#Polyoxometalates (POMs), are gaining attention for their potential in sustainable energy and catalysis technologies. The #Primer highlights the atomic-level structure and reactivity of POMs alongside their application in next-generation energy solutions.
https://t.co/tXnCgna3QD
From @Andy_P_Ault and co-workers is a new #Primer on optical photothermal infrared spectroscopy - a technique that uses a visible probe laser to improve the spatial resolution down to sub-micrometers. Check it out here: https://t.co/Df8LuYxYUx
Looking forward to welcoming the scientific community to London 13–15 Oct 2026 for Reframing Precision Medicine: Innovation to Implementation. We’ll explore how multi omics, AI & big data can move personalised care from promise to practice. Learn more at https://t.co/9Z91jGzmBX
🚨⏩ Check out our newest collection on #ultrafast methods - highlighting Primers articles on techniques that use ultrafast laser pulses for spectroscopy, microscopy, and manufacturing
https://t.co/Z5O401yMtq
This #PrimeView highlights the use of long-read sequencing for examining previously overlooked sources of genetic and regulatory variation.
https://t.co/Nk2vf466VE
Long-read #sequencing is transforming our understanding of the human #genome by revealing complex genetic variations often missed by traditional methods. This #Primer explores the computational techniques enabling these insights.
https://t.co/jTpkyHpfDb
And check out this #PrimeView featuring the workflow for generating highly multiplexed tissue images using imaging mass cytometry.
https://t.co/ezU6TBoV77
Imaging mass cytometry (IMC) offers a powerful approach for tissue imaging, detecting up to 45 markers at subcellular resolution. This #Primer from @BodenmillerLab and team guides users through the IMC workflow, from antibody conjugation to data analysis.
https://t.co/uFnOYeRRg9
And check out the ways in which high-temperature electrochemical cells can be interrogated using X-ray techniques in this #PrimeView
https://t.co/jfibK5862d
High-temp #electrochemical devices are vital for low-carbon energy. This #Primer outlines in situ/#operando methods to study their complex reactions, focusing on X-ray techniques and practical considerations for researchers. https://t.co/2x0pOMuhpZ
Join us at Princeton University this October to hear the latest electron microscopy instrumentation and methods driving progress in the physical and life sciences. https://t.co/0zmVNNFXgl
Looking forward to welcoming the scientific community to London 13–15 Oct 2026 for Reframing Precision Medicine: Innovation to Implementation. We’ll explore how multi omics, AI & big data can move personalised care from promise to practice. Learn more at https://t.co/9Z91jGzUrv
And check out the related #PrimeView, highlighting the use of positrons, to detect crystalline imperfections, such as vacancies or void spaces.
https://t.co/mQLuifLmTL
#Positron annihilation spectroscopy probes atomic-level structures by detecting γ-photons from positron-electron annihilation. In this week's #Primer, learn about the method, and the recent advances in studying defects in materials and interfaces. https://t.co/0ZSKp50Grt