Ferenc Mezei will receive the award “For the inventions of the neutron spin echo method and the super mirror, which have significantly advanced neutron scattering methods, and for the long pulse neutron source concept, which is the foundation for the novel technical design of the European Spallation Source now being built in Lund.”
Besides these, and many more qualities, we highly appreciate having prof. Mezei as the national delegate of Hungary for ENSA, and are grateful for his role as vice-chair in the board with prof. Alba-Simionesco.
The QENS/WINS 2020 Conference will be celebrated in San Sebastian (Spain), from June 8 to June 12, 2020.
This event will constitute the 14th Edition of the QENS series and the 9th of the WINS workshops.
The main purpose of QENS 2020 is
to cover the broad spectrum of scientific activities related with the
investigation of dynamical processes in different systems using
quasi-elastic neutron scattering techniques. QENS 2020
will offer a platform for discussion and exchange of scientific ideas
among the experts in this field, and a general overview to newcomers
about the capabilities of QENS in exploring atomic and molecular motions
and relaxation processes of novel materials,
soft matter and biological systems. As a novelty, this QENS Edition
will explore and exploit the potential synergies between different
methods (including experimental techniques and simulations), in order to
face diverse scientific challenges emerging in different
WINS 2020 will cover innovative aspects of neutron instrument design. Progresses
spectrometer projects will be presented. As in previous editions, the
theme of “New idea, New concept, New design, New instrumentation for New
sciences” will be followed. New developments in the application of
polarization analysis, magnetic field, pressure,
or improvements in sample environments for soft matter systems will be
covered. Software for data acquisition, analysis and instrument
simulation will be also part of the program. In analogy with the spirit
of QENS 2020, the synergy with complementary methods
–in this case mainly with advanced simulations and extensive Monte
Carlo simulations—will be emphasized.
JCNS is glad to announce the JCNS Workshop “Trends and Perspectives in Neutron Scattering” that will take place in Tutzing (Germany) on the shores of the Starnberg lake, from October 13 – 16, 2020. The conference is organized by the Jülich Centre for Neutron Science (JCNS), Forschungszentrum Jülich. As a unique probe for studying magnetism, neutron scattering matches the entire range of length- and time-scales relevant for many novel magnetic and electronic phenomena. The workshop is devoted to the area of quantum materials in all their forms.
The topics will include:
Frustrated spin systems
Nano and Heterostructures
Low dimensional quantum magnetism
Models of quantum magnetic systems
Quantum spin liquids
Quantum materials properties at high magnetic fields
Experts and users of neutron scattering will meet to discuss recent developments and trends in the understanding of the magnetic properties of quantum materials tackled by neutron methods and complementary techniques. The workshop will provide the chance to discuss current requirements and developments in such techniques with a particular focus on novel and upcoming experimental opportunities and scientific options and capabilities.
The ENSA delegates have gathered in Sorbonne University, Paris for the election of the new Chair of ENSA.
We are very proud 🙂 to announce that prof. Henrik Rønnow is elected as our new Chair! Henrik has been very actively involved in the business of ENSA of the last years and we look forward to work with him even more intensely in the coming years.
Henrik takes over the Chair position from prof. Christiane Alba-Simionesco, who has paved the way for ENSA to be consortium member of the EU-funded Brightness2 project. The increased visibility of ENSA’s role representing the (enormous) European user community is largely a legacy of Christiane Alba-Simionesco.
We are very grateful 🙂 to her for realizing this strengthening of ENSA’s position and we look forward to work with Henrik to taking it to the next level in the coming years!
The planned closure of the Orphee reactor at Laboratoire Leon Brillouin in Saclay, Paris since a few days means the loss of a great piece of research infrastructure in neutron scattering science. The expertise of the staff involved is of course maintained and applied but training future neutron scientists cannot be done anymore at this bright neutron source.
LLB will continue its role as an interdisciplinary center for the use of neutrons, assembling all instrumental, methodological and scientific expertise for the successful use of the ESS and other major sources, serving as a resource in neutron based science for the whole community. This can be done in a variety of ways.
LLB has articulated, and commenced implementation of, a plan that maintains its scientific and technological expertise, provides for access to other neutron facilities (via CRG’s) in the short term, fulfills the French participation in ESS (instruments), and would make a national source (the SONATE project) operating in user mode a reality by 2025, keeping in mind that any sustainable long-term scenario clearly requires access to the flagship facility ESS as well as the operation of a national user facility.
An impression of the Saint Petersburg ECNS 2019 conference: the marvelous conference venue MANEGE CENTRAL EXHIBITION HALL in the center of St Petersburg, next to the St. Isaac Cathedral; the opening session on Sunday afternoon by the officials; the 25th celebration of ENSA, celebrated with the user community and a beautiful cake and concert, which were generously offered by the local ECNS organisers: many thanks!
The winner of the inaugural 2019 ENSA Neutron Instrumentation and
Innovation Award is Markus Appel.
ground-breaking advances of the neutron back-scattering technique
leading to extended dynamic range, higher resolution and better
signal-to-noise on the IN16B spectrometer at ILL”.
currently a staff scientist at ILL, has since his PhD from TU
Darmstadt devoted his talents to implementing innovative improvements
to the neutron backscattering technique. These span from conceptual
changes such as moving from monochromator to time-of-flight, over
clever rephrasing of choppers to achieve ultra-low background, to the
material and mechanical challenge of implementing GaAs analyzers.
Together these improvements to the IN16B spectrometer at ILL has
enabled a wide range of exciting science by a large number of user
groups – perfectly embellishing the spirit of the Neutron
Instrumentation and Innovation Award. More information about the
award, sponsored by Mirrotron, can be found here
Kell has been a world leader in the application of small-angle neutron scattering (SANS) to soft matter systems, in particular, polymers for three decades. He has contributed numerous fundamental advances to our understanding of the thermodynamics and dynamics of soft materials along with developing innovative in-situ techniques.
Scientifically his work on Polymer I Block copolymer melts was of fundamental importance: Key results include: (i) unraveling the consequences of fluctuation effects in diblock copolymers; (ii) discovery of the Gyroid phase; (iii) demonstration of the role of dynamic shearing in ordered block copolymers using in-situ devices; he was the first to implement a rheometer on a SANS beam line and became more or less synonymous with the use of in situ large amplitude oscillatory shear at SANS that produced numerous spectacular results; (iv) unification of the diblock copolymer phase diagram, where he identified 4 ordered structures that turned out to be universal for diblock copolymer systems; (v) discovery of polymeric bicontinuous microemulsions and (vi) elucidating the physical solution properties of the Pluronics, an amphiphilic triblock copolymer that on the one hand is an important model system for the understanding of the physics and phase behavior of self-assembling systems and on the other hand has numerous applications as nonionic surface active agent in industrial applications, cosmetics, pharmaceuticals, drug delivery, and bioprocessing.
Kell has represented the Danish neutron community internationally as the chair of the Danish user organization DANSKK for more than two decades and correspondingly has been the Danish ENSA delegate for almost the same amount of time. Also, as a co-founder of ESS-Scandinavia and chairman of the ESS-Scandinavia Science Committee he has been deeply involved in the long, hard struggle to ensure the building of the European Spallation Source.
* ENSA thanks SwissNeutronics for sponsoring this prize