Altug Sisman
Visiting researcher at Department of Physics and Astronomy; Materials Theory
- E-mail:
- altug.sisman@physics.uu.se
- Visiting address:
- Ångströmlaboratoriet, Lägerhyddsvägen 1
- Postal address:
- Box 516
751 20 UPPSALA
Visiting researcher at Department of Physics and Astronomy; Materials Theory; Quantum Matter Theory
- E-mail:
- altug.sisman@physics.uu.se
- Visiting address:
- Ångströmlaboratoriet, Lägerhyddsvägen 1
- Postal address:
- Box 516
751 20 UPPSALA
- CV:
- Download CV
- ORCID:
- 0000-0002-7431-5115
More information is available to staff who log in.
Short presentation
I work on theoretical and computational predictions of geometrical effects on thermodynamic and transport behaviors of confined systems. It includes quantum size, shape, and curvature effects. Another topic of my interest is the systems having fractional dimensional momentum spaces. Using their unusual behaviors, I also propose some conceptual new energy conversion and storage technologies. I am collaborating with Prof. Dr. Jonas Fransson on these topics.
Biography
Please see my CV & publication list above.
Research
Quantum size and shape effects on thermodynamic and transport properties of nano-scale systems (theoretical and computational modelling). Predictions of novel nano-scale effects which can be used to design and develop superior energy conversion and storage devices.
Publications
Selection of publications
- Quantum migration and its local heat impact (2024)
- Origin of the quantum shape effect (2023)
- Thermodefect voltage in graphene nanoribbon junctions (2022)
- Quantum shape oscillations in the thermodynamic properties of confined electrons in core–shell nanostructures (2021)
- Fractional integral representation in statistical thermodynamics of confined systems (2021)
- Thermoshape effect for energy harvesting with nanostructures (2020)
- Thermosize voltage induced in a ballistic graphene nanoribbon junction (2019)
- Quantum shape effects and novel thermodynamic behaviors at nanoscale (2019)
- Quantum oscillations in confined and degenerate Fermi gases. II. The phase diagram and applications of half-vicinity model (2018)
- Quantum oscillations in confined and degenerate Fermi gases. I. Half-vicinity model (2018)
Recent publications
- Shape-controlled Bose-Einstein condensation (2025)
- Flow-controlled thermal response test and its comparison with the conventional test methods (2024)
- Very high temperature BTES (2024)
- Quantum migration and its local heat impact (2024)
- Origin of the quantum shape effect (2023)
All publications
Articles
- Shape-controlled Bose-Einstein condensation (2025)
- Flow-controlled thermal response test and its comparison with the conventional test methods (2024)
- Very high temperature BTES (2024)
- Quantum migration and its local heat impact (2024)
- Origin of the quantum shape effect (2023)
- Collective behavior of boreholes and its optimization to maximize BTES performance (2023)
- Thermodefect voltage in graphene nanoribbon junctions (2022)
- Quantum shape oscillations in the thermodynamic properties of confined electrons in core–shell nanostructures (2021)
- Effect of layered geological structures on borehole heat transfer (2021)
- Fractional integral representation in statistical thermodynamics of confined systems (2021)
- Landauer’s Principle in a Quantum Szilard Engine without Maxwell’s Demon (2020)
- Thermoshape effect for energy harvesting with nanostructures (2020)
- Thermosize voltage induced in a ballistic graphene nanoribbon junction (2019)
- Discrete and Weyl density of states for photonic dispersion relation (2019)
- Quantum shape effects and novel thermodynamic behaviors at nanoscale (2019)
- A new method for analysis of constant-temperature thermal response tests (2019)
- Effects of arrangement geometry and number of boreholes on thermal interaction coefficient of multi-borehole heat exchangers (2019)
- On the Compatibility of Electric Equivalent Circuit Models for Enhanced Flooded Lead Acid Batteries Based on Electrochemical Impedance Spectroscopy (2018)
- Quantum oscillations in confined and degenerate Fermi gases. II. The phase diagram and applications of half-vicinity model (2018)
- Quantum oscillations in confined and degenerate Fermi gases. I. Half-vicinity model (2018)
- Characterization of density oscillations in confined and degenerate Fermi gases (2018)
- Thermosize effects in semiconductors (2017)
- Discrete Density of States (2016)
- Parametric investigation of helical ground heat exchangers for heat pump applications (2016)
- Thermal performance analysis of multiple borehole heat exchangers (2016)
- An analytical solution for quantum size effects on Seebeck coefficient (2016)
- Dimensional transitions in thermodynamic properties of ideal Maxwell-Boltzmann gases (2015)
- Experimental and computational investigation of multi U-tube boreholes (2015)
- Discrete Nature of Thermodynamics in Confined Ideal Fermi Gases (2014)
- Quantum Forces of a gas confined in nano structures (2013)
- Characterization of a thermoelectric generator at low temperatures (2012)
- Quantum Size Effects on Classical Thermosize Effects (2012)
- Classical thermosize effects in degenerate quantum gases (2011)
- Thermodynamic cycles based on classical thermosize effects (2011)
- Effects of Particle-Wall Interactions on the Thermodynamic Behavior of Gases at the Nano Scale (2011)
- Quantum Effects on Gas Diffusion at the Nano Scale (2011)
- Thermodynamics of gases in nano cavities (2010)
- Two-dimensional thermal analysis of liquid hydrogen tank insulation (2009)
- Universality of the quantum boundary layer for a Maxwellian gas (2009)
- Quantum size effects on thermal and potential conductivities of ideal gases (2009)
- Quantum boundary layer: a non-uniform density distribution of an ideal gas in thermodynamic equilibrium (2007)
- Surface dependence in thermodynamics of ideal gases (2004)
- The Casimir-like size effects in ideal gases (2004)
- Joule-Thomson Coefficients of quantum ideal gases (2001)
- Quantum Degeneracy Effect on the Work Output from A Stirling Cycle (2001)
- Brayton refrigeration cycle working at quantum degeneracy conditions (2001)
- Re-optimisation of Otto power cycles working with ideal quantum gases (2001)
- The efficiency analyses of a Stirling power cycle at the quantum degeneracy conditions (2001)
- The improvement effect of quantum degeneracy on the work of Carnot cycle (2001)
- On The Upper Limit for Surface Temperature of a Static and Spherical Body (2000)
- High Temperature Corrections For The Classical Expressions Of Radiative Losses From A Black-Body (1999)
- On The Power Cycles Working with The Ideal Quantum Gases-I: The Ericson Cycle (1999)
- A Comparison Between the Results of Perturbation Theory and TRIGAP for the Reactivity Worth Calculations of Fuel Elements (1998)
- Xenon Poisoning Method for the Determination of the Average Thermal Neutron Flux, Macroscopic Fission and Total Absorption Cross Sections (1997)
- The Contribution of Thermal Electron-Positron Pairs to the Thermodynamic Properties of Black-Body Radiation (1995)
- The Effect of Joule Losses on The Total Efficiency of A Thermoelectric Power Cycle (1995)
Conferences
