Royal Society of Chemistry

This account has been archived. Stay connected with us on LinkedIn, Bluesky, Facebook, Instagram, WeChat, YouTube and TikTok.

[Royal Society of Chemistry @RoySocChem]

Social media and connecting with our community – moving on from X.

https://t.co/XzdoBjBvlv

[Royal Society of Chemistry @RoySocChem]

Connections in chemistry matter. Our worldwide community has over 60,000 members, making it easy to expand your network. Attend events, read about the latest breakthroughs and access industry insights. Don’t miss out: https://t.co/kPKaDsRbbn

[Royal Society of Chemistry @RoySocChem]

We're proud to see this news – @iitbombay and @RoySocChem hosted a unique chemistry camp for visually impaired students, combining hands-on science experiments with motivational sessions to inspire learning. Find out more ⬇��
https://t.co/TXdLB0Ty4G @ajitksharma @raghavansweta

[Royal Society of Chemistry @RoySocChem]

The worldwide researcher community is taking on chemical and global waste management. We have captured their significant publications in a new collection 🌏✨
Read now: https://t.co/cDtbAchipG

[IISER Thiruvananthapuram @tvmiiser]

IISER-TVM expressed sincere thanks to Prof. Swetavalli Raghavan, RSC for organizing the event on the occasion of World Environment Day.

Three distinguished speakers, Prof. Parathasarathi Chakraborty, IIT Kharagpur, Prof. Shobha Shukla, IIT Bombay & Prof. Susant Hazra, IISc.

[IISER Thiruvananthapuram @tvmiiser]

Prof. J.N. Moorthy, Director, IISER-TVM addressed the students on World Environment Day-2025 in an event organized by Royal Society of Chemistry and emphasized on the need to create global awareness about the harmful effects of plastic waste on ecosystems, wildlife & human health

[Royal Society of Chemistry @RoySocChem]

By 2030 we aim to:
✔️ Develop biodegradable PLFs
♻️ Advance PLFs circular economy
This transition needs innovation and collaboration.
Learn how we’re enabling it 🔗https://t.co/sO3JAV9HOs
#PLFs2040

[Royal Society of Chemistry @RoySocChem]

🌍 On #WorldEnvironmentDay, we’re spotlighting the forgotten polymers: PLFs.

Found in shampoos, paints & detergents, 36m tonnes are made yearly - almost none reused.
It’s time to act.🔗 https://t.co/sO3JAV9HOs

#SustainablePLFs2040 #BeatPlasticPollution

[Royal Society of Chemistry @RoySocChem]

💡 PLFs are vital but invisible.

Our Sustainable PLFs 2040 initiative brings together Unilever, BASF, & others to build biodegradable and circular alternatives.

#WorldEnvironmentDay #FutureOfChemistry #InnovationForEarth

[Royal Society of Chemistry @RoySocChem]

♻️ Bioplastics. Green hydrogen. Circular chemistry.
Meet 9 innovators using chemistry to turn climate ambition into action. This is the 2025 #Cleantech cohort. 🔗 https://t.co/uqasZg7Pse

#WorldEnvironmentDay #BeatPlasticPollution #RSCChangeMakers

[Royal Society of Chemistry @RoySocChem]

🌍 On #WorldEnvironmentDay, we’re celebrating chemistry’s role in beating plastic pollution. Our 2025 #Cleantech cohort includes startups tackling recycling, materials & emissions at scale.
🔗 https://t.co/uqasZg7Pse #ChemistryMatters #Sustainability

[John A Rogers @ProfJohnARogers]

