Jacek Dobaczewski (@jacekdob512) 's Twitter Profile
Jacek Dobaczewski

@jacekdob512

Theoretical nuclear physicist working at the University of York, learning tweeter to communicate about his professional activities

ID: 935686445385355264

calendar_today29-11-2017 01:46:47

241 Tweet

274 Takipçi

72 Takip Edilen

Jacek Dobaczewski (@jacekdob512) 's Twitter Profile Photo

Takayuki Miyagi speaks on the 2nd day of the 2023 IOP Nuclear Physics Conference iop.eventsair.com/np2023/program… on “Heavy-mass frontier of nuclear ab initio calculations”

Takayuki Miyagi speaks on the 2nd day of the 2023 IOP Nuclear Physics Conference iop.eventsair.com/np2023/program… on “Heavy-mass frontier of nuclear ab initio calculations”
Jacek Dobaczewski (@jacekdob512) 's Twitter Profile Photo

Herlik Wibowo concludes the 3rd-day morning session of the IOP 2023 Nuclear Physics Conference iop.eventsair.com/np2023/program… speaking on “Nuclear-DFT electromagnetic moments in heavy deformed open-shell odd nuclei”

Herlik Wibowo concludes the 3rd-day morning session of the IOP 2023 Nuclear Physics Conference iop.eventsair.com/np2023/program… speaking on “Nuclear-DFT electromagnetic moments in heavy deformed open-shell odd nuclei”
Jacek Dobaczewski (@jacekdob512) 's Twitter Profile Photo

PRL Referee B: "On the one hand, I agree with the authors that this is a breakthrough in nuclear mean-field (or density functional) theory. On the other hand, however, I agree with the previous referee that this paper is unsuitable for Physical Review Letters." What?

Jacek Dobaczewski (@jacekdob512) 's Twitter Profile Photo

A myth buster – in the paper published today in Physics Letters B doi.org/10.1016/j.phys…, we show that the nuclear intrinsic magnetic moments are not even close to the spectroscopic moments accessible in the experiment. Supported by @PhysicsatYork & The Leverhulme Trust.

A myth buster – in the paper published today in Physics Letters B doi.org/10.1016/j.phys…, we show that the nuclear intrinsic magnetic moments are not even close to the spectroscopic moments accessible in the experiment. Supported by @PhysicsatYork &amp; <a href="/LeverhulmeTrust/">The Leverhulme Trust</a>.
Jacek Dobaczewski (@jacekdob512) 's Twitter Profile Photo

Fantastic news! congratulations Karlheinz! I am so proud my dear friend got such an important recognition of his work. And your photo is just great!

University of York (@uniofyork) 's Twitter Profile Photo

For his "outstanding contributions to experimental nuclear physics, nuclear applications and widening participation in physics", Professor David Jenkins from UoY School of Physics, Engineering and Technology has been awarded the 2023 Institute of Physics Ernest Rutherford medal and prize: bit.ly/45E6iKu #YorkResearch

For his "outstanding contributions to experimental nuclear physics, nuclear applications and widening participation in physics", Professor David Jenkins from <a href="/UoY_PET/">UoY School of Physics, Engineering and Technology</a> has been awarded the 2023 <a href="/PhysicsNews/">Institute of Physics</a> Ernest Rutherford medal and prize: bit.ly/45E6iKu
#YorkResearch
Jacek Dobaczewski (@jacekdob512) 's Twitter Profile Photo

Not bad at all the agreement with tin data, published today in PLB doi.org/10.1016/j.phys…. Questions: why is good agreement here and less good elsewhere? How to correct it elsewhere without spoiling it here? Supported by @PhysicsatYork, The Leverhulme Trust, and Science and Technology Facilities Council.

Not bad at all the agreement with tin data, published today in PLB doi.org/10.1016/j.phys…. Questions: why is good agreement here and less good elsewhere? How to correct it elsewhere without spoiling it here? Supported by @PhysicsatYork, <a href="/LeverhulmeTrust/">The Leverhulme Trust</a>, and <a href="/STFC_Matters/">Science and Technology Facilities Council</a>.
Jacek Dobaczewski (@jacekdob512) 's Twitter Profile Photo

Adrián Sánchez-Fernández in a Science and Technology Facilities Council funded research published today arxiv.org/abs/2406.12545 introduces the two-center harmonic oscillator basis to study the neck formation in fission within the exact Coulomb exchange. Never been investigated so far.

Adrián Sánchez-Fernández in a <a href="/STFC_Matters/">Science and Technology Facilities Council</a> funded research published today arxiv.org/abs/2406.12545 introduces the two-center harmonic oscillator basis to study the neck formation in fission within the exact Coulomb exchange. Never been investigated so far.
Jacek Dobaczewski (@jacekdob512) 's Twitter Profile Photo

Check out the discovery potential and "Opportunities for fundamental physics research with radioactive molecules", just published in Rep. Prog. Phys. 87 (2024) 084301 doi.org/10.1088/1361-6…. Supported by The Leverhulme Trust and Science and Technology Facilities Council.

Check out the discovery potential and "Opportunities for fundamental physics research with radioactive molecules", just published in Rep. Prog. Phys. 87 (2024) 084301 doi.org/10.1088/1361-6…. Supported by <a href="/LeverhulmeTrust/">The Leverhulme Trust</a> and <a href="/STFC_Matters/">Science and Technology Facilities Council</a>.