We present a roadmap of the current state-of-the-art in higher-order network research and propose trajectories for future usage in areas such as discrete topology and higher-order #machinelearning. Explore the future of higher-order interactions 🔗: https://ow.ly/nePh50ZxIK9 #artificialintelligence

Are you an early career researcher (ECR)? We want to hear from you. Your feedback will help us improve the resources, training and opportunities available to ECRs. Take the survey and share it with other early career researchers: https://ow.ly/xibC50ZtTR3 #earlycareerresearcher

#OnThisDay in 1902, Paul Dirac was born! This English theoretical physicist formulated the Dirac equation, which connected special relativity and quantum mechanics and predicted the existence of antimatter ⚛️. Educate yourself on the Dirac equation here 🔗: https://ow.ly/KUnN50ZwMbR #quantum

📣 Join IOP Publishing's upcoming webinar on Publishing Open Access in IOP Journals through ONOS APC Support. 🔗 Register now: https://ow.ly/V7v350Zxn4N #IOPPublishing #ONOS #OpenAccess #ResearchPublishing #AcademicResearch

If you're reading this week's #FunPhysicsFriday post on a smartphone, you already have everything you need! This activity presents a novel approach to use the phone's camera in real-time experiments using Phyphox. Dive into this easy and low-cost experiment here: https://ow.ly/OrZ250ZwLZV #education

#Astrophysics alert 🔭! A new paper highlights new maps of subsurface water ice on Mars - a necessary first step in preparing for human exploration. By leveraging data from multiple NASA missions, the team was able to create the most accurate map yet. Get the full story 🔗: https://ow.ly/W0ay50ZwLPo

What support do you need as an early career researcher (ECR)? Complete our survey and tell us what would help you most in your publishing journey and career development: https://ow.ly/BMeJ50ZtTcH Your feedback will help us improve the resources, training and support we provide to #ECRs.

Notable new #physics research reveals how topological surfaces strengthen magnetism. 🧲 This work provides a vital foundation for designing improved devices in spintronics, magnonics, and #quantum technologies. 👉 Quick overview: https://ow.ly/7Or050ZrT8W 📝 In-depth: https://ow.ly/GeSj50ZrT8V

For over 100 years, "survival of the fittest" has been a popular adage to describe natural selection. However, a new study show that fitness is not the only factor involved, nor is it necessarily the decisive one. Explore the full article here: https://ow.ly/W0YU50ZwLlp #biophysics

Bioinspiration & Biomimetics is currently seeking an enthusiastic and engaged Editor-in-Chief to develop and lead the journal in collaboration with the IOP Publishing team over a 3-year term. Find out more and apply. Deadline: 14th August 2026. https://ow.ly/6qGJ50Zoh1j

An edited Q&A version of our April webinar, 'Celebrating women in physics in India', has been published by Physics World. The discussion explores the challenges and achievements of the female physics community in India. ⚛️ 📖 https://ow.ly/foH550ZwsW4 #WomenInPhysics #WomenInSTEM #PhysicsWorld

How women physicists in India are breaking down barriers and shaping the future – Physics World

Kaveri Hukku, Asima Pradhan and Urbasi Sinha describe their journeys as physicists in India

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Want more visibility for your #research? #OpenData can increase the opportunity for your research to be reused and #cited. This free course helps you: • Turn data into a reusable asset • Build trust in your findings • Strengthen your research profile Find out more:⚛️ https://ow.ly/6rr150Z7YTf

We had the pleasure of connecting with the vibrant academic community at Amrita Vishwa Vidyapeetham to discuss the benefits of Open Access publishing, IOP Publishing journals, and resources available to authors. Thank you to everyone who joined us. #OpenAccess #IOPPublishing #AmritaUniversity

⚛️The need for fast #machinelearning inference for #particlephysics experiments has emerged, in particular for the forthcoming upgrades to the Large Hadron Collider at CERN. We present a roadmap of material from the latest fast ML workshop: https://ow.ly/w00e50ZvV7l #AI #artificialintelligence

How green is green hydrogen? 🤔 New research from the Netherlands reveals the situation is more complicated than it seems. #CleanEnergy 👉 Quick overview: https://ow.ly/cusL50ZuGMl 📝 In-depth: https://ow.ly/FKxX50ZuGMm

Are you an early career researcher (ECR)? Tell us about the challenges you're facing and the support that would help you publish, develop your career and achieve your goals. 👉 Complete the survey and share it with other ECRs: https://ow.ly/kKBM50ZuywM

New research breakthrough into the #biophysics of protein condensates. 🫧 According to a team of researchers from the USA, simulations reveal how disordered proteins cluster and form biomolecular condensates. 🧑‍🔬 👉 Quick overview: https://ow.ly/jXy950ZrSil 📝 In-depth: https://ow.ly/B0hP50ZrSim

