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BEGIN:VEVENT
UID:20260521T025714Z - 72184@eupp247
DTSTART;TZID=Europe/Berlin:20210914T150000
DTEND;TZID=Europe/Berlin:20210914T160000
CREATED:20260521T025714Z
DESCRIPTION:<a href="https://academy.ant-neuro.com/event/innovative-eeg-wit
 h-rapid-and-high-quality-eeg-acquisition-introducing-the-waveguardtm-net-3
 9/register">Innovative EEG with rapid and high-quality EEG acquisition –
  Introducing the waveguard™ net</a>\nThis webinar has ended. Stay tuned 
 for similar events on this topic! Welcome to ANT Neuro Educational Webinar
  Series! Most EEG experiments are time-consuming and require a laborious m
 anual setup prior to collecting data. This often results in less time dedi
 cated to data analysis and publication. Through collaboration with clinici
 ans and researchers\, ANT Neuro has developed a solution to help solve the
  experimental setup time bottleneck – waveguard™ net\, a saline-based 
 net cap. The participants of this webinar will be introduced to the techni
 cal features and benefits of the saline-based waveguard™ net\, and also 
 hear from Prof. Surjo Soekadar from Charité hospital in Berlin and our CE
 O Dr. Frank Zanow as they discuss the development process as well as the r
 esulting clinical and research benefits of waveguard™ net. Prof. Surjo R
 . Soekadar\, MD\, studied medicine in Mainz\, Heidelberg and Baltimore\, a
 nd worked as a psychiatrist and psychotherapist at the University of Tübi
 ngen. He is Einstein Professor of Clinical Neurotechnology at the Charité
  - University Medicine Berlin\, working on the next-generation brain/neura
 l-machine interfaces to restore human brain function. His research interes
 ts include cortical plasticity in the context of brain-machine interface a
 pplications\, non-invasive brain stimulation and neural mechanisms of lear
 ning and memory. Dr. Frank Zanow received his Master’s degree in Electri
 cal Engineering from the University of Ilmenau\, Germany. He completed his
  PhD at the Department of Low-Temperature Physics of the University of Twe
 nte (Enschede\, NL)\, focusing on bioelectromagnetism. This project led to
  the application of advanced MRI-based head modeling techniques in the ana
 lysis of EEG and MEG recordings. Dr. Zanow established various companies w
 ithin neuromotion Ltd. between 1997 and 2018\, which he currently heads in
  his role as CEO. We look forward [...]
DTSTAMP:20260521T025714Z
LOCATION:Online
SUMMARY:Innovative EEG with rapid and high-quality EEG acquisition – Intr
 oducing the waveguard™ net
X-ALT-DESC;FMTTYPE=text/html:<a href="https://academy.ant-neuro.com/event/i
 nnovative-eeg-with-rapid-and-high-quality-eeg-acquisition-introducing-the-
 waveguardtm-net-39/register">Innovative EEG with rapid and high-quality EE
 G acquisition – Introducing the waveguard™ net</a>\nThis webinar has e
 nded. Stay tuned for similar events on this topic! Welcome to ANT Neuro Ed
 ucational Webinar Series! Most EEG experiments are time-consuming and requ
 ire a laborious manual setup prior to collecting data. This often results 
 in less time dedicated to data analysis and publication. Through collabora
 tion with clinicians and researchers\, ANT Neuro has developed a solution 
 to help solve the experimental setup time bottleneck – waveguard™ net\
 , a saline-based net cap. The participants of this webinar will be introdu
 ced to the technical features and benefits of the saline-based waveguard
 ™ net\, and also hear from Prof. Surjo Soekadar from Charité hospital i
 n Berlin and our CEO Dr. Frank Zanow as they discuss the development proce
 ss as well as the resulting clinical and research benefits of waveguard™
  net. Prof. Surjo R. Soekadar\, MD\, studied medicine in Mainz\, Heidelber
 g and Baltimore\, and worked as a psychiatrist and psychotherapist at the 
 University of Tübingen. He is Einstein Professor of Clinical Neurotechnol
 ogy at the Charité - University Medicine Berlin\, working on the next-gen
 eration brain/neural-machine interfaces to restore human brain function. H
 is research interests include cortical plasticity in the context of brain-
 machine interface applications\, non-invasive brain stimulation and neural
  mechanisms of learning and memory. Dr. Frank Zanow received his Master’
 s degree in Electrical Engineering from the University of Ilmenau\, German
 y. He completed his PhD at the Department of Low-Temperature Physics of th
 e University of Twente (Enschede\, NL)\, focusing on bioelectromagnetism. 
 This project led to the application of advanced MRI-based head modeling te
 chniques in the analysis of EEG and MEG recordings. Dr. Zanow established 
 various companies within neuromotion Ltd. between 1997 and 2018\, which he
  currently heads in his role as CEO. We look forward [...]
END:VEVENT
END:VCALENDAR