Announcements
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2026-06-07
Interdisciplinary platform to share knowledge and information about different phenomena. ISSN: 3115-7262
Advanced Materials and Nanotechnology innovations.
Here, we are exploring oceans to the far-reached part of space and galaxies.
Interdisciplinary platform to share ideas about Electronics, photonics, Laser, optics, and communications.
Join us.
"We are devoted to the pursuit of scientific excellence, fostering the creation and dissemination of scholarly works that meet the highest international standards. Each publication reflects precision, originality, and intellectual depth."
We provide open access publishing through Science Act Publishing House, supporting equality, diversity, and global scientific communication.
All accepted articles are eligible for full publication funding under the Science Act Flagship Journal Program. Funding support is guaranteed for manuscripts published before 2027, ensuring that authors face no article processing charges and can benefit from broad dissemination of their work. This initiative reflects our commitment to supporting high-quality scientific research and fostering global accessibility to new knowledge. For more information please check Funding programs.
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Attribution 4.0 International (CC BY 4.0) Deed: https://creativecommons.org/licenses/by/4.0
Waves & Signals is an interdisciplinary platform dedicated to advancing fundamental and applied research in electronics, photonics, lasers, optics, and communication technologies. The platform welcomes contributions spanning electromagnetic waves, optical and electronic devices, integrated photonics, laser science, nanophotonics, fiber-optic systems, wireless and optical communications, signal processing, sensing, imaging, and optoelectronic materials. Particular emphasis is placed on emerging technologies that integrate photonic, electronic, computational, and communication architectures. Research addressing theoretical foundations, experimental developments, device engineering, system integration, computational modelling, artificial intelligence, and real-world technological applications is encouraged. The platform aims to facilitate cross-disciplinary collaboration and accelerate the translation of advances in waves and signals into next-generation scientific and engineering solutions.
ISSN: xxxx-xxxx