#TU Dresden

[materialsscienceandengineering]

New 2D polymer brings scientists a step closer to realizing switchable quantum states

An international research team led by Dr. Florian Auras from Dresden University of Technology (TUD) has succeeded in developing a new type of material in the rather young research field of covalent organic frameworks. The new two-dimensional polymer is characterized by the fact that its properties can be controlled in a targeted and reversible manner. This has brought the researchers a step closer to the goal of realizing switchable quantum states. These results were recently published in Nature Chemistry. Porous covalent organic frameworks (COFs) are a class of highly ordered, porous materials consisting of organic molecules that are linked by covalent bonds to form a network. They enable the construction of functional materials with molecular precision. Similar to metal organic frameworks (MOFs), which were discovered around 25 years ago and have already reached market maturity, COFs possess highly promising structural, optical and electronic properties for numerous applications; for example, in gas and liquid storage, catalysis, sensor technology and energy applications.

Read more.

[rwpohl]

18/09/24 pressekonferenz carolabrücke, dresden

[shakehandstt]

Wir freuen uns über die beiden shakehands-Spitzenplatzierungen beim Doppelturnier des Dresdner Hochschulsportzentrums, Ron & Rapha. Großen Respekt an Darius und vielen Dank an Denis Hünich für die Organisation 🤝🏾🏓

[philipphille]

Rabiye Kurnaz vs. George W. Bush

2023 ° phh

[9jacompass]

DAAD-STIBET Scholarship Program For International Students At TU Dresden In Germany - Apply Now

DAAD-STIBET Scholarship Program For International Students At TU Dresden In Germany – Apply Now

DAAD-STIBET Scholarship program for International Students at TU Dresden in Germany: Technische Universitat Dresden invites applications from eligible and outstanding International students for DAAD-STIBET scholarship and mentoring program for 2022/2023 academic session. At TU Dresden, they have innovative material systems and their production technologies in a cross- material and cross- product…

[sayruq]

The Hamas massacres on October 7, 2023 mark a turning point in the history of anti-Semitism and in the development of the Middle East conflict. More than 1,200 Israelis were massacred and more than 200 were taken hostage. Some felt the anti-Jewish atrocities reminded them of the actions of the Einsatzgruppen in the Third Reich. In fact, Hamas' anti-Semitism follows the tradition of the National Socialist will to destroy. Nazi Germany had already discovered the anti-Semitic potential of the Koran in the 1930s and exploited it for its own propaganda in the Arab world. Zeesen, a shortwave transmitter stationed south of Berlin, deliberately spread Islamic anti-Semitism among Muslims. The radio broadcasts were broadcast daily between April 1939 and April 1945 in Arabic, but also in Persian and Turkish. Just as the Nazis radicalized Christian anti-Judaism in Europe, they took Muslim anti-Judaism as a basis in the Middle East in order to link it to the European anti-Semitic conspiracy theory. In his book “Nazis and the Middle East. “How Islamic Anti-Semitism Came About” our speaker sheds light on this previously ignored chapter of Germany’s past and, based on new archive finds, shows how the image of Jews in Islam changed between 1937 and 1948 under the influence of sophisticated Arabic-language radio propaganda and other Nazi activities. The Middle East's encounter with Nazi ideology may have been brief, but it continues to have an impact today. Because while Nazi anti-Semitism was discredited everywhere else in the world, it was able to survive as a worldview in the Arab world. Only when we understand how strongly modern Middle East history is shaped by the after-effects of National Socialism will we be able to correctly interpret the hatred of Jews in this region and its echo among Muslims in Europe and develop adequate countermeasures.

Instagram page of the event

[hero-israel]

During Nuremberg Trial testimony, the prosecutor pressed Einsatzgruppen commander Otto Ohlendorf: “You were going out to shoot down defenseless people. Now, didn’t the question of the morality of that enter your mind?” Ohlendorf referred to the Allied bombings of Germany as a context:

I am not in a position to isolate this occurrence from the occurrences of 1943, 1944, and 1945 where with my own hands I took children and women out of the burning asphalt myself, and with my own hands I took big blocks of stone from the stomachs of pregnant women; and with my own eyes I saw 60,000 people die within 24 hours.

A judge immediately pointed out that his own killing spree preceded those bombings. But this would become known as the “Dresden defense,” to which Ohlendorf resorted still another time, in this exchange:

Ohlendorf: I have seen very many children killed in this war through air attacks, for the security of other nations, and orders were carried out to bomb, no matter whether many children were killed or not. Q: Now, I think we are getting somewhere, Mr. Ohlendorf. You saw German children killed by Allied bombers and that is what you are referring to? Ohlendorf: Yes, I have seen it. Q: Do you attempt to draw a moral comparison between the bomber who drops bombs hoping that it will not kill children and yourself who shot children deliberately? Is that a fair moral comparison ? Ohlendorf: I cannot imagine that those planes which systematically covered a city that was a fortified city, square meter for square meter, with incendiaries and explosive bombs and again with phosphorus bombs, and this done from block to block, and then as I have seen it in Dresden likewise the squares where the civilian population had fled to—that these men could possibly hope not to kill any civilian population, and no children.

Ohlendorf thought this defense so powerful that he invoked it yet another time:

The fact that individual men killed civilians face to face is looked upon as terrible and is pictured as specially gruesome because the order was clearly given to kill these people; but I cannot morally evaluate a deed any better, a deed which makes it possible, by pushing a button, to kill a much larger number of civilians, men, women, and children.

(The chief prosecutor, an American, called this particular iteration “exactly what a fanatical pseudo-intellectual SS-man might well believe.”)

At Nuremberg, this sort of tu quoque defense (“I shouldn’t be punished because they did it too”) wasn’t admissible. Still, in the verdict of the Einsatzgruppen Trial, the judges chose to refute it. “It was submitted,” the judges wrote, “that the defendants must be exonerated from the charge of killing civilian populations since every Allied nation brought about the death of noncombatants through the instrumentality of bombing.” The judges would have none of it:

A city is bombed for tactical purposes… it inevitably happens that nonmilitary persons are killed. This is an incident, a grave incident to be sure, but an unavoidable corollary of battle action. The civilians are not individualized. The bomb falls, it is aimed at the railroad yards, houses along the tracks are hit and many of their occupants killed. But that is entirely different, both in fact and in law, from an armed force marching up to these same railroad tracks, entering those houses abutting thereon, dragging out the men, women and children and shooting them.

The tribunal sentenced Ohlendorf to death. He was hanged in June 1951.

“In the last analysis”

Nuremberg enforced a fundamental distinction. All civilian lives are equal, but not so all ways of taking them. The deliberate and purposeful killing of civilians is a crime; not so the taking of civilian lives that is undesired, unintended, but unavoidable. The errors made by a bomber squadron cannot be deducted from the murders committed by a death squad. It’s a difference compounded many times over when those civilian men, women, and children are subjected to torture, rape, and mutilation before their murder. To borrow Khalidi’s phrase, “in the last analysis,” this distinction is what separates modern civilization from its predecessors.

More disturbing is the thought that it separates the contemporary West from its peers. Otto Ohlendorf and the regime he served did all they could to conceal their deeds from Western eyes. Nazi Germany still operated in a West founded on Enlightenment values. So massive a violation of a shared patrimony needed to be hidden from view.

In contrast, Hamas initially sought to publicize its deeds, assuming they would win applause, admiration, or at least tacit acceptance in the Arab and Muslim worlds. Here they succeeded beyond their expectations. The many millions who don’t share the West’s patrimony, and who know next to nothing about the Holocaust or Nuremberg, do see things as Khalidi says they see them. (So, too, does a sliver of alienated opinion in the West, where such views are cultivated and celebrated.)

Finally, and still more disturbing, is the fact that Ohlendorf’s defense has been revived to frame the massacre of Jews. 

[art-of-mathematics]

Icosahedron net - "coiling up"

This icosahedron net is really cool, as it is just like a "string of triangles" you can just roll up to form the icosahedron.

Result:

- - -- ---

The hexagon grid is really helpful for drawing equilateral triangles.

- - -- ---

It reminds me of this:

Diffraction - Source: German PDF [found at TU-dresden website]

...

[wifkin]

[materialsscienceandengineering]

A novel concept for photovoltaics that exploits the ability of materials to exist in different crystalline phases

The group of Prof. Yana Vaynzof at the Integrated Center for Physics and Photonic Materials (IAPP) and the Center for Advancing Electronics Dresden (cfaed) at Technische Universität Dresden has demonstrated a novel concept for solar cells that exploits the ability of materials to exist in different crystalline phases. The related study has now been published in the journal Nature Energy.

The purpose of a photovoltaic cell is to convert sunlight into electricity. By absorbing the sunlight, pairs of charge carriers are generated and then need to be guided to the opposite sides of the photovoltaic diode to produce electrical current. To facilitate this process, most solar cells include a heterojunction that provides a favorable energetic landscape to drive the charges to be separated.

For example, silicon solar cells form a heterojunction by electrically doping each side of the device, forming a p-n junction. Organic solar cells, on the other hand, rely on blending different types of materials (donor and acceptor) to form a bulk heterojunction. However, these concepts are often not applicable to emerging classes of novel photovoltaic materials.

Read more.

[corvidcantina]

Thank you @einendloseralbtraum for the tag!!!

URL mixtape game

rules: pick a song for each letter of your URL then tag the same number of blogs

R Rio by Mika

E Entre poetas y presos - La Raíz

M Mama - My Chemical Romance

U Un fatto tuo personale - Fulminacci

S Savages - Marina

L Love Is For Losers - Twisted Sister

U Un’emozione da poco (specifically the cover by Luca Marinelli sorry Anna Oxa it’s nothing personal I promise)

P Per tu - Ebri Knight

I In Hell I’ll Be In Good Company - The Dead South

N Never The Heroes - Judas Priest

I In The Middle - Dodie

S Sarcasm - Get Scared

T Take Your Time - Buddy Holly

H Hayloft - Mother Mother

E Esperando el impacto - Bersuit Vergarabat

V Viva La Vida - Coldplay

O One Bad Habit - Twisted Sister

I Ignorance - Paramore

C Contessa - Modena City Ramblers

E Eddie Baby - Felix Hagan & The Family

O Out Of Style - The Wrecks

F (The) Foundations Of Decay - My Chemical Romance (I promise I didn’t cheat, Sp0tify’s putting the song under F)

G Girl Anachronism - The Dresden Dolls

O Oro nero - Talco

D Dat ene moment - Django Wagner

Why the heck did I choose such a long URL.

Tagging @tales-of-witchery @gaysessuale @casadepalermo @enjolraspermettendo @goldenliartrash and everyone who wants to do this but hasn’t been tagged!

[blog-for-communications]

Rana Amini, Campàs Lab Mikroskopische Aufnahme einer sich entwickelnden Zebrafisch-Netzhaut, mit Zellkernen (blau) und Membranen (gelb).

Der verborgene Architekt Wie Zellkerne Augen und Gehirn organisieren

Dresden, 12.08.2024. Im Inneren jeder Zelle übernehmen bestimmte Strukturen, so genannte Organellen, Schlüsselfunktionen. Wie diese Organellen jedoch zur Bildung von Geweben und Organen beitragen, war bisher unbekannt. Die bahnbrechenden Forschungsergebnisse der Campàs-Gruppe am Exzellenzcluster Physics of Life (PoL) der TU Dresden weisen dem Zellkern eine neue Bedeutung für die Gewebeorganisation zu, die weit über seine bisher bekannte Rolle bei der genetischen Regulierung hinausgeht: Der Zellkern steuert die Festigkeit von Augen- und Hirngewebe sowie die Anordnung der Zellen innerhalb des Gewebes. Zellorganellen: direkt beteiligt an der Organbildung

Unser Leben wird von Interaktionen bestimmt. So wie wir Menschen miteinander in Verbindung treten, tun es unsere Zellen auch. Während der embryonalen Entwicklung entstehen durch ständige physische Interaktionen zwischen den Zellen Gewebe und Organe. Wie Fabriken oder Straßen in Städten erfüllen unzählige Organellen dabei Aufgaben innerhalb der Zellen, damit diese reibungslos funktionieren. Bis jetzt ging die Wissenschaft nicht davon aus, dass Organellen während der Embryogenese eine direkte Rolle bei der Bildung von Organen spielen, da diese in den Zellen eingeschlossen sind.