⚡New JPhys Energy Roadmap What if material complexity could accelerate the clean energy transition? Read the roadmap: https://ow.ly/6XmM50ZusYP Learn more about JPhys Energy: https://ow.ly/OngK50ZusYQ

Happy Birthday to Maria Mitchell, American astronomer and educator 🔭! In 1847, she discovered the comet C/1847 T1 ☄️. Fun fact: Mitchell entertained a number of prominent academics at her home on Nantucket such as Ralph Waldo Emerson and Sojourner Truth. #WomeninSTEM #astronomy #WomeninScience

What do tape, maple syrup, and cat lasers all have in common? They're all materials used in this week's #FunPhysicsFriday! In this activity, students will build an analog simulator of a photonic quantum computer ⚛️. Join in on the fun here🔗: https://ow.ly/VwsB50ZusSU #quantumphysics #physicseducation

#OnThisDay we celebrate the birthday of Emil Wolf, a Czech-born American physicist! Wolf made advancements in physical #optics, including diffraction and the theory of direct scattering and inverse scattering. Explore some of Wolf's groundbreaking research: https://ow.ly/HhP650ZusHa #OpticalPhysics

💡 Get inspired by cutting-edge materials science research. All the research presented at the 3rd World Materials Conference (WMC) is now available open access. 🔓 👉 Read the open access proceedings: https://ow.ly/ThfH50ZtMep

Exciting #physics research finds nonlinear photoexcitation in Mott Insulators. ⚛️ Researchers have discovered laser-driven feedback effects reveal new ways to engineer conductivity in strongly interacting systems. 👉 Quick overview: https://ow.ly/19IS50ZrSe3 📝 In-depth: https://ow.ly/yoUK50ZrSe4

Share your voice. Make your mark. What are the biggest challenges you're facing as an early career researcher? ✏️https://ow.ly/C7OX50ZtSt0 Complete our 10 minute survey to tell us what support would make the biggest difference to your publishing journey and research career. ⚛️ #AcademicSky #ECR

Bioinspiration & Biomimetics is currently seeking an enthusiastic and engaged Editor-in-Chief to develop and lead the journal in collaboration with the IOP Publishing team over a 3-year term. Find out more and apply. Deadline: 14th August 2026. https://ow.ly/6qGJ50Zoh1j

⚛️Are you familiar with the #quantum Zeno effect? This commonly overlooked phenomenon can severely slow and even stop certain quantum computations, posing a significant challenge in quantum computing. Explore researchers' solutions for mitigating the Zeno effect here: https://ow.ly/WFVP50ZtYat

Our latest roadmap paper explores the opportunities and challenges for superconducting technologies in future transport, and has been featured by Phys.org - News and Articles on Science and Technology 📖 Paper: https://ow.ly/YeJN50ZtPJU 📰 Article: https://ow.ly/z0BK50ZtPJT #Superconductors #NetZero

Roadmap to Electrification of Transportation Systems Enabled by Superconducting Technology - IOPscience

Roadmap to Electrification of Transportation Systems Enabled by Superconducting Technology, Song, Wenjuan, Yazdani-Asrami, Mohammad, Melhem, Ziad, Samoilenkov, Sergey, Lee, Sergey, Rindfleisch, Matthew A, Tomsic, Mike J, Doll, David Wayne, Kovacs, Chris, Peng, Xuan, Sumption, Mike D, Majoros, Milan, Jiang, Zhenan, Amemiya, Naoyuki, Haugan, Timothy J, Kim, Hyung-Wook, Gomory, Fedor, Lacroix, Christian, Awaji, Satoshi, Grilli, Francesco, Berg, Frederick, Bullard, Thomas, Latypov, Damir, Pei, Xiaoze, Haran, Kiruba, Arndt, Tabea, Badcock, Rodney Alan, Bong, Uijong, Ainslie, Mark D, Zhou, Difan,...

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A new study reveals that information can be extracted from medical #AI models more effectively than previously thought. Past studies have only evaluated the risk across all patients in a training set. What happens when researchers examine the risk for an individual patient? https://ow.ly/f6jK50ZsrkZ

Research4Life turns 25! 🎉 At IOP Publishing, we're proud to support Research4Life and its mission to expand access to high-quality research worldwide. Congratulations on 25 years of impact, collaboration, and connecting researchers with the knowledge and resources that drive discovery. 🌍 #R4L25

Exciting new #QuantumPhysics research makes sense of quantum wavefunction collapse.⚛️ By modelling measurement as a continuous stochastic process, this work offers an alternative to discontinuous collapse processes 👉 Overview: https://ow.ly/xxWC50Zofts 📝 Full article: https://ow.ly/AEVg50Zoftt