The book delves into the intricate relationship between angular velocity and various physical phenomena, exploring applications such as boundary layer replications, fractals, and superfluid dynamics. It examines the behavior of helium-4 in a superfluid state and analyzes photovoltaic engineering related to solar technology. The text also draws parallels between accelerated spins in figure skating and complex fluid dynamics, highlighting how singular solutions reveal patterns in extreme weather events like tornadoes, suggesting a life-like quality to these structures.
Lena Strömberg Book order





- 2020
- 2020
Resting in celestial orbits
a book about dumb-bells, Aurora-signals and REM
- 56 pages
- 2 hours of reading
Exploring the interplay between mindfulness and physicality, the book delves into the concept of "dumb-bells" as a metaphor for resting and relaxation. It examines various resting positions for the body and eyes, while also analyzing environmental systems and climate change through Earth's layers. Additionally, it discusses designs for flags and wind socks to manage heavy winds. The narrative weaves in spatial geometries related to noncircular orbits, culminating in a whimsical crochet depiction of a dreamcatching princess and her prince in a unique configuration.
- 2019
Noncircular orbits, duality and cartoons
- 56 pages
- 2 hours of reading
Exploring the theoretical model of Tti, the book delves into the mathematical framework that connects physics with everyday applications. It highlights the significance of the Helix as both a motion trajectory and a particle shape, while analyzing area measures relevant to eccentricity zones. Additionally, it discusses the representation of pixels on touch screens and the duality of light, illustrated through the character of Laban, the ghost. This work serves as a unique guide to navigating space-time, whether through innovative techniques like the Fosbury flop or conventional methods.
- 2016
In this successor, the reader is given a motorcycle ride, to the door of Max Tegmark's universe. An extrapolation of vorticity for the planets, takes us, via Hawkin vorticity, and particles at Cern, to the horizon of a hole. Further, a flow with discrete solutions resembling the star figure Charles' Vain, will be derived as a solution to the Millenium Prize for Navier-Stokes. Concepts for design and construction are presented. Our believe is that Noncircular Orbits, soon will be equally famous, but even more loved than McDonalds and that the next movies from Pixar and Dream World will be on this topic. :-) Then Noncircular Orbits, will be authorised by the President of USA, as well as the government of South Korea, and New England, to bring several awards in future.}>>>(: