Talks, Seminars & Presentations
09/2023 MSU, Freshman Research Symposium: Coming up!
06/2023 MSU, NNCI REU CONVOCATION: Brain-on-a-chip technology: Where we are at and what comes next?
06/2023 MSU, NNCI REU CONVOCATION: Brain-on-a-chip technology: Where we are at and what comes next?
10/2022 MSU, Jabs Women Entrepreneurship Week 2022: The peaks and valleys about bringing biotech from the bench to the market.
10/2022 MSU, Alzheimer's Research Symposium: Brain-on-a-chip technologies for Alzheimer's disease.
09/2022 MSU, Freshman Research Symposium: Magnetomechanical stimulation: What is it and what can we do with it?
03/2022 GRC Conference in Neuroelectronic Interfaces: Autonomous shaping of structure-function relationships in primary neuronal networks using magneto-mechanical actuation.
10/2022 MSU, Alzheimer's Research Symposium: Brain-on-a-chip technologies for Alzheimer's disease.
09/2022 MSU, Freshman Research Symposium: Magnetomechanical stimulation: What is it and what can we do with it?
03/2022 GRC Conference in Neuroelectronic Interfaces: Autonomous shaping of structure-function relationships in primary neuronal networks using magneto-mechanical actuation.
10/2021 MSU, Freshman Research Symposium: Engineering protein transport in the brain.
09/2021 TERMIS-AM TWIGs Webinar - Neural & Spine: Biomechanical modulation in soft matter neuro patterns.
02/2021 MSU, IEEE Professor Spotlight: What light can tell us about sensing temperature in brain networks.
09/2021 TERMIS-AM TWIGs Webinar - Neural & Spine: Biomechanical modulation in soft matter neuro patterns.
02/2021 MSU, IEEE Professor Spotlight: What light can tell us about sensing temperature in brain networks.
10/2020 U of M, UTHSC, BME Graduate Seminar: Brain-on-a-chip technology: Potentials and Challenges.
09/2020 MSU, Freshman Research Symposium: How Temperature Impacts Brain Circuits.
02/2020 MSU, Applied Math Seminar: Magnetic Fields and Forces for Brain-on-a-chip Technology.
02/2020 MSU, Leadership MSU Presentation: Developing Neurotechnologies for Brain Cell Diagnostics in Montana.
09/2020 MSU, Freshman Research Symposium: How Temperature Impacts Brain Circuits.
02/2020 MSU, Applied Math Seminar: Magnetic Fields and Forces for Brain-on-a-chip Technology.
02/2020 MSU, Leadership MSU Presentation: Developing Neurotechnologies for Brain Cell Diagnostics in Montana.
09/2019 MSU, Freshman Research Symposium: Using Magnetic fields in neurons to our advantage.
08/2019 MSU, ECE, REU Research Seminar: Nano-scaled forces for neurotherapeutics and diagnostics.
02/2019 MSU, Chemistry and Biochemistry Seminar: Nano-Scaled Forces for Neurotherapeutics.
08/2019 MSU, ECE, REU Research Seminar: Nano-scaled forces for neurotherapeutics and diagnostics.
02/2019 MSU, Chemistry and Biochemistry Seminar: Nano-Scaled Forces for Neurotherapeutics.
11/2018 MSU, Physics Colloquium: Brain-on-a-chip technology: Potentials and Challenges.
11/2018 MSU, IEEE Professor Spotlight: From artificial neural networks to brains-on-chip.
10/2018 MSU, Freshman Research Symposium: Understanding neuronal cell communication through light.
02/2018 MSU, Innovation Road Show: How to connect the brain dots at the nanoscale.
11/2018 MSU, IEEE Professor Spotlight: From artificial neural networks to brains-on-chip.
10/2018 MSU, Freshman Research Symposium: Understanding neuronal cell communication through light.
02/2018 MSU, Innovation Road Show: How to connect the brain dots at the nanoscale.
10/2017 MSU, Freshman Research Symposium: Shaping up the brain at the nanoscale.
08/2017 ETHZ, IBT, LBB Research Seminar: Shaping up brain cell function at the nanoscale.
07/2017 MSU, ECE, REU Research Seminar: How to wire neuronal networks outside of the brain.
06/2017 MSU, MONT User Meeting: Microfluidics to engineer the brain cell environment.
02/2017 MSU, Cross-College Mental Health Scholarship Forum: Nanomagnetic forces for neural tissue engineering.
08/2017 ETHZ, IBT, LBB Research Seminar: Shaping up brain cell function at the nanoscale.
07/2017 MSU, ECE, REU Research Seminar: How to wire neuronal networks outside of the brain.
06/2017 MSU, MONT User Meeting: Microfluidics to engineer the brain cell environment.
02/2017 MSU, Cross-College Mental Health Scholarship Forum: Nanomagnetic forces for neural tissue engineering.
12/2016 MSU, COE Seminar: Shaping up brain function at the nanoscale.
01/2016 UWashington, BE Seminar: Nanoparticle based therapeutic approaches to engineer brain cell behavior.
01/2016 MSU, ECE Seminar: Nanoparticle based therapeutic approaches to engineer brain cell behavior.
01/2016 McGill, BME/BE Seminar: Engineering brain cell polarity: From microsystems to nanoengineering approaches.
01/2016 RPI, BME Seminar: Nanoparticle based therapeutic approaches to engineer brain cell behavior.
01/2016 UWashington, BE Seminar: Nanoparticle based therapeutic approaches to engineer brain cell behavior.
01/2016 MSU, ECE Seminar: Nanoparticle based therapeutic approaches to engineer brain cell behavior.
01/2016 McGill, BME/BE Seminar: Engineering brain cell polarity: From microsystems to nanoengineering approaches.
01/2016 RPI, BME Seminar: Nanoparticle based therapeutic approaches to engineer brain cell behavior.
02/2015 UFlorida, ECE Seminar: Nanoengineered Intracellular Forces and their Interplay with Neurons.
02/2015 GeorgiaTech, Biomedical Engineering Seminar: Nanoengineered Intracellular Forces and their Interplay with Neurons.
02/2015 GeorgiaTech, Biomedical Engineering Seminar: Nanoengineered Intracellular Forces and their Interplay with Neurons.
04/2014 UIUC, Bioengineering Seminar: Engineering the Neuronal Cell Niche Using Micro- and Nanotechnological Tools for Neurodegenerative Disease Studies.
03/2014 TUM-Neurosymposium: Nanoengineering tools to determine mechanical sensitivity of cortical neurons during development.
03/2014 TUM-Neurosymposium: Nanoengineering tools to determine mechanical sensitivity of cortical neurons during development.
03/2012 EPFL-Public Thesis Defense: Micro-engineering the Cerebral Cortical Cell Niche: A new Cell Culture Tool for Neuroscience Research.
11/2009 EPFL-IBI Seminar: Microfabricated Hydrogel Layers to Study Neuronal Network Formation.
(c) 2022 Kunze Lab
