The Role

As a Senior Research Scientist at Natural Intelligence GmbH, you will not just build upon existing feed-forward ML models, but you will design and test novel recurrent architectures based on biological principles. You will explore how recurrence, oscillatory dynamics, and self-organization can drive computation. Working closely with our Infrastructure Engineers, you will translate high-level mathematical theory into scalable, functional code.

Key Responsibilities

• Novel Architecture Design: Develop and analyze computational models inspired by the HORN model and oscillatory recurrent network architectures. You will investigate how biology-inspired architectural priors can outperform current digital AI systems.
• Dynamics & Learning Algorithms: Research and implement biologically plausible learning algorithms, synaptic plasticity, and self-organization rules. Expect to move beyond standard backpropagation to explore alternative, biology inspired readout mechanisms and learning rules.
• Theoretical Analysis: Analyze the state spaces of dynamical systems, focusing on metastability and wave-based information processing to understand how these networks compute.
• Simulation & Implementation: Implement biology-inspired oscillator networks and spiking neuron models using high-performance frameworks (PyTorch/JAX). You will validate these models on our internal compute cluster.
• Cross-Disciplinary Collaboration: Collaborate with external partners on implementing these concepts on analog hardware platforms, and work in tandem with our Infrastructure Engineers to optimize research workflows.

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Your Profile

We are seeking senior post-doc level researchers with 4+ years of postdoctoral research experience who bridge the gap between theoretical neuroscience and modern machine learning. In short, you are a scientist who codes, driven to understand the "why" behind intelligence.

Essential Technical Requirements

• Education: Ph.D. in Neuroscience, Machine Learning, Physics, Mathematics, Computer Science, or a related field with 4+ years of experience as postdoctoral researcher is required.
• Track Record: A proven history of research excellence, demonstrated by peer-reviewed publications in top-tier conferences (Cosyne, NeurIPS, ICML, ICLR) or journals (Nature, Science, PNAS, etc.).
• Mathematical Foundation: Solid understanding of the mathematics underlying machine learning (linear algebra, statistics, calculus).
• Scientific Expertise: Deep understanding of dynamical systems, recurrent neural networks, and machine learning in general. Familiarity with oscillatory dynamics or the HORN model is a strong plus.
• Coding Proficiency: Multi-year experience with Python and deep learning frameworks (PyTorch/JAX).

Soft Skills

• Research Autonomy: Strong self-management skills with the ability to take a research project from conceptualization to publication and implementation.
• Communication: Excellent written and verbal communication skills in English, with the ability to explain complex theoretical concepts to engineering teams. Knowledge of German is a plus, but not required.
• Collaborative Mindset: You enjoy working in an interdisciplinary environment where physics, biology, and computer science converge.

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What We Offer

• Impact: A unique opportunity to work on the frontier of Neuro-AI, where your research directly shapes the company's technological core and intellectual property.
• Environment: A creative setting combining academic rigor with entrepreneurial agility. You will work within a network of renowned research institutes while enjoying the fast-paced execution of a startup.
• Resources: Access to state-of-the-art compute clusters and a dedicated infrastructure team to support your experiments.
• Growth: Opportunities to collaborate with international partners, present your work at international conferences, and explore implementations on novel analog hardware.
• Package: Competitive salary and benefits package.