publications before 2003
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Publications since 2003
(Difficulty in access to
some papers? Please contact me.)
Thermodynamics
of fluctuating world: "Stochastic
energetics"
Charles Moslonka and Ken Sekimoto,
arxiv.org/abs/2106.14821
(will be revised soon)
Martingale-induced local invariance in progressive quenching
(The martingale in our system has
turned out to be exact. PQ is in fact a typical model of
martingale.)
Charles Moslonka and Ken Sekimoto,
arXiv:2001.04842
=
Phys.
Rev. E 101, 062139 (2020)
Memory through a hidden
martingale process in progressive quenching
(We introduce
the concept of hidden martingale process in which the martingale
allows to predict future PDEs)
Michael Etienne and Ken Sekimoto,
arXiv: 1710.09319v1
=
Acta
Phys. Pol. B 49, 883 (2018)
Progressive
quenching — Ising chain models
(We are
gradually understanding what does martingale mean for
physicists.)
Bruno Ventéjou and Ken Sekimoto,
arXiv:1710.06166v1
=
Phys.
Rev. E 97, 062150 (2018)
Progressive
quenching - Globally coupled model
(We
propose a concept, Progressive Quenching (PQ). An intrinsic
martingale can appear in PQ.)
Caterina De Bacco
et al.
arXiv: 1311.3448v2
=
Phys.Rev.Lett.
112, 180605 (2014)
Non-equilibrium
statistical mechanics of the heat bath for two Brownian
particles
(If there is a retarded frictional coupling, there must be also
a Casimir force !)
Ken Sekimoto, Antoine Fruleux, Ryoichi Kawai and Nathan Ridling,
arXiv:1301.7035 =
Acta
Physica Polonica B 44, 847 (2013);
From adiabatic piston to
non-equilibrium hydrodynamics
(Heat flux through a dense gas does not cause the disparity
between the pressures on the hot and cold walls.)
Ryoichi Kawai, Antoine Fruleux and Ken Sekimoto,
arXiv:1204.6536 =
Phys.
Scr. 86, 058508 (2012)
'A hard disk analysis of
momentum deficit due to dissipation'
Antoine Fruleux, Ryoichi Kawai and Ken Sekimoto,
arXiv:1109.6553v2
=
Phys.
Rev. Lett. 108, 160601 (2012)
'Momentum transfer
in non-equilibrium steady states'
(The first explanation of
the mechanism of adiabatic piston and related phenomena based on
energy and momentum.)
Ken Sekimoto;
Lecture
Notes in Physics vol. 799
'Stochastic
Energetics' (Springer, Feb.
2010) [
Paperback
edition: April 2012]
E. Muneyuki and K. Sekimoto; Phys.
Rev. E 81, 011137 (2010)
A model of reversible pump made of
allosterically coupled ratchet subsystems
(How
a single lever can drive directional transport through a channel
?)
Sekimoto, K.;
Phys.
Rev. E 76, 060103(R) (2007)
Microscopic heat
from the energetics of stochastic phenomena
(We
must distinguish the abstract thermodynamic structure from its
specific
realization which depends on the scale of description.)
Ken Sekimoto: in Iwanami
Publ., Tokyo, (2004)
'Stochastic
Energetics' (book in japanese)
[On-demand
version, Jan. 2016]
Molecular
motors, active elements
Ayukawa R,
Iwata
S, Imai H, Kamimura S, Hayashi M, Ngo KX, Minoura I,
Uchimura S, Makino T, Shirouzu M, Shigematsu H, Sekimoto
K*, Gigant B*, Muto E*; J Cell Biol. (2021)
doi:
10.1083/jcb.202007033 (open access)
GTP-dependent
formation of straight tubulin oligomers leads to microtubule
nucleation.
(Nouvel
observation of MT nucleation and its analysis updates the
traditional
Voter-Erickson model. ) (
Press
release CNRS) (
spotlight JBC)
Claire Ribrault, Ken Sekimoto and Antoine Triller :
Nature
Reviews Neuroscience 12, 375-387 (July 2011)
From the stochasticity of
molecular processes to the variability of synaptic transmission
I. Minoura, E. Katayama, K. Sekimoto and E. Muto:
Biophys.J 98, 1589-97
(2010) [featured article->Research Highlights]
One-dimensional Brownian
motion of charged nanoparticles along microtubules : A model
system for weak binding interactions
K. Sekimoto and A. Triller:
Phys.
Rev. E 79, 031905 (2009)
Compatibility between itinerant synaptic receptors and
stable postsynaptic structure
Claire
Ribrault, Antoine Triller and Ken Sekimoto:
Phys.
Rev. E 75
, 021112 (2007) .
Diffusion
trajectory of an asymmetric object: Information overlooked
by the
mean square displacement
Ken
Sekimoto: Comptes
Rendus Physique, 8,
650 (2007)
Bidirectional
control --- a unifying view of the structure and function of
proteins
Ken
Sekimoto:
Physica
D 205, 242 (2005) .