Entdeckung: Kompression der Organellen ist entscheidend für Gewebefestigkeit

Der Zellkern ist dafür bekannt, dass er Informationen in den Zellen verarbeitet und Gene in Abhängigkeit der empfangenen Signale ein- und ausschaltet. Er ist jedoch auch die größte und steifste Organelle in der Zelle und könnte daher neben seiner Funktion der Verarbeitung von Informationen auch die physische Struktur des Gewebes beeinflussen. Prof. Otger Campàs, Inhaber der Professur für Gewebedynamik und geschäftsführender Direktor des Exzellenzclusters Physik des Lebens (PoL) der TU Dresden, war besonders fasziniert von der Frage, welche Rolle die physikalischen Eigenschaften des Zellkerns bei der Gewebebildung spielen könnten. Aufbauend auf seiner vorherigen Forschungstätigkeit an der University of California, Santa Barbara, beschloss Campàs, die Rolle der Zellkerne bei der Bildung des Auges und des Gehirns von Wirbeltieren zu untersuchen: "Wir haben die Festigkeit des Gewebes in der Netzhaut von Zebrafischen gemessen und festgestellt, dass sie von der Packungsdichte der Zellkerne abhängt. Dieser Zusammenhang kam völlig unerwartet, denn man ging davon aus, dass die Gewebemechanik von den Interaktionen an der Zelloberfläche abhängt, nicht von den Organellen im Inneren der Zellen.“ Das Campàs-Team entdeckte damit einen völlig neuen Forschungszweig, der für das Verständnis, wie Zellen die Embryonalentwicklung steuern, von entscheidender Bedeutung ist.

Heute veröffentlicht: bisherige Rolle des Zellkerns auf dem Prüfstand

Frühere Pionierarbeiten seiner Gruppe hatten gezeigt, wie die Kräfte zwischen den Zellen das Gewebe zu einem flüssigen Zustand "schmelzen" können, um Embryonen zu formen (https://www.nature.com/articles/s41586-018-0479-2). Nun entdeckte das Team, dass sich Zellkerne so stark zusammenballen können, dass sie das Gewebe versteifen. Dr. Sangwoo Kim, Mitautor der Studie, erklärt: "Durch die Erweiterung des Active Foam Models haben wir eine neue Art des Übergangs von fest zu flüssig identifiziert, die von der relativen Größe der Zellkerne und Zellen bestimmt wird.“ Als die Autoren die relative Größe des Zellkerns sowohl in experimentellen als auch in theoretischen Tests untersuchten, stellten sie fest, dass die Festigkeit des Gewebes durch die Eigenschaften der Zellkerne gesteuert wird, wenn der Zellkern einen Großteil des Zellraums einnimmt. Darüber hinaus fand Campàs‘ Gruppe heraus, dass die Kerne, wenn sie so stark komprimiert sind, die Zellen in nahezu kristallinen Strukturen anordnen. "Wenn die Zellkerne beginnen, mechanisch zu interagieren“, so Campàs, „werden sowohl die Gewebemechanik als auch die zelluläre Ordnung nicht von der Zelloberfläche diktiert, sondern durch den Zellkern selbst gesteuert. Damit ist der Zellkern eine Organelle, die die Steifigkeit des gesamten Gewebes bestimmt". Ihre Studie, die heute in Nature Materials veröffentlicht wurde (https://www.nature.com/articles/s41563-024-01972-3), stellt den Status quo der Zellkerne in Frage und enthüllt eine neue Rolle bei der Steuerung der Gewebeorganisation und -mechanik.

