Tadeusz Habdank, PhD
List of publications
A specialist in nanotechnology and nanomaterials, inventor, and holder of a B.Eng. and M.Sc. in metrology, he completed postgraduate studies in Technical Physics at AGH University of Science and Technology (AGH UST). He earned his PhD in materials science from the West Pomeranian University of Technology in Szczecin, Poland, in 1991. Since 1980, he has been a research specialist at AGH-UST in Krakow, focusing on graphite sensory materials. Over time, his work expanded to quantum electrochemistry, electrotribology, nanomaterials, micro- and nanotechnology, and Graphene Quantum Tunneling Composites for sensor applications. With extensive experience in practical implementations, he actively participates in various research projects and consortiums. He has authored over 90 publications and holds around 20 patents. Additionally, he has a strong interest in quantum computing and engages with the IBM Quantum Experience platform. More recently, his work has centered on health improvement, particularly in electrophysiological research, electromagnetic biometrics, and the therapeutic applications of biofeedback, bioresonance, and quantum therapies. Author Dual String Time Crystal Theory.
Felicja Habdank, CEO
A Certified Level II EEG Biofeedback Therapist, she is a graduate of both the Pedagogical University in Krakow and the Jagiellonian University. With extensive experience working with children and adolescents, she has pursued additional training in pedagogy, psychology, and therapy. Driven by a passion for scientific advancements and innovation, she has been exploring biofeedback for herself and her loved ones for several years. Her deep fascination with the complexities of the brain and mind led her to support others in training and improving their cognitive abilities. Recognizing the vast potential of the human brain, she is dedicated to sharing and expanding this knowledge through proven EEG Biofeedback training methods. With a comprehensive background in psychology and education, she understands the importance of integrating Biofeedback with other therapeutic techniques to enhance its effectiveness.
Seweryn Habdank-Wojewódzki, PhD
A seasoned architect, designer, and developer with extensive expertise in real-time computational systems, they have successfully led teams and managed system releases across hardware and software subsystems. Specializing in advanced algorithms and distributed high-performance computing, they have made significant contributions across multiple domains.
Their core expertise lies in ensuring smooth and reliable system releases by meticulously defining release processes, quality gates, and establishing robust IT and tool infrastructures for efficient build and configuration management. With a strong focus on requirements analysis, they develop software solutions that not only meet but exceed expectations, creating innovative and resilient systems.
Adopting an agile, Scrum-oriented approach to iterative project planning, they emphasize efficiency, timely deliveries, and rigorous testing strategies to maintain high-quality standards. Their expertise in real-time systems includes designing and implementing control and supervisory algorithms that ensure the seamless operation of critical systems.
They are also highly skilled in fuzzy decision systems and fuzzy discrete dynamical systems, effectively addressing complex challenges with precision. Their extensive knowledge spans prediction modeling, data mining, pattern recognition, filtering, and optimization algorithms. Leveraging neural networks, self-organizing maps, genetic algorithms, and stochastic processes, they drive transformative solutions.
Proficient in C, C++, Python, Java, Matlab, and R, they utilize tools such as JetBrains Toolbox and MS Visual Studio to successfully bring projects to completion. Their contributions to open-source projects, including the C++ Kohonen Neural Network Library, Java Kohonen Neural Network Library, and C++ Trivial Logger, highlight their dedication to knowledge sharing and community-driven progress.
With five patents and 19 published works, they are a pioneer in the field, continuously pushing the boundaries of computational systems. Their specialties encompass distributed high-performance computing, real-time systems, control and supervisory systems, and embedded software. As a leader committed to excellence, their meticulous attention to testing and quality assurance ensures the success of every project they undertake.