Neuro Optics Lab

Multidisciplinary lab at University of Cambridge led by @gemmabale - using light to monitor brain function and metabolism

[Neuro Optics Lab @NeuroOptics]

The lab are having a great time at #fNIRS 2024!

[Neuro Optics Lab @NeuroOptics]

Great to host an impromptu workshop on phantoms for #fNIRS measurements of cytochrome-c-oxidase yesterday! Looking forward to co-creating a standard for this, if anyone is interested in getting involved let us know

[Liam Collins-Jones @LiamHywelCJ]

Fantastic to see my research covered on yesterday’s ITV News! @UCL_DOTHUB @UCLmedphys @BirkbeckBabylab @EmilyDevNeuro @gowerlabs

[Liam Collins-Jones @LiamHywelCJ]

Huge thanks to @GemmaBale & @NeuroOptics for supporting this stall, and @DebiVickers_ & @SOUNDLabCam. Thanks to volunteers @emiliavlb, @JohnyNich, Cameron Smith and Ben Hughes who helped run the stall. Big thanks to @Yunjia_Hsia at UCL for supporting the brain scanning demo

[Liam Collins-Jones @LiamHywelCJ]

Do you ever think about what your brain does when it's solving a puzzle? Two weeks ago, I was at @GreenManFest running “Mind Games: your brain on puzzles” in Einstein’s Garden alongside @CurlyFriedMaxMH, @Eva_Higg and @dralicemorrell

[Cavendish Laboratory @DeptofPhysics]

In this second episode, Georgina explains how to move forward and backward while #IceSkating. She demonstrates how spinning utilises angular momentum and discusses the mechanics of jumping, including the vertical push and the impact forces upon landing. #Physics #WhatsYourGame

[Cavendish Laboratory @DeptofPhysics]

In this 2-episode series, PhD student Georgina Leadley explores the captivating sport of ice skating. In the first episode, she explains the physics of friction on the ice. #Iceskating is both beautiful and challenging due to minimal #friction between the blades and the ice.

[Churchill College @ChurchillCol]

As we approach @INWED1919 we're sharing the inspiration behind the engineering journeys of 3 @churchillcol students

🌟Miruna: https://t.co/26jwECpXWf
🌟Sruthi: https://t.co/IrTdHy7EXe
🌟Juliana: https://t.co/BkgaNQtAQW

@Cambridge_Eng @Whittlelab @SensorCUT @DepartofPhysics

[Zanna Voysey @zanna_voysey]

Brilliant talk today by @DAcharya_ at #LGS2024 on NIRS metrics of glymphatics - exciting times ahead for our sleep work in Cambridge!

[Neuro Optics Lab @NeuroOptics]

Earlier this year, we published "Towards an Interpretable Functional Image-Based Classifier: Dimensionality Reduction of High-Density Diffuse Optical Tomography Data" - check it out if you're interested in #fNIRS and #MachineLearning

https://t.co/NSzpv8eFIO

[Alexander von Lühmann @avolu_neurotech]

New paper out in our #frontiers special issue: "Subject-specific information enhances spatial accuracy of high-density diffuse optical tomography" by S. Srinivasan , D. Acharya, E. Butters, L. Collins-Jones, F. Mancini, G. Bale
https://t.co/fcT9VQ8QO9
#dot #fnirs #neurophotonics

[Neuro Optics Lab @NeuroOptics]

Last week, @emiliavlb got to share our #dementia study - using #fNIRS in the home - at @ARUKscientist #ARUKConf24 Really excited that this work got such a great reception!

[Georgina Leadley @GeorginaLeadley]

The best Christmas present I could have asked for - being a published author! 📚

Helped along by my supervisors @GemmaBale and Prof Topun Austin, writing this review was a great experience!

More to come next year…👀

https://t.co/gT3EX0jn8w

[Engineering Dept @Cambridge_Eng]

Congratulations @GemmaBale &
@SarahBohndiek co-Programme Directors @ARIA_research looking to accelerate technologies for non-invasive optical mapping & sensing across a range of applications from human health to climate change
@NeuroOptics
@ChurchillCol

https://t.co/IzEzAuRh9x

[Neuro Optics Lab @NeuroOptics]

Congratulations to Sruthi for presenting at #ACAIN2023 and winning the Best Paper Award! Really excited about our #ML #fNIRS work with @emiliavlb and @mancini_flavia

https://t.co/m64EBPeLwq

[Cavendish Laboratory @DeptofPhysics]

In this episode, Georgina delves into the heart of her research—the imaging cap. She discusses its power to decipher the impact of activities like #music on brain activity, comparing it to silence. Watch the video to learn about the potential of @NeuroOptics research. 🎵🧠

[Cavendish Laboratory @DeptofPhysics]

In this episode, delve into the fascinating world of near-infrared #spectroscopy with Georgina Leadley. She explains the basic principle of near-infrared spectroscopy, revealing how light penetrates the skull and travels into the brain to generate 3D images of brain activity.🌟🧠

[cambridge_ee @cambridge_ee]

Georgina is a student with @GemmaBale in the @NeuroOptics lab, here in Electrical Engineering. Take a look at this fab video series.....

[Ms Smart @BGSSmartScience]

Bella’s brain red haemoglobin levels being tested whilst she does some tricky mental maths problems @DeptofPhysics #physicsatwork #BGSYear10 #BGSPhysics

[Cavendish Laboratory @DeptofPhysics]

The momentum continues on Day 2 of our 39th Physics at Work Exhibition! 🚀 Few of the exciting demos from the day on Light & brain activity, blast wave measurements, and solar cell energy can be seen here. Inspiring young minds! #PhysicsAtWork 🌟🔬🌞 @TheGSAL @SharplesSchool