Im Auge: Eingeklemmte Zellkerne bedingen kristalline Zellanordnung bei Organbildung

Um zu untersuchen, wie sich die Größe des Zellkerns auf die Organbildung auswirkt, verwendeten die Forscher Zebrafische. Diese Wirbeltiere sind unschätzbar für die Erforschung von Entwicklungsfragen: während ihrer Embryonalstadien sind sie völlig transparent und entwickeln sich schnell, was die Visualisierung der Organbildung in 3D ermöglicht. "Wir haben strukturelle Messungen und Quantifizierungen der Zellbewegung durchgeführt, wobei wir uns auf die sich entwickelnde Netzhaut und das Gehirn des Zebrafischs konzentriert haben", erläutert die Mitautorin Dr. Rana Amini. Mit diesen Messungen konnten die Autor:innen nachweisen, dass sich die Größe von Zelle und Zellkern während der wichtigsten Entwicklungsstadien verändert und die Zellkerne dabei durch ihre Nachbarn an ihrem Platz "eingeklemmt" werden. Während dieser Transformation schieben sich die Zellkerne wie Kaffeebohnen in einem Glas zusammen. Diese Organisation könnte für das Funktionieren des Auges wichtig sein. Denn im menschlichen Auge ist die Anordnung der Zellen sehr strukturiert und oft kristallin – eine Notwendigkeit für die Verarbeitung visueller Signale. So ist es auch beim Zebrafisch. Die "kristalline" Anordnung der Zellen scheint das Ergebnis des Zusammenschiebens der Zellkerne während der Entwicklung des Auges zu sein.

Ausblick: Defekte auf Zellkernebene und die Entstehung von Krankheiten

Aber nicht nur im Auge sind die Zellkerne derart eingeklemmt: Das Team um Prof. Campàs fand den gleichen Effekt auch im Hirngewebe, was eine neue Rolle des Zellkerns bei der Steuerung der Architektur verschiedener neuronaler Gewebe offenbart. Diese Arbeit unterstreicht auch eine mögliche Rolle von Defekten in der Struktur des Zellkerns bei der Entstehung von Krankheiten, die mit einer gestörten Gewebearchitektur einhergehen. Mit diesem neuen Teil des Puzzles bringt das Campàs-Team im Dresdener Exzellenzcluster die Forschung, wie Zellen während der Embryonalentwicklung Organe aufbauen, einen großen Schritt voran.

Einen tiefen Einblick in die Welt der Physik des Lebens, von den Grundlagen bis zu den neuesten Erkenntnissen, erhalten Besucher:innen bei der Ausstellung "Physik des Lebens" in den Technischen Sammlungen Dresden - verlängert bis Oktober 2024. https://www.tsd.de/de/mm/sonderausstellungen-1/reader/title/PoL

Beteiligte Wissenschaftler:innen: Sangwoo Kim, Rana Amini, Shuo-Ting Yen, Petr Pospisil, Arthur Boutillon, Ilker Ali Deniz und Otger Campàs

Finanzierung: Die Studie wurde vom Eunice Kennedy Shriver National Institute of Child Health and Human Development, den National Institutes of Health und der Deutschen Forschungsgemeinschaft (DFG) im Rahmen der Exzellenzstrategie für das Exzellenzcluster Physics of Life der TU Dresden (PoL), unterstützt.

Über das Exzellenzcluster Physics of Life:

Physics of Life (PoL) ist seit 2019 eines von drei Exzellenzclustern an der TU Dresden. Es identifiziert die physikalischen Gesetze, die der Organisation des Lebens in Molekülen, Zellen und Geweben zugrunde liegen. Bei PoL untersuchen Wissenschaftler:innen aus Physik, Biologie und Informatik, wie sich aktive Materie in Zellen und Geweben zu bestimmten Strukturen organisiert und so Leben entstehen lässt. PoL wird von der DFG im Rahmen der Exzellenzstrategie gefördert. Als Exzellenzcluster der TU Dresden kooperiert PoL mit Forschungseinrichtungen des Netzwerks DRESDEN-concept, wie dem Max-Planck-Institut für molekulare Zellbiologie und Genetik (MPI-CBG), dem Max-Planck-Institut für Physik komplexer Systeme (MPI-PKS), dem Leibniz-Institut für Polymerforschung (IPF) und dem Helmholtz-Zentrum Dresden-Rossendorf (HZDR). https://www.physics-of-life.tu-dresden.de

