologies, such as artificial intelligence (AI), advancements in automation, and the revo...
Inventions and Innovation in Applied Chemistry and Physics
The realms of chemistry, physical chemistry and physics are fertile ground for numerous transformative inventions, shaping the course of human civilization and driving progress in countless industries. Their continued exploration and innovation promise to unlock even more remarkable possibilities...
Inventions and Innovation in Biotechnology and Materials
The field of biotechnology and its innovative advancements are in perpetual evolution, leading to a profound transformation of the human world on multiple fronts.
This Section, entitled "Inventions and Innovation in Biotechnology and Materials", focuses on original research, reviews, and ...
Inventions and Innovation in Design, Modeling and Computing Methods
Innovation in design, modeling and simulation entails harnessing novel concepts, embracing cutting-edge technology, and adopting unconventional approaches to develop pioneering methodologies, techniques, frameworks, and software solutions. This Section, entitled "Inventions and Innovation in Desi...
Inventions and Innovation in Electrical Engineering/Energy/Communications
Electronics and communications engineering is an increasingly expanding field of academic pursuit. It encompasses the study, design, and practical implementation of various equipment, devices, and systems that rely on electricity, electronics, and electromagnetism. The scope of this discipline is...
Inventions and Innovation in Energy and Thermal/Fluidic Science
The convergence of fluid mechanics and modern engineered technologies has ushered in a groundbreaking era in the design and implementation of practical micro- and nanomaterials. Leveraging fluidic methods enables precise and dynamic spatiotemporal control over matter, presenting vast possibilitie...
Inventions and Innovation in Surface Science and Nanotechnology
The amalgamation of theoretical knowledge, experimental techniques, and surface science instrumentation provides invaluable practical insights for researchers engaged in relevant fields. Moreover, nanotechnology's far-reaching impact is poised to significantly enhance and even revolutionize numer...

