This is a list of students enrolled in the MSNE program since program start in 2016.
I am interested in studying the underlying principles of cognitive processes and translating them into technology.
Computational neuroscience and its utilization in understanding neural networks & dynamics for improved neuroprosthetics and interventions
I am interested in neural mechanisms of hearing, auditory nerve modelling and sound perception with cochlear implants.
Brain-Computer interfaces, Deep learning and Deep generative models
Bayesian Inference; Cognitive Computational Neuroscience; Motor Memory and Learning; Brain Stimulation; Neural Data Analysis
Working on the science, philosophy and ethics of emerging technologies (robotics, AI, neurotech). Love systems science, humanism and Bildung.
Brain-Computer-Interfaces + Neuronal Dynamics + Closed Loop Neuronal Control + Control Engineering
Carlo De Donno
Data analysis at Sirotalab. Hoping to bring systems neuroscience and BCI research closer together in the future.
Theoretical Neuroscience, in particular the role of spike timing in the formation of memory and sensory perception
Germán Díez Valencia
My main interest is to develop artificial cognitive systems.
Cristina Gil Ávila
Computational approaches to cognition, Natural Language Processing, Science and Technologies Studies in Neuroscience
Computational Intelligence, Computational Neuroscience, Memory, Cognitive Psychology. I am interested in Grand theories of Intelligence.
I am interested in brain signal processing and neuroprosthetics, and neurodegenerative diseases.
Neuroprosthetics, Deep Learning, Machine Learning
I am interested in Deep Learning and Neuro-Robotics.
I an interested in applying AI methods to analyse brain recordings
Interested in Visual systems (biological and artificial), Neuroprosthetics and Brain Computer Interface. Additionally I am curious about neuromorphic computing.
Interested in Deep Learning, Reinforcement Learning and Neuro-Robotics. Nature-inspired neural networks is also an interest of mine.
As a physicist I am interested in principled theoretical mechanisms in the brain. Focus: Computational Neuroscience, Deep Learning
Primarily interested in neural network representations of the brain, particularly with respect to affect and cognitive processes.
My main interests are neurorobotics and neuroprosthetics. I would also like to gain knowledge in neuromorphic systems.
Interested in Brain computer interfaces and Neuroprosthetics
Systems neuroscience including optogenetics and in-vivo electrophysiology to find mechanistic explanations for emotional processing.
I'm genuinely curious about many domains of Neuroengineering, with a stronger focus on Connectomics and Computational Neurosciences.
I am interested in neuroprosthetics and BCI or robotics
Neuropsychology, machine learning, brain-computer-interfaces (BCI), mindfulness research. I am working remotely with UC Davis
I'm interested in making neural nets robust and data efficient, drawing inspiration from the brain
I am most interested in neuroprosthetics and information transmission in neural circuits (particularily in vision and hearing).
Especially interested in brain signal processing, neurorecording methods and treatment of neuropsychiatric diseases.
I'm especially interested in the areas of artificial intelligence, deep learning, computational neuroscience and classical neuroscience.
Neuroprosthetics, Brain-Computer-Interfaces, Robotics
Computational Neuroscience, Data Analysis and Machine Learning
Interest towards Neurorehabilitation / Neuroprosthetics
Neuroprosthetics and -robotics, Computational Neuroscience and Artificial Intelligence are topics that fascinate me.
Interested in Neurophysiology of human and animal visual systems, mechanisms of visual processing, modeling artificial visual systems.
Getting inspiration from neuroscience for deep learning applications. Using deep learning for cracking the code of the brain.
Syed Suleman Abbas Zaidi
I am primarily interested in applying Machine Learning to Neuroscience. My current focus lies in understanding the primate visual system
Neuroprosthetics, neural interfacing.