Niko Jokela

[Aleksi Vuorinen @arjvuori]

Fantastic news: our proposal for a Centre of Excellence in neutron-star physics was approved by the Research Council of Finland. 🤩

Exciting times ahead with @joonas_nattila et al, including new short- and long- term positions in Helsinki and beyond!

https://t.co/5FKxpMmtMQ

[Marcos Mariño @marino_beiras]

Please consider asking your institution and your library to support SciPost, and circulate this information! If this project does not succeed, true open access will be set back for a long time. More info here: https://t.co/0pMWoSNxV8

[Lautaro Vergara 🇺🇦 @VergaraLautaro]

#PHYSICISTS_love_BLACKBOARDS

Keijo Kajantie

https://t.co/YY5veRMICY

[Aleksi Vuorinen @arjvuori]

Attention Finland-based theoretical physics researchers: Letters of Intent for 3+3-year theory projects at the @HIPhysics theory programme invited, with deadline on March 14! For further information, please see https://t.co/zTgbaMTrCA and/or contact me.

[Aleksi Vuorinen @arjvuori]

@niko_jokela haastattelu Hesarissa, mukana myös @RPaatelainen 🤩

[Helsingin Sanomat @hsfi]

Avaruus | Neutronitähtien törmäys voi tuottaa universumin tiheintä ainetta – suomalaistutkijat keksimässä, miten se löytyy https://t.co/B6dTnNDac8

[University of Helsinki @helsinkiuni]

Neutronitähtien törmäykset valottavat kvarkkiaineen salaisuuksia.

Neutronitähtien törmätessä voi syntyä maailmankaikkeuden tiheintä ainetta kvarkkiainetta.
https://t.co/G5jewR9i3U+

[University of Helsinki @helsinkiuni]

Neutron-Star Mergers Illuminate the Mysteries of Quark Matter.

When neutron stars collide, they likely create the densest form of matter in the present-day Universe.
https://t.co/e2CwEhqp5n+

[Faculty of Science, University of Helsinki @KumpulaScience]

Kun neutronitähdet törmäävät, voi hetkeksi syntyä kvarkkiainetta. 🌟
Tutkimuksessa selvitettiin, kuinka "tahmaisesti" tuo kvarkkiaine puristuu kokoon ja taas laajenee.
@helsinkiuni @arjvuori @niko_jokela @RPaatelainen @KurkelaAleksi
https://t.co/oqdSxo4Tcw

[Aleksi Vuorinen @arjvuori]

New perturbative and holographic results for the bulk viscosity of dense quark matter, relevant for neutron-star mergers, are finally out in PRL: https://t.co/rcBmeCtVPJ 🥳

Enjoyable collaboration with @niko_jokela, @RPaatelainen, @KurkelaAleksi, @tygorda, and others

[Aleksi Vuorinen @arjvuori]

Suomenkielinen juttu kvarkkiaineen viskositeetista: https://t.co/T5QLT7jJfO
Ping @RPaatelainen, @jokela, @KurkelaAleksi

[Risto Paatelainen @RPaatelainen]

Our recent work on computing new estimates for the bulk viscosity of strongly coupled quark matter has been published in PRL 🤩 Thx to @SuomenAkatemia

https://t.co/Zi0xegIxT0

[Faculty of Science, University of Helsinki @KumpulaScience]

📢 Open position: Professorship in quantum algorithms

We have open professor or associate/assistant professor position in Quantum algorithms, deadline for applications is April 11th.
More information on the position and how to apply 👇
https://t.co/x0ObYmG5pI

@KumpulaPhysics

[Aleksi Vuorinen @arjvuori]

Tervetuloa parin viikon päästä Tiedekulmaan kuulemaan CERN:ssä tehtävästä tai siihen tavalla tai toisella liittyvästä suomalaistutkimuksesta!

[Niko Jokela @niko_jokela]

Let's get ready to rumble!

[Risto Paatelainen @RPaatelainen]

New paper (with @arjvuori @niko_jokela et al.)! We derive an improved weak-coupling and a new strong-coupling result for the bulk viscosity of unpaired quark matter https://t.co/FAWsXO9bDl. Thx @SuomenAkatemia

[Ardem Patapoutian @ardemp]

I wrote down my rules on how to Science. I hope you find it useful!

[Aleksi Vuorinen @arjvuori]

Come work with us: a permanent lecturer position in applied holography just opened up at @KumpulaScience in Helsinki! https://t.co/xex73cwmLm

[Niko Jokela @niko_jokela]

@Heikki_M @ERC_Research @jyuscience @coequarkmatter @HIPhysics Onnea!

[Michal P. Heller @HellerInTheory]

Theory post-doc positions on nonequilibrium high energy phenomena at @ugent: https://t.co/r1l3Mz7TjJ. Part of the build-up of an @ERC_Research CoG project High-TheQ on emergence of collective behaviour of quantum fields through dynamical attractor lenses. Please spread the word.