Imagine a world where cutting-edge discoveries at the crossroads of light, materials, and physics are unlocked for everyone, free of charge and without any hidden barriers. That's the thrilling promise of a groundbreaking new journal set to launch in 2026 – and it's sparking debates that could reshape how we share scientific knowledge. Dive in to learn why this partnership between AIP Publishing and Hebei University of Technology is already generating buzz, and discover the details that might just change your view on open-access research.
AIP Publishing, the powerhouse behind transformative scientific communication, has teamed up with Hebei University of Technology to launch Harmonics and Scattering (HAS), an innovative diamond open access journal focused on harmonics and scattering research. Get ready for submissions to kick off in December 2025, with the inaugural issue hitting the shelves in March 2026.
But here's where it gets intriguing: Harmonics and Scattering will act as a global hub for studies blending optics, photonics, materials science, and applied physics. Picture this – it will feature pioneering work on topics like harmonic generation (think of it as creating new frequencies from light waves, similar to how a guitar string vibrates to produce overtones), scattering phenomena (the way light bounces off particles, like sunlight scattering in the sky to create blue hues), nonlinear optical processes (advanced interactions where light behaves in unexpected ways, powering technologies from lasers to optical computers), and light-matter interactions (the fascinating dance between photons and atoms, enabling everything from solar energy capture to medical imaging). As a diamond open access journal – meaning it's completely free to read and publish in, with zero article processing charges (APCs) for authors – HAS ensures that high-quality research reaches readers worldwide without financial hurdles.
Steering this exciting venture is Professor Zhiwei Lü, who leads the Center for Advanced Laser Technology (CALT) at Hebei University of Technology and serves as Deputy Director of the Laser Professional Committee of the Chinese Optical Society. 'Harmonics and Scattering aims to be a premier venue for groundbreaking research that pushes the limits of our basic knowledge and sparks real-world breakthroughs,' Prof. Lü shared, capturing the journal's ambitious spirit.
Echoing this enthusiasm, Penelope Lewis, Chief Publishing Officer at AIP Publishing, remarked, 'This collaboration embodies AIP Publishing's dedication to bridging science and societies globally. By joining forces with Hebei University of Technology, we're championing a future of open, welcoming, and interconnected scientific exploration.'
The journal plans to showcase original, influential research papers and in-depth reviews covering scattering technology, harmonic generation, and their applications in fields like photonic devices (imagine tiny chips that manipulate light for faster computers), high-energy physics (exploring the universe's fundamental forces), spectroscopy (analyzing materials through light to detect everything from pollutants to diseases), and materials science (developing stronger, smarter substances for everyday tech). By shedding light on the core mechanics of light-matter interactions, HAS will nurture innovations that could revolutionize tomorrow's technologies.
Now, and this is the part most people miss, the true game-changer here is the diamond open access model. For beginners, think of open access as making scientific papers available like free online articles, but diamond OA takes it further by eliminating any fees for authors – unlike some models where researchers pay to publish. This could democratize science, but it raises questions: Will it ensure top-notch quality, or might it lead to an influx of less rigorous work? And here's where it gets controversial: Critics argue that without APCs, journals might struggle financially, potentially compromising editorial standards. On the flip side, supporters see it as the ultimate equalizer, empowering researchers from underfunded regions to share their findings. Is this the dawn of a fairer publishing era, or a risky experiment that could dilute expertise? What are your thoughts – do you believe diamond OA will uplift global science, or does it overlook the need for sustainable funding models? Share your opinions in the comments below; we'd love to hear agreements, disagreements, or fresh perspectives!
For context, AIP Publishing is committed to propelling the physical sciences forward for humanity's sake, by dismantling obstacles to transparent, equitable research sharing and equipping scientists to fast-track worldwide advancements. As a not-for-profit arm of the American Institute of Physics (AIP), it upholds AIP's charitable, scientific, and educational goals through publishing for AIP and its collaborators.
Hebei University of Technology (HEBUT), a premier Chinese university celebrated for its prowess in engineering, materials science, and applied physics, hosts the Center for Advanced Laser Technology (CALT). This center is instrumental in pioneering futuristic optical and laser innovations, fueling progress from pure research to practical uses like advanced manufacturing or medical lasers.
Source: AIP Publishing
