Adam Gadomski (born in 1959, in Katowice, Poland), a full professor of physics at the UTP University of Science and Technology, Bydgoszcz, Poland, leads a group of researchers focused on the modeling of physicochemical and biophysical processes. He specializes in statistical soft-condensed matter physics, and works in computational physics and physical computation problems, with an emphasis placed on biomaterials with a structure–property and function relationship. He is an editor for three open access journals: Frontiers-Computational Physics, Entropy and an associate editor for Frontiers in Mechanical Engineering. He is also an editor to numerous special issues publlished in Physica A, Biosystems (two times), Entropy, Molecules, etc. He published about 150 papers, mainly in reviewed international journals, and (co)authored chapters to the books and papers to journal proceedings.

• Chapter1. Current overview on the role of water in biomechanical and related systems.- Chapter2. Sense and nonsense about water.- Chapter3.  Water nanoclusters in cosmology, astrobiology, the RNA world and biomedicine: the universe as a biosystem.- Chapter4. Solvent induced effects on protein folding.- Chapter5 Analysis of protein intramolecular and solvent bonding on example of major sonovital fluid component.- Chapter6. Water behavior near the lipid bilayer.- Chapter7.  Water molecules organization surrounding ions, amphiphilic protein residues, and hyaluronan.- Chapter8.  Pathological water science – four examples and what they have in common.- Chapter9.  Powdery mildew fungus erysiphe alphitoides turns oak leaf surface to the higly hydrophobic state.- Chapter10. Physics of suction cups in air and in water.- Chapter 11. Water transport through synthetic membranes as inspired by transport through biological membranes.- Chapter 12. Travelling waves connected to blood flow and motion of arterial walls.- Chapter 13. Fractal properties of flocs, fitration cakes and biofilms in water and wastewater treatment process.- Chapter 14.  Soil hydrology.- Chapter 15.  External solicitations, pollution and patterns of water stock: remarks and some modeling proposals.- Chapter 16. Water on livestock: biological role and global perspective on water demand and supply chains.

Adam Gadomski (born in 1959, in Katowice, Poland), a full professor of physics at the UTP University of Science and Technology, Bydgoszcz, Poland, leads a group of researchers focused on the modeling of physicochemical and biophysical processes. He specializes in statistical soft-condensed matter physics, and works in computational physics and physical computation problems, with an emphasis placed on biomaterials with a structure–property and function relationship. He is an editor for three open access journals: Frontiers-Computational Physics, Entropy and an associate editor for Frontiers in Mechanical Engineering. He is also an editor to numerous special issues publlished in Physica A, Biosystems (two times), Entropy, Molecules, etc. He published about 150 papers, mainly in reviewed international journals, and (co)authored chapters to the books and papers to journal proceedings.

• Chapter1. Current overview on the role of water in biomechanical and related systems.- Chapter2. Sense and nonsense about water.- Chapter3.  Water nanoclusters in cosmology, astrobiology, the RNA world and biomedicine: the universe as a biosystem.- Chapter4. Solvent induced effects on protein folding.- Chapter5 Analysis of protein intramolecular and solvent bonding on example of major sonovital fluid component.- Chapter6. Water behavior near the lipid bilayer.- Chapter7.  Water molecules organization surrounding ions, amphiphilic protein residues, and hyaluronan.- Chapter8.  Pathological water science – four examples and what they have in common.- Chapter9.  Powdery mildew fungus erysiphe alphitoides turns oak leaf surface to the higly hydrophobic state.- Chapter10. Physics of suction cups in air and in water.- Chapter 11. Water transport through synthetic membranes as inspired by transport through biological membranes.- Chapter 12. Travelling waves connected to blood flow and motion of arterial walls.- Chapter 13. Fractal properties of flocs, fitration cakes and biofilms in water and wastewater treatment process.- Chapter 14.  Soil hydrology.- Chapter 15.  External solicitations, pollution and patterns of water stock: remarks and some modeling proposals.- Chapter 16. Water on livestock: biological role and global perspective on water demand and supply chains.

Adam Gadomski (born in 1959, in Katowice, Poland), a full professor of physics at the UTP University of Science and Technology, Bydgoszcz, Poland, leads a group of researchers focused on the modeling of physicochemical and biophysical processes. He specializes in statistical soft-condensed matter physics, and works in computational physics and physical computation problems, with an emphasis placed on biomaterials with a structure–property and function relationship. He is an editor for three open access journals: Frontiers-Computational Physics, Entropy and an associate editor for Frontiers in Mechanical Engineering. He is also an editor to numerous special issues publlished in Physica A, Biosystems (two times), Entropy, Molecules, etc. He published about 150 papers, mainly in reviewed international journals, and (co)authored chapters to the books and papers to journal proceedings.

• Chapter1. Current overview on the role of water in biomechanical and related systems.- Chapter2. Sense and nonsense about water.- Chapter3.  Water nanoclusters in cosmology, astrobiology, the RNA world and biomedicine: the universe as a biosystem.- Chapter4. Solvent induced effects on protein folding.- Chapter5 Analysis of protein intramolecular and solvent bonding on example of major sonovital fluid component.- Chapter6. Water behavior near the lipid bilayer.- Chapter7.  Water molecules organization surrounding ions, amphiphilic protein residues, and hyaluronan.- Chapter8.  Pathological water science – four examples and what they have in common.- Chapter9.  Powdery mildew fungus erysiphe alphitoides turns oak leaf surface to the higly hydrophobic state.- Chapter10. Physics of suction cups in air and in water.- Chapter 11. Water transport through synthetic membranes as inspired by transport through biological membranes.- Chapter 12. Travelling waves connected to blood flow and motion of arterial walls.- Chapter 13. Fractal properties of flocs, fitration cakes and biofilms in water and wastewater treatment process.- Chapter 14.  Soil hydrology.- Chapter 15.  External solicitations, pollution and patterns of water stock: remarks and some modeling proposals.- Chapter 16. Water on livestock: biological role and global perspective on water demand and supply chains.