[dmwg] [physics] Fwd: Post-doctoral position in Naples {01}

[Science & education info]

*POST-DOCTORAL FELLOWSHIP*

---------- Forwarded message ----------
From: Nguyen Dinh Dang
Date: Mon, Sep 21, 2015 at 10:54 PM
Subject: Fwd: Post-doctoral position in Naples
To: Nguyen Anh Ky
Cc: activity at iop.vast.ac.vn, physics at iop.vast.ac.vn, HoiVLLT List Member <
HoiVLLT at iop.vast.ac.vn>



*From: *Angela Gargano
*Subject: **Post-doctoral position in Naples*
*Date: *22 Sep 2015 05:46:21 GMT+9
*To: *Nguyen Dinh Dang


Dear Nguyen,

A post-doctoral position is available at the Istituto Nazionale di Fisica
Nucleare in Naples to work wih our nuclear theory group, whose activities
are briefly illustrated at the end of this announcement.

The position is for one-year period (renewable for another year), and its
starting date will be not later than*November 1, 2016. *The annual gross
salary is 40,000 euros, lunch tickets will be provided for working days,
and travel tickets to and from Naples wil be reimbursed at the beginning
and at the end of the fellowship.

Applications, in electronic form, must be sent to INFN not later than *November
15, 2015 *through the web page:
http://www.ac.infn.it/personale/theo_fellowships/priv/index2.php?inf=modulo.

*Further details are available at*
http://www.ac.infn.it/personale/theo_fellowships/.

I would be very grateful if you could publicize it.

Best regards,
Angela
----------------------------------------------------------
The research activity of the nuclear theory group of Naples is focused on
nuclear structure. In particular, the main topic is the study of the
spectroscopic properties of exotic nuclei near shell closure and chains of
nuclei toward the drip lines, within the framework of the nuclear shell
model. This work is done mostly in close collaboration with
experimentalists.

Calculations are performed employing microscopic effective Hamiltonians,
which are derived from realistic nuclear potentials by way of the many-body
perturbation theory.

In this connection, a relevant part of the research activity is aimed to
improve and extend the range of application of realistic effective
shell-model Hamiltonians.

Upcoming efforts will be devoted to take into account three-nucleon forces
in the derivation of the effective Hamiltonian and to calculate the nuclear
matrix elements governing the neutrinoless double-beta decay.

The research group is also involved in the study of infinite nuclear matter.
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