Arta Cika

PhD at @UniofOxford @OrielOxford | Scientist and math enthusiast

[Arta Cika @cika_arta]

@duolingo Can you please help me to restore my strike? Thanks a lot. Username: Arta Cika

[Oriel Alumni @OrielAlumni]

Thank you to everyone who joined us at the Alumni Weekend Dinner @OrielOxford on Saturday! We were so pleased to welcome back Orielenses and hope you all had a enjoyable time back at Oriel. #FloreatOriel

[Arta Cika @cika_arta]

@alexbakus @fdabl @AnToniPichler @ABacilieri Hi Bakus :-)

[Fabian Dablander (@fdabl.bsky.social) @fdabl]

Are you interested in early warning signals and tipping points? Then you might enjoy our paper, now published in Psychological Methods @AnToniPichler @cika_arta @ABacilieri

Preprint format: https://t.co/qt5MIuYDPP
Journal format: https://t.co/pK1BSKzEOE

[Oriel Alumni @OrielAlumni]

All set up for the October Champagne Concert in our beautiful Senior Library @OrielOxford! #FloreatOriel

[Fabian Dablander (@fdabl.bsky.social) @fdabl]

Are you interested in using early warning signals to anticipate tipping points?

Then check out our paper – now accepted at Psychological Methods – which discusses theoretical & practical considerations that you may want to keep in mind! @AnToniPichler @cika_arta @ABacilieri

[Python Maps @PythonMaps]

All roads lead to Rome. This map is visualises the famous roads built by the Roman empire. I have removed the land to highlight how far this empire spread its infrastructure.
#Python #Data #DataScience #Geopython #mapsandmapping #Rome #DataVisualization #EU

[Engineering Science, Oxford @oxengsci]

Arta is a DPhil student in Communications Engineering. She researches mobile networks which can provide wireless connectivity in the aftermath of a catastrophe, like a massive accident or an earthquake #BeTheDifference #ThisIsEngineeringDay2020

[Fabian Dablander (@fdabl.bsky.social) @fdabl]

I gave a (rather lengthy) talk on some core concepts in dynamical systems theory and early warning signals today. Here's the recording, in case you're interested! https://t.co/zZree0SJm7

[Fabian Dablander (@fdabl.bsky.social) @fdabl]

In a new preprint, @AnToniPichler, @cika_arta, @ABacilieri, and I take a detailed look at early warning signals from a theoretical and practical perspective https://t.co/qt5MIuYDPP @sfiscience 👇

[Arta Cika @cika_arta]

@PhilTeeNet @Beyond_ASU Congrats :-)

[Elissa Cohen @missseliss]

It was an honor to present our work on #resilience in Conway's #GameofLife at @ALifeConf #complexsystems. Started this project while at @sfiscience's #CSSS19, and it's now inspiring the direction I plan to take for my dissertation work. @germank @cika_arta @lutherseet @steipatr

[NAVER LABS Europe @naverlabseurope]

Interest increasing in #complexity theory as we try to understand pandemics, start-up ecosystems.. In this paper by @cika_arta @missseliss @germank et al explore Conway's #GameofLife & #resilience of complex systems. Recently given @ALifeConf https://t.co/PM8sI6cZlN #ALife2020

[Arta Cika @cika_arta]

@TatjanaSchulze_ @BIS_org super proud 💪🏻

[WiE Oxford @WIEOxford]

All of the profiles of @UniofOxford female engineers, academics, researchers and DPhils for International Women in Engineering Day #INWED20 can be found on the @oxengsci website https://t.co/srnP8xMx3r #ShapetheWorld @INWED1919

[INWED @INWED1919]

Today is the day!! 🎉🎉🎉

It's #International #Women in #Engineering Day 2020!!

Let's get #INWED20 trending & get together to help #ShapeTheWorld!

Head over to our website for more info on how to celebrate! https://t.co/8Km4YCe24r

#WomenInSTEM #womenengineers

[Arta Cika @cika_arta]

@BarbaraSouzaOx Thanks dear 🤗

[Engineering Science, Oxford @oxengsci]

DPhil candidate @cika_arta's research focuses on modelling and analysing mobile ad hoc networks, which are especially useful in providing wireless connectivity in the aftermath of a catastrophe.

https://t.co/mXTCuJJKGb

@INWED1919 #ShapeTheWorld #INWED2020 #WomeninEngineering

[Arta Cika @cika_arta]

@jcspilio I can't unsee this!!!!!

[Prof. Feynman @ProfFeynman]

Maxwell said...
1)∇.D = ρ
2)∇.B = 0
3)∇xE = -∂B/∂t
4)∇xH = J +∂D/∂t
and then there was Light

Happy Birthday James C. Maxwell!