Oliver McRae

Mechanical Engineer (Fluid Dynamics), Postdoc @CELL_MET_ERC @BU_Tweets / Aviation Enthusiast / Runner / 🇯🇲

[Oliver McRae @OliverMcRae]

I'm excited to share our latest research, featured on the front cover of February's "Biotechnology and Bioengineering"! 🧵

Article: https://t.co/BTRXfQTciq
PDF (free): https://t.co/imrIebqfen

[Oliver McRae @OliverMcRae]

@lsmontal @cee_nwu @NorthwesternU Huge congrats Lucia!!! 🍾

[Centro Sismológico Nacional @Sismos_Peru_IGP]

REPORTE SÍSMICO
IGP/CENSIS/RS 2024-0292
Fecha y Hora Local: 04/05/2024 23:38:15
Magnitud: 4.7
Profundidad: 6km
Latitud: -13.63
Longitud: -71.67
Intensidad: IV Lucre
Referencia: 7 km al E de Lucre, Quispicanchi - Cusco

[Oliver McRae @OliverMcRae]

Just felt an earthquake in Cusco, Peru

[Oliver McRae @OliverMcRae]

This combination led to a predictive model for cell viability, paving the way for enhanced bioreactor designs and cell culture protocols.

Thrilled to have led a fantastic team at @BU_Tweets, @biogen, and @Amgen for this interdisciplinary work!

[Oliver McRae @OliverMcRae]

I'm excited to share our latest research, featured on the front cover of February's "Biotechnology and Bioengineering"! 🧵

Article: https://t.co/BTRXfQTciq
PDF (free): https://t.co/imrIebqfen

[Oliver McRae @OliverMcRae]

In our study, we delved into how bubble formation in bioreactors impacts mammalian cells, especially CHO cells used in biotech for therapeutic production. We combined microfluidic experiments with computational fluid dynamics to study the stressors from bubble pinch-offs.

[Oliver McRae @OliverMcRae]

@xgrace1e @nyrr Congrats! I also got in on my first try!

[Ishmail Abdus-Saboor @IshmailSaboor]

What an incredible honor, especially considering all of the award winners to come before me. Grateful to my mentors, lab members, collaborators, family and friends.

[Physical Review Fluids @PhysRevFluids]

PRFluids Editors' Suggestion: An expanding neck forms when two bubbles merge in water. Turns out that the early-time dynamics of coalescence are not altered by the presence of polymers. That happens later! See the new paper by Oratis et al. @ https://t.co/3oObpEqMy4. #bubbles

[Oliver McRae @OliverMcRae]

@AllysonSgro Saw you walking in! Congrats to you and your graduates! 👏🏽

[Physical Review Fluids @PhysRevFluids]

PRFluids Editors' Suggestion: A glass of fizzy drink is a complex laboratory for two-phase flows. In your next glass, watch for those tiny rising bubbles. Here, @ZenitLab and Co. show why champagne has stable “bubble chains” but other bubbly drinks do not. https://t.co/FNInAjxRdV

[BU Fluid Lab @BU_FluidLab]

Thank you to @BU_Tweets The Brink for the excellent coverage of our recent paper on jet drop enrichment and explaining the science behind it!

https://t.co/lufs9xQGVS

[Navid Hooshanginejad @hooshanginejad]

Our video “Mermaid Cereal” wins the Gallery of Soft Matter from the @ApsDsoft @APSMeetings! 🧜‍♀️🥣
If you haven’t seen it yet, check it out with 🔈 from the link below. Music composed by @jackwilliamb21. #aprmarch #dsoft

https://t.co/P4rmAxF9WL

[Oliver McRae @OliverMcRae]

Thanks @PhysicsToday for highlighting our work!💧

[Physics Today @PhysicsToday]

How contaminated water creates contaminated aerosols https://t.co/PHv1vCNdIp

[Harris Lab @FluidDanamics]

For those at #apsmarch @APSMeetings, I hope you'll join for my invited talk on Thursday 8am to kick-off the Robophysics II session (S10, Room 202).

https://t.co/X9mCgC4p7w

And as an added incentive, I'll be giving away SurferBot kits (while supplies last)! 🌊🤖🌊 #surferbot

[Harris Lab @FluidDanamics]

First up from the #harrislab #apsmarch, we have @hooshanginejad who will be presenting our work on magnetocapillary interactions, otherwise known as Mermaid Cereal! 🧜🥣@APSMeetings

Tues 1:30pm, G18.11, Room 210
https://t.co/SbgPE7FqV0

[Fluids, Interfaces & Transport Laboratory @ UIUC @FengFluidsLab]

Happy to share our recent work on contaminated bubble bursting just published @NaturePhysics, showing oil-coated bubble bursting enhance aerosol formation and transmission by producing jets that are smaller and faster than those formed by pristine bubbles.https://t.co/Q6f1NYMmRp

[Douglas Holmes @dpholmes]

Ever wonder what happens when granular matter sticks to thin sheets?

As the grains pack and jam and clump the sheet warps and crumples, leading to three distinct regimes.
https://t.co/CPIu8kAluG