cambridge_ee (@cambridge_ee) 's Twitter Profile
cambridge_ee

@cambridge_ee

University of Cambridge, Division of Electrical Engineering

ID: 1144652188591038464

linkhttp://ee.eng.cam.ac.uk calendar_today28-06-2019 17:02:03

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Royce Cambridge (@roycecambridge) 's Twitter Profile Photo

We've joined forces with Conception X to bring this opportunity to PhD students in materials royce.ac.uk/news/royce-hyd…. Join our Cohort 8, starting in March 2025, and receive additional support and connections through the Royce Hydrogen Accelerator.

We've joined forces with <a href="/conceptionxtech/">Conception X</a> to bring this opportunity to PhD students in materials royce.ac.uk/news/royce-hyd…. Join our Cohort 8, starting in March 2025, and receive additional support and connections through the Royce Hydrogen Accelerator.
Luigi Occhipinti (@locchipi) 's Twitter Profile Photo

Our latest #AdvancedMaterials paper! doi.org/10.1002/adma.2… We developed an isotropic omnidirectional strain sensor inspired by human fingerprints, with directional discrimination ability and hypersensitivity—for healthcare, robotics, and more. Engineering Dept Muzi

cambridge_ee (@cambridge_ee) 's Twitter Profile Photo

🚀 Breakthrough in strain sensing! A new biomimetic sensor achieves omnidirectional hypersensitivity & precise strain detection—transforming engineering, healthcare, robotics & more. Read more: bit.ly/410dj9k #Engineering #Sensors #Innovation #Cambridge Occhipinti Group

cambridge_ee (@cambridge_ee) 's Twitter Profile Photo

Struggling with sleep? 💤 Engineering Dept has developed wearable tech using AI & biometrics to improve sleep disorder diagnosis & treatment! Read more: bit.ly/412qUM7 #SleepTech #AI #WearableTech #CambridgeResearch

Struggling with sleep? 💤 <a href="/Cambridge_Eng/">Engineering Dept</a> has developed wearable tech using AI &amp; biometrics to improve sleep disorder diagnosis &amp; treatment!
Read more: bit.ly/412qUM7
#SleepTech #AI #WearableTech #CambridgeResearch
ARIA (@aria_research) 's Twitter Profile Photo

From developing a next-gen electronic skin for robots, to crafting novel tech for muscle-like actuation, introducing the next seven teams we’re funding in Robot Dexterity. (1/2)

ARIA (@aria_research) 's Twitter Profile Photo

Working on Technical Area 1, their ultimate goal is to improve the skills and dexterity of robots to create vastly more useful machines. Check out the portfolio so far: link.aria.org.uk/rd-creators-x (2/2)

Working on Technical Area 1, their ultimate goal is to improve the skills and dexterity of robots to create vastly more useful machines. Check out the portfolio so far: link.aria.org.uk/rd-creators-x (2/2)
Tawfique Hasan (@tawfiquehasan) 's Twitter Profile Photo

Super excited to be a part of ARIA’s #dexterous #robot program! Our #sensors will allow future robots to detect force magnitude, direction, sliding, texture, and temperature, achieving unprecedented #dexterity and precision! Engineering Dept Cambridge Graphene Centre cambridge_ee

cambridge_ee (@cambridge_ee) 's Twitter Profile Photo

Cambridge University spin-out CamGraPhIC secures €25M to advance graphene-based tech for energy-efficient AI and high-speed data: bit.ly/photonic-circu… #AI #Graphene #Innovation

cambridge_ee (@cambridge_ee) 's Twitter Profile Photo

🇨🇦🇬🇧 Canada’s tech delegation visited Cambridge University to strengthen 🇬🇧🇨🇦 collaboration in #semiconductors, #photonics & #quantumtech. Hosted by Prof. Andrea Ferrari, the mission showcased deep-tech R&D shaping global innovation. NEWS STORY: bit.ly/3YmfFO8

🇨🇦🇬🇧 Canada’s tech delegation visited <a href="/Cambridge_Uni/">Cambridge University</a> to strengthen 🇬🇧🇨🇦 collaboration in #semiconductors, #photonics &amp; #quantumtech. Hosted by Prof. Andrea Ferrari, the mission showcased deep-tech R&amp;D shaping global innovation.
NEWS STORY: bit.ly/3YmfFO8
cambridge_ee (@cambridge_ee) 's Twitter Profile Photo

🧠💡 Heat hack for bioelectronics? Cambridge researchers have developed a simple thermal trick to enhance the performance of a promising material for brain–computer interfaces and medical implants. 👉Read more: bit.ly/445gPkU #Neurotech #Bioelectronics #MedicalDevices

🧠💡 Heat hack for bioelectronics? Cambridge researchers have developed a simple thermal trick to enhance the performance of a promising material for brain–computer interfaces and medical implants.
 👉Read more: bit.ly/445gPkU
#Neurotech #Bioelectronics #MedicalDevices
cambridge_ee (@cambridge_ee) 's Twitter Profile Photo

3D-printed polymer nanorings = a big win for quantum photonics. Cambridge team’s breakthrough could boost photon control in scalable quantum systems. 🔗 ee.eng.cam.ac.uk/index.php/2025… #Quantum #Photonics #Research

3D-printed polymer nanorings = a big win for quantum photonics.
Cambridge team’s breakthrough could boost photon control in scalable quantum systems.
 🔗 ee.eng.cam.ac.uk/index.php/2025…
#Quantum #Photonics #Research
cambridge_ee (@cambridge_ee) 's Twitter Profile Photo

Two Cambridge Electrical Engineering researchers honoured by @WCSIM_UK 🎉 🧠 Dr Amparo Güemes – Beloe Fellowship 💓 Ruben Ruiz-Mateos – SIM Scholarship for wearable tech detecting heart disease 🔗 eng.cam.ac.uk/news/electrica… #WCSIM #CambridgeEngineering #Wearables #STEM

cambridge_ee (@cambridge_ee) 's Twitter Profile Photo

Cambridge method turns plastic into high-precision sensors for wearables & health tech. Read the news story here: bit.ly/43DldXN

Cambridge method turns plastic into high-precision sensors for wearables &amp; health tech. Read the news story here: bit.ly/43DldXN
cambridge_ee (@cambridge_ee) 's Twitter Profile Photo

See tomorrow’s tech today! 👀 Join us for Open Days 2025, 10–11 July, 1–4 pm. Live demos, LiFi, wearables + more. Just drop in! bit.ly/46cedCE #Cambridge

See tomorrow’s tech today! 👀 Join us for Open Days 2025, 10–11 July, 1–4 pm. Live demos, LiFi, wearables + more. Just drop in! bit.ly/46cedCE #Cambridge