Autonomous
free-energy transducer working under thermal
fluctuations
Ken Sekimoto and Jacques Prost : J. Phys. Chem.
DOI:
10.1021/acs.jpcb.6b01627
Elastic Anisotropy
Scenario for Cooperative Binding of Kinesin Coated Beads on
Microtubules
K.
Kruse, J.-F. Joanny, F. Julicher, J. Prost, and K. Sekimoto:
Eur.
Phys. J. E 16
, 5 (2005).
Generic
theory of active polar gels: a paradigm for cytoskeletal
dynamics
K.
Kruse J.-F. Joanny, F. Julicher, J. P rost, and K. Sekimoto:
Phys.
Rev. Lett. 92
, 078101 (2004). [erratum]
Asters,
Vortices, and Rotating Spirals in Active Gels of Polar
Filaments
K.
Sekimoto, J. Prost, F. Julicher, H. Boukellal, and A.
Bernheim-Grosswasser: Eur.
Phys. J. E
13
, 247 (2004).
Role
of tensile stress in actin gels and a symmetry-breaking
instability
Internal stress, momentum, memory and plasticity
K. Sekimoto, Y.M. Benane, K. Elayoubi Alloubia, R.
Arteil, A. Fruleux,
A mechanism of macroscopic rigid-body behavior through
evanescent mode
arxiv:1807.04600
.= EPJB
(2021) 94:106
(This is a clear answer to the question
posed by the 2010 paper, "Newton's ...".
Similarity to the Mössbauer effect is pointed
out. Experimental demo is also shown with video.)
G. Facchini, K. Sekimoto, S. Courrech du Pont; Proc. R. Soc.
A 473: 20170076
(
http://dx.doi.org/10.1098/rspa.2017.0076)
(The
instability of rolling suitcase is the time-reversal of speed
skating.)
A. Fruleux and K. Sekimoto;
Phys.
Rev. E 94, 013004 (2016)
Mesoscopic
formulas of linear and angular momentum fluxes
(Irving-Kirkwood formula (1950) relates the macroscopic forces
in a
dense gas fluid to the dynamics of constituting molecules.
Nobody has
imagined that this formula could reappear in the description of
the
dynamics of collective amoeba motion. By looking at the I-K
formula as
a generic transformation of the momentum flow at small scale to
the one
at large scale, the formula becomes a powerful tool to combine
the vast
wisdom of the statistical mechanics and the constructionist
approach of
complex systems including slime mold.)
Ken Sekimoto : Phys. Rev. Lett.
104, 124302 (2010)
Newton's
cradle vs non-binary
collisions
(Only the soft interaction
can realize the rigid-body behavior. See the 2021 paper in EPJB)
L. Pauchard, B. Abou and K. Sekimoto;
Langmuir, 25,
6672(2009).
Influence of
nanoparticles mechanical properties on macrocracks formation
(Mainly experimental.
)
Ken Sekimoto;
Internal stress as a link between macroscopic
and mesoscopic mechanics
"Chemomechanical Instabilities in
Responsive Materials", (Springer Science+Business
Media), 241 (2009) (
preprint in pdf)
(Only the
non-quasiequilibrium can switch the internal [residual] stress
into visible stress and vice versa.)
Ooshida
Takeshi and Ken Sekimoto: Phys.
Rev. Lett. 95
, 108301 (2005) .
Internal
Stress in a Model Elastoplastic Fluid ,
Y.Miyamoto,
H.Yamao and K.Sekimoto; Macromolecules,
36, 6462 (2003)
Crystallization
and Melting of Polyisoprene Rubber under Uniaxial
Deformation
(For
rubber glass, the temporal memory can be stocked as a microscopic residual
stress.)
Ken Sekimoto : a review
in Japanese (2010) on "Momentumics"
Miscelaneous, discrete-continuous
Ken Sekimoto and Takahiko Fujita : http://arxiv.org/abs/1211.0935v2 = Symmetry 11, 1489
(2019)
Symmetry in Self-Similarity in
Space and Time—Short Time Transients and Power-Law Spatial
Asymptotes
(arXiv title:
Family of self-similar
solutions of diffusion equation — Structure and Properties
)
(Why the harmonic oscillator wf
is Hermite times gaussian ? The integrating factor gives an
answer.)
S. Twareque Ali,
et al. J. Math.
Phys., 50, 043517 (2009).
Noncommutative reading of the complex plane through Delone
sequences
C.
Dubus, K. Sekimoto and J.-B. Fournier:
Proc. Roy. Soc.
Lond. A, 462
, 2695 (2006) .
General
up to next-nearest-neighbour elasticity of triangular
lattices in three dimensions
(A lattice version of Stokes
theorem explains an extensive boundary terms in the elastic
energy.)
Vulgarization:
L.
Pauchard, V. Lazarus, B. Abou, K. Sekimoto, G. Aitken and C.
Lahanier:
Reflets
de
la Physique,
3, 5 (2007).
Craquelures
dans les couches picturales des peintures d'art
(In French)
publications before 2003
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