Dzhepsen Mary Lu (Mary Lou Jepsen)

2003: Work in Intel

From 2003 to 2004 Mary Lu Dzhepsen worked in Intel where she was engaged in development of display technologies.

2015: Work in Facebook

In March, 2015 Facebook enticed at Google of Mary Lu Dzhepsen who as a part of Internet giant was engaged in development of displays for devices of virtual reality and directed projects on studying and further mastering of a surface of the Moon. As a part of Facebook it began to work at a position of the head of engineering developments of Facebook and the head of division of display technologies of Oculus.

2016: Work in the developer of the wearable MRT-device

In May, 2016 Mary Lu Dzhepsen announced that Facebook for work in a startup which is engaged in development of compact inexpensive devices for performing the magnetic resonance imaging (MRI) leaves.

The withdrawal letter from Facebook where Mary Lu Dzhepsen held a position of the head of engineering developments and heads of division of display technologies of Oculus (the division creating the helmet of virtual reality of the same name), she made during the annual banquet of Women of Vision organized by Anita Borg's Institute for public recognition of merits of women in the field of technologies.

The lead engineer of Facebook Mary Lu Dzhepsen was engaged in development of the wearable device MRT

Mary Lu Dzhepsen joined the Open Waters company developing the wearable MRT-device of the size of an alpine skiing helmet. It is supposed that this device will help with treatment of serious illnesses (for example, mental disorders, oncological, cardiovascular and neurodegenerative diseases) and also will allow to use power of thought — for example, for interaction with computer systems.

Dzhepsen hoped that the wearable technology of magnetic resonance imaging created by Open Waters will become available to "all doctors in the world".

Earlier Mary Lu Dzhepsen said that her interest in researches in the field of neurovisualization and visualization are connected with the operation undergone by her on a brain. It also noted that the most effective method to improve permission of MRT-images to visualize in more detail structure of bodies and fabrics, consists in use of new developments in the field of nanotechnologies of magnetic structures and also coding and decoding of radio-frequency signals.^[1]

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