Thomas Stieglitz

This paper introduces a hybrid micro-ECoG array for multi-scale brain activity recording and functional mapping across species.

This study identifies a conserved ECM regulatory axis linking traumatic brain injury, spinal cord injury, and neural implant-induced injury through transcriptomic analysis, highlighting HA-DAMP signaling as a potential biomarker for monitoring implant biocompatibility.

This study evaluates how common implant polymers affect PMUT receive performance, showing that acoustic and mechanical properties, along with thickness, determine effectiveness.

This paper develops a biomimetic neurostimulation framework to restore naturalistic touch sensations via peripheral nerve stimulation, showing improved mobility and reduced mental effort in patients.

This study characterizes the transcriptional response of glial cells to chronic implantation of flexible microprobes over 18 weeks, showing initial activation and eventual partial normalization.

The paper introduces a psychometric platform to standardize the assessment of somatosensory sensations in neuroprosthetics, validated with amputees using implanted nerve interfaces.

The paper shows that context-specific reconfiguration of intrinsic coupling modes in the brain facilitates multisensory integration through changes in local field potential responses.

This paper demonstrates a closed-loop hand prosthesis that provides simultaneous intraneural tactile and position feedback to trans-radial amputees, achieving high accuracy in proprioception and object discrimination.

The paper introduces a mesoscale electrode array for epicortical recordings that selectively captures synchronized spiking activity, improving signal quality and reducing noise compared to intracortical recordings.

The paper identifies coupling modes in cortico-tectal networks using neural activity patterns and shows high frequency coupling reflects anatomical connectivity and is governed by slow cortical oscillations.