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Integrated devices for neuronal ultrasound stimulation

Neuronal interfaces have been widely developed in last decades with the purpose of providing a path for communication with the nervous system. The most common neuronal interfaces are based on electrical recording and stimulation of neuronal activity, which typically require surgical implantation of electrodes to achieve the necessary spatial resolution. To overcome the many hurdles and risks of surgery, non-invasive techniques to interface with the nervous system are currently being developed, and one of the most promising techniques uses focused ultrasound as a neuromodulation therapeutic modality. Due to its non-invasiveness, to achieve the necessary high spatial resolution, comparable to implantable electrodes, ultrasound transducers and electronics must be integrated in the same device. Its success may lead the way to surgery-free neuro-prosthetics and electroceuticals.

Read more on Pages 29-31 of ETV's Maxwell 22.4

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ECTM developing UVC LED test system to study virus disinfection

Read the interview with Tianyi Jin who, together with 3 MSc students, the group of Professor Fouchier of the Erasmus MC, and supported by the TUDelft COVID-19 fund, is developing a platform to test the disinfecting power of UVC LEDs.

Professor Wouter Serdijn appointed as Medical Delta Professor

Wouter Serdijn, chair bio electronics of the department Micro electronics (EEMCS faculty) has been appointed as a Medical Delta Professor for a 5 year period.

Kleine Stromstöße mit heilsamer Wirkung (Eng: Small surges of electricity with a healing effect)

Winzige Chips statt Medikamente – leitet die „Bioelektronik“ eine neue Ära der Medizin ein? Ein Überblick über die neuen Ansätze (Eng: Tiny chips instead of medication - does "bioelectronics" usher in a new era of medicine? An overview of the new approaches). Article by Susanne Donner with, a.o. Vasiliki Giagka in Der Tagespiegel.

How smart sensors can prevent epilepsy

In Delft and Rotterdam, Wouter Serdijn and Christos Strydis are collaborating on a network of sensors and stimulators for the body. By picking up signals and sending the brain a rapid wake-up call, they hope to be able to predict and prevent epileptic fits. ‘If we can close the loop, we’ll have the technology ready within three years.’ Article in Nodes, with Christos Strydis and Wouter Serdijn.

Bachelor student Dewwret Sitaldin wins first prize 3-E Royal SMIT BSc prize

Electrical engineering bachelor student Dewwret Sitaldin, has won the first prize in the national competition for best BSc graduates 2019. Under supervision of dr. ir. J. van Duijsen he worked on the project named' Solar drone; Photovoltaic System & Power management'

Dutch-Japanese astronomical instrument measures 49 shades of far-infrared