Agnieszka Pregowska
Agnieszka Pregowska is a scientist from the Institute of
Fundamental Technological Research Polish Academy of
Sciences. Her research is focused on biomedical signal
processing, neuroinformatics, and the application of
Augmented and Mixed Realities in medicine. She is an
engineer working on various signal types. She collaborates
with scientists from medicine, biophysics, bioengineering,
computer science, statistics, and informatics to provide the
inside to personalized medical diagnostics. Discovering the
secrets of the human brain is her passion. She enjoys traveling,
long-distance cycling, dancing, and motorization.
M Like Memory and Memories
Our brains change during adolescence and adulthood, and our memory changes with them. Moreover, our memory is a reconstructive process that is susceptible to...
Yoga —The Science Behind its Benefits
“Meditation brings wisdom; lack of meditation leaves ignorance. Know well what leads you forward and what holds you back, and choose the path that...
What Is Imagination?
“Imagination is more important than knowledge. Knowledge is limited. Imagination encircles the world.” Y"our imagination is everything. It is the preview of life’s coming...
Social Networking and Gamification in Distance Education
Remote learning can be handled in a multitude of ways; however, as of late, gamification has become more and more popular as a tool for distance education. It appears to be a highly viable asset that can be used to supplement more classical techniques of education even though it cannot replace other methods of acquisition of knowledge. Gamification can make picking up facts fun, enjoyable, and interactive, resulting in an absolutely great learning experience.
Scented Candles: Aromatherapy or Silent Killers?
Odours can alter our mental and physical well-being. But could a burning candle also be a secret killer?
An aroma in the air
Ancient Egyptians often...
How do Neurons Speak to Each Other?
Human brains can solve sophisticated tasks within milliseconds, much faster than the fastest modern computers. But how can the brain be so quick? The secret of fast signals and image processing depends on coding and decoding rules. The construction of the brain’s software is the subject of an ongoing debate in neuroscience.