Adam is up presenting #VPRTempo at #ICRA2024 IEEE ICRA Tobias Fischer

Here we have Adam Hines challenging himself by attempting to present not one, but two posters simultaneously at #ICRA2024 IEEE ICRA. So not only will he have a hoarse voice, but perhaps also a sore neck! #VPRTempo #VisualPlaceRecognition Tobias Fischer QUTRobotics

Last paper from my PhD is out now as an early release. In it, we explore a mechanism of general anesthesia that affects only excitatory neurons using Drosophila brains. Combines super resolution, pHluorin, and calcium imaging to discover this phenomenon jneurosci.org/content/early/…

I had the opportunity to write for the conversation about our latest paper, check it out 👇🏻 theconversation.com/after-180-year…

A (nearly) whopping 80k people read my article in the The Conversation - Australia + New Zealand - with a few media follow-up requests to boot. Great to see the interest in what we found with general anesthesia If you haven't seen it yet, check out our paper here tinyurl.com/5n7e3djr

Playing around with our Hexapod robot and getting ready for some upcoming experiments! Definitely turns heads around the QUT Gardens Point campus as she scuttles about 🤖

When you finally (stress, FINALLY) get your high-risk, high-reward robotic platform to work

Our JNeuro paper is out now in full and was featured by SfN Journals as one of the most discussed articles for the entire month of May. Great to see so much discussion and interest in our work understanding how general anaesthetics work 🔬🧠 Full paper 📄 doi.org/10.1523/JNEURO…

Job update, this September I’ll be joining Macquarie University as a Postdoctoral Research Fellow in Computational modelling & Biorobotics with Prof. Andrew Barron 👉 linkedin.com/posts/adamdhin… #bees 🐝 #hoverfly 🪰 #robots 🤖 @puh23 Tobias Fischer Michael Milford, FTSE 🤖🚘🐀🧠📘🗣️ QUTRobotics

Labor ReLU activation function.

What do you mean I’m an expert

Not sure about the relevancy 🤔 Michael Milford, FTSE 🤖🚘🐀🧠📘🗣️

Classic C. Elegans researcher sign off

Paper revisions.

Scientists have developed an energy-efficient, #brain-inspired #localization system that enables small robots to perform visual place recognition while traveling over 8 kilometers. QUT Read more in Science #Robotics: scim.ag/4l3X02C

A new Science #Robotics study describes LENS, a #neuromorphic #localization system that enables small robots to perform visual place recognition in real-time while using less than 8% of the energy required by other systems. Adam Hines scim.ag/4l3X02C