1/3 What if a filament could remember its own bend and switch stiffness on demand? Imagine a microtubule that toggles between stiff and floppy simply by changing its spontaneous curvature—how could cells exploit such a shape‑memory switch? #academicsky #biophysics #sciwri

That’s a wrap on my 8th #ScienceWriters conference! Thankful to @sciencewriters.org for cultivating this supportive community, @oregonstate.edu for being such a gracious host, & #BarrowNeurologicalInstitute for supporting my attendance. I always leave feeling seen, inspired, & proud to be in #sciwri

1/3 Your brain glows. Faintly — a few photons per second, too dim for any eye. A 2025 study measured that glow from human heads during tasks and found its spectrum shifts with what the person is doing. #academicsky #neuroskyence #sciwri

I had forgotten how fun #SciWri conferences are! Yesterday, I had lunch with a running shoe researcher whom we berated with questions about toe boxes and cushioning and lacing techniques. Then, I embarrassed myself in a science comics session by drawing the ugliest dolphin humankind has ever seen.

After 30 years of living with #seizures, George Zapien is nearing 1 year seizure-free following #epilepsy surgery at #BarrowNeurologicalInstitute. It's something he never thought possible when he was experiencing multiple seizures per week: www.barrowneuro.org/about/news-a.... #sciwri #neuroskyence

3/3 If charge alone can organize a genome, could tuning ionic conditions unpack a virus on demand? What would that mean for antiviral design? #academicsky #biophysics #sciwri

2/3 Jiang et al. (2026) used explicit electrostatics to model RNA packing in a viral capsid. Charge interactions with coat proteins dominate genome organization — details mean-field models miss. https://arxiv.org/pdf/2608.27825v1 #academicsky #biophysics #sciwri

1/3 What if a virus's RNA genome folds itself mostly by electric charge? Simulations show the capsid's positively charged arms alone can shape how the genome packs. #academicsky #biophysics #sciwri

📣Pitch details: The Xylom @thexylom.com

🔹Global health and environmental disparities
💰300 USD per piece for reported stories, and 150-200 USD for reported essays and op-eds

#ScienceJournalism #science #journalism #SciWri #freelanceGig
www.thexylom.com/submissions

🚨Pitch details: Brain Facts @brainfacts.org

🔹Open to all neuro-related pitches
🔹long (1000-1200 words), medium (700-900 words), and short-form (500-800 words)
🔹$1 per word dollar (USD) per word
#ScienceJournalism #science #journalism #SciWri #freelanceGig
www.brainfacts.org/about/how-to...

🚨Pitch details: The Transmitter @thetransmitter.bsky.social

🔹Neuroscience and related fields
🔹~1,000-1,200 words
🔹Scientist-written essays come with a $1,000 honorarium
🔹Journalists: $1 per word

#ScienceJournalism #science #journalism #SciWri #freelanceGig
www.thetransmitter.org/editorial-po...

🚨Pitch contacts: Scientific American @sciam.bsky.social

#ScienceJournalism #science #journalism #SciWri #pitch #story #freelanceGig

www.linkedin.com/posts/robin-...

1/3 What if your cells aren't just listening to electromagnetic fields — they're emitting their own? Cells may generate weak electric fields that could help them communicate at a distance. #academicsky #biophysics #sciwri

Himalaya Solutions Huddle @soljourno.bsky.social
@mongabayindia.bsky.social

🔹3-day workshop in Himachal Pradesh
🔹Upto 15 journalists based in or working in India's Himalayan states on 26-28 Oct 2026

⭕Deadline: 2 Oct 2026

#ScienceJournalism #SciWri #pitch #story #freelanceGig lnkd.in/p/gANKhtrr

🚨Pitch call: STAT News @statnews.com

🔹Health, medicine, and scientific discovery
💰$1 per word

#ScienceJournalism #science #journalism #SciWri #opportunity #pitch #story #research#freelance #freelanceGig

www.statnews.com/pitch-guidel...

What if a single carbon defect in hexagonal boron nitride could act as a room‑temperature quantum sensor, reading magnetic fields without any cooling? Kim et al. (2024) explore this possibility. https://arxiv.org/pdf/2608.20833v1 #academicsky #spinqubits #sciwri

1/3 A protein hit by an X-ray free-electron laser explodes in femtoseconds — yet that's when we record its structure. A new benchmark tests if simulations capture both ionisation and fragmentation. Would you trust a structure from an exploding molecule? #academicsky #biophysics #sciwri

1/3 Your cells can be hit by a 765 nm laser and make singlet oxygen — no dye, no photosensitizer, just oxygen itself absorbing the light. How is that even possible? #academicsky #biophotonics #sciwri

1/3 The magnetic part of light barely touches molecules — usually. Nanostructures can switch on 'forbidden' chemistry, like making singlet oxygen. What else could magnetic light unlock? #academicsky #photochemistry #sciwri

3/3 The elegant part: no winner declared upfront — the screen exposes which mechanisms are information-rich and which are just noise. If you could test one carrier in your own cells, which would you bet on? #academicsky #biophysics #sciwri