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Our group specializes in theoretical and experimental studies of exciting and innovative research fields such as machine learning, extracellular and intracellular stimulations and recordings of neurons in-vitro, synchronization of neural networks and chaotic lasers, physical random number generators and advanced protocols for secure communication.
Recent Publications
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How do Attention Transformers Work
16:37
Dendritic learning as an alternative to synaptic plasticity - continue
08:58
Multilabel classification outperforms detection-based technique
03:09
The role of delays in brain dynamics
03:30
Physics has mislead neuroscience for over two decades
07:46
Classification with changing number of objects using deep learning
04:29
Advanced confidence AI applications in autonomous vehicles
03:53
How does deep learning work?
04:56
Can the shallow brain compete with deep learning
04:20
Better paths yield better AI
02:22
Unreliable neurons improve brain functionalities and cryptography
03:52
Dendritic learning as an alternative to synaptic plasticity - continue (1)
08:58
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