I was delighted to deliver, in a tag-team presentation with Prof. @nanshulu (@UTAustin), the @RoySocChem Desktop Seminar #RSCdesktopseminar this morning on the topic of Wearable Sensors. In back-to-back talks, Nanshu and I covered some recent research in soft, skin-interfaced electronic devices for health monitoring and related applications. Nanshu – a close friend and highly accomplished independent researcher – was a spectacularly successful postdoctoral fellow in my group from 2009 to 2011, supported by one of our prestigious Beckman Fellowships at the @UofIllinois. With Prof. Dae-Hyeong Kim (then a PhD student in the group, now on the faculty at @SeoulNatlUni), Nanshu was co-first author on a landmark paper – titled ‘Epidermal Electronics’ -- that appeared in @ScienceMagazine in 2011. This publication introduced a unique technology, sometimes also referred to as an e-tattoo, defined by its skin-like physical properties and capability to interface with the skin at nearly any location on the body, in a nearly imperceptible manner. The ideas and hybrid materials approaches represented key conceptual advances at that time -- as a point of reference, commercial launch of the first wrist-worn wearable device (the Fitbit Flex) and the first soft, skin-interfaced electronics technology (the Biostamp from MC10) occurred two years later, in 2013. This publication, in large part, marked the start of broader, worldwide interdisciplinary research efforts in the engineering science of skin-interfaced devices – from materials chemistries to sensor technologies, data analytics techniques, clinical applications and others. Nanshu gave a beautiful talk on the latest work from her group in this area, highlighting body sensor networks formed with transferrable, printable, and hair-compatible devices. I presented some of our recent results on (1) sensors for measuring molecular gaseous flux into and out of the surface of the skin and (2) continuous monitors for tracking the volume of breast milk expressed during breastfeeding. Really honored to ‘share the stage’ with Nanshu!  Both talks can be accessed on-demand through the following link https://t.co/N9hvkoJF8W.  Thanks to Dr. Rose Wedgbury (Development Editor, @RoySocChem) and to Dr. Michael Hurst (Content Development Editor, @RoySocChem) for the invitation and to Dr. @geraldinehay (Deputy Editor, Materials & Nano Journal Portfolio, @RoySocChem) and Dr. Samantha Apps (Deputy Editor, Chemical Science, @RoySocChem) for chairing and hosting the event.

https://t.co/FhP4T3yeRg

[Royal Society of Chemistry @RoySocChem]

Would you like the chance to help an early-career chemical scientist grow and develop?

We are looking for mentors who can support mentees exploring options in industry, innovation and entrepreneurship.

Apply now: https://t.co/fIdJ8AHBxV

[Royal Society of Chemistry @RoySocChem]

Announcing: Molecular and ion flows through angstrom-scale channels Faraday Discussion.

Join us at our @Faraday_D #FD_Channels to understand opportunities to measure, control and manipulate nanoscale mass transport.

Find out more: https://t.co/qDuUFPUuC1

[Royal Society of Chemistry @RoySocChem]

Discover our EES Family collection, a showcase of landmark research from Energy & Environmental Science, EES Catalysis and our new journals, EES Batteries and EES Solar ➡️ https://t.co/EgBZAVrcrS

[Royal Society of Chemistry @RoySocChem]

Could we support your research progress?

Apply today for up to £5000 towards the chemicals, software licenses, consumable and equipment to boost your research. Check your eligibility: https://t.co/uBejUP7vKE

[Royal Society of Chemistry @RoySocChem]

Registration for MC17 closes on 9 June!

Join us for plenary lectures and keynote talks on the latest research in materials chemistry.

Book now for the 17th International conference on materials chemistry, sponsored by the Henry Royce Institute: https://t.co/NHXN0Xbo7P

[Royal Society of Chemistry @RoySocChem]

“I was both stunned and elated to be recognised by such a highly regarded institution for the work I do.”

Your nomination could make a difference to someone like Stuart. Don’t miss the 2025 window: https://t.co/ZALGw2P2YB ⭐

#RSCPrizes #EducationPrizes #Recognition #Education

[Royal Society of Chemistry @RoySocChem]

Explore the cutting-edge research in high-entropy alloy nanostructures & find solutions to the problems that remain in the field – with speakers including introductory & closing lecturers Brian Cantor & Dierk Raabe.

Join us for our @Faraday_D #FD_Alloys: https://t.co/JKQvZR0qXU

[Royal Society of Chemistry @RoySocChem]

Join experts from Schrödinger & AbbVie to learn modelling methods to improve your understanding of amorphous solid dispersion.

Our Chemistry World webinar on modelling amorphous solid dispersion release mechanisms happens on 10 June.

Register now: https://t.co/z9tosuHH5A