Congratulations to Mark! Controlling enzyme activity could pave the way for innovative treatments using a synthetic recognition material (MIPs) designed to inhibit alpha-amylase activity, slowing starch breakdown into glucose.pubs.acs.org/doi/full/10.10…

Steffen received the Best Postdoctoral Fellow Poster Award (1st place) at the 95th Annual Meeting of The Society of Rheology held in Austin, Texas from October 13th to 17th, 2024. It was his third time in a row! Congratulations! rheology.org/SoR/Awards/Pos…

The interplay of plasticity and elasticity in elastoviscoplastic flows in wavy channels Physics of Fluids pubs.aip.org/aip/pof/articl…

Check out our paper featured in Physics of Fluids! We show how enhancing the elasticity of yield stress fluids can prevent the formation of dead zones in porous media flows, and give rise to interesting dynamics. pubs.aip.org/aip/pof/articl…

Congratulations on Santo's PNAS paper related to digital art! Structural stability and thermodynamics of artistic composition | PNAS pnas.org/doi/10.1073/pn…

10回目の開催となる #OIST #サイエンスチャレンジ! OISTでの研究環境を体験してみませんか？ 全国の理系に熱意を持つ大学生と交流できるチャンスです！ さらに、#OIST博士課程学生 の生活も体験できますよ～ 応募締切り📅 2025年1月5日！ 2025年3月開催！ 応募受付中➡️shorturl.at/bKPm3

🧮🎨OISTの物理学者は、デジ絵を「溶かし」、作品の「くっきりさ」を測定する手法を提案しました。オリジナルとぼかした画像を比較することで、芸術的な性質を数値化できることを証明しました。なんと、研究成果はとあるゲームの絵文字に…？👀 bit.ly/3ZGT3aW PNASNews #miko_Art

【注目プレスリリース】絵文字と物理学 画像の「くっきりさ」を数値化する手法を開発 OISTの物理学者が提案した斬新な画像解析手法が芸術と科学の架け橋に。 / 沖縄科学技術大学院大学 research-er.jp/articles/view/…

OISTの #科学者 たちと一緒に科学の世界を楽しもう！ #OISTサイエンスフェスタ2025 は2月1日（土）開催です。 みんなで学んで楽しめるコンテンツが盛りだくさん！ 一部研究棟も特別開放します！ ✅参加無料！ ✅参加申込は12月25日（水）よりスタート！ 🌐 詳細はこちら 👉oist.jp/ja/science-fes…

🌍学際的な研究を推進する #OIST で、国際的な環境の中で研究してみませんか？ OISTでは、5年一貫制博士課程とリサーチインターンシップを提供しています。 📅出願締切： #OIST博士課程：2025年3月31日 #リサーチインターンシップ：2025年4月15日 詳細はこちらから👉admissions.oist.jp/ja

Congratulations to Ricardo for his publication on PNAS Nexus! “We measured the flow within and above a glass micro canopy contained by a microfluidic channel to explore elastic turbulence in a complex geometry and compare it with classical turbulent flow”

Open postdoctoral position in my group at the Okinawa Institute of Science and Technology (OIST) in Japan. The position focuses on experimental research in microfluidics, rheology, and viscoelastic instabilities involving complex fluids.

oist.jp/research/resea…

How direct-current electric fields (dcEF) impact microRNA profiles in glioblastoma cells? 🧠⚡️ Our findings suggest that dcEF can influence crucial gene regulators, potentially opening new avenues for targeted cancer therapies. pubs.aip.org/aip/bmf/articl…

In Japan's research landscape, @OIST is different by design. We were created to deliver world-class science and innovation, and to showcase alternative models for excellent, interdisciplinary science. nature.com/articles/d4158…

Capillary thinning in dilute polymer solutions slows with concentration—but why? In our new PRX paper, we show that molecular weight distribution, not self-concentration from chain stretching, governs the dynamics—without requiring interchain interactions.journals.aps.org/prx/abstract/1…

🚀 Just published! Excited to share our new paper exploring how dilute polymer solutions behave under large amplitude oscillatory extension (LAOE) — a regime that has long posed experimental challenges. sciencedirect.com/science/articl…

🤝 A fruitful collaboration with Prof. Pranab Mondal (IIT Guwahati), supported by the JSPS Invitational Fellowship. What governs analyte-driven flow & particle trapping in paper-based microfluidics? doi.org/10.1063/5.0263…

Oldroyd-A = Oldroyd-B in 2D flows — but diverge in 3D! Disclike particles can suppress inertial turbulence. 👏 Congrats to Fabian on his 2nd first-author paper, in PRL. 👏 Great wrap-up by former postdoc Stelios Varchanis (Flatiron Institute) journals.aps.org/prl/abstract/1…

We’re excited to invite all DFD members to our 3rd APS- DFD Online Forum on the Societal Impact of Fluid Dynamics: Tropical Cyclones and Climate: Insights from Fluid Dynamics Date: Monday, November 3, 2025 Time: 9 - 10 a.m. ET Duration: One hour