Wissenschaftliche Ansprechpartner: Prof. Otger Campàs Sprecher des Exzellenzclusters Physics of Life Professur für Gewebedynamik otger.campas@tu-dresden.de https://physics-of-life.tu-dresden.de/research/core-groups/campas

Originalpublikation:

Sangwoo Kim, Rana Amini, Shuo-Ting Yen, Petr Pospisil, Arthur Boutillon, Ilker Ali Deniz, Otger Campàs (2024): A nuclear jamming transition in vertebrate organogenesis. Nature Materials. DOI: 10.1038/s41563-024-01972-3

[evoldir]

Fwd: Postdoc: DresdenU_Germany.SpermBiology

Begin forwarded message: > From: evoldir@evol.biology.mcmaster.ca > Subject: Postdoc: DresdenU_Germany.SpermBiology > Date: 8 August 2024 at 05:27:12 BST > To: rdmpage@gmail.com > > > > Dear All, > > In our group we have a position open for a postdoctoral scientist (90% > part-time) for three years, starting 1 Nov 2024 or later, with the > possibility for extension. We are looking for somebody who is interested > in evolutionary, ecological and/or cell and molecular biology of sperm > cells and male (in)fertility. Our current focus is on environmental > effects (diet, microbes, immune system) and we mainly work with insect > sperm. The candidate is expected to develop their own independent research > project, collaborate with existing ones in our group and support our > teaching portfolio. > > Please send your application and cv (without photograph, date of birth > and marital status), a summary of your relevant research experience > (max. 1 page), a summary of your future research interests (max. 1 > page) and a summary of your teaching experience, if any, to TU > Dresden, Faculty of Biology, Chair of Applied Zoology, Prof. Klaus > Reinhardt, 01062 Dresden, Germany, all in one file combined via > secure mail (https://ift.tt/UXFsuZz) or per email to > applied.zoology@tu-dresden.de. Application deadline is 2 Sept 2024, > the interview is currently scheduled for 1 October 2024, subject to > change. Further information about the position can be obtained from > Klaus.Reinhardt@tu-dresden.de after 23 Aug. > > Klaus Reinhardt, Applied Zoology, TU Dresden, Germany,https://tudaz.net > > Klaus Reinhardt

[innonurse]

Health IT: Investment funds plan to take company R1 RCM private in a deal valued at nearly $9B

- By InnoNurse Staff -

Health IT company R1 RCM will be acquired for $9 billion and taken private by investment funds connected to TowerBrook Capital Partners and Clayton, Dubilier & Rice.

The acquisition price of $14.30 per share represents a 29% premium from late February.

TowerBrook already holds a 36% stake in R1 RCM, which serves over 3,700 hospitals and 30,000 doctors with billing and revenue collection services.

The deal, valued at approximately $8.9 billion, has been approved by a special R1 board committee and awaits shareholder and regulatory approval. The company expects the deal to close by year-end.

Read more at ABC News/AP

///

Other recent news

A new PET/MRI probe could lead to the early detection of hidden diseases (Institute of Organic Chemistry and Biochemistry of the CAS/Medical Xpress)

New AI tool streamlines heart monitoring: fewer leads, same accuracy (Scripps Research)

OneBlood suffers a ransomware attack; the status of donor data remains uncertain (Fierce Healthcare)

Decoding life: A new AI model uncovers DNA’s hidden language at the Biotechnology Center of TU Dresden (TU Dresden)

An experimental AI method enhances doctors' ability to diagnose esophageal cancers and precancers (Medical Xpress)

AI can predict male infertility risk using a blood test, eliminating the need for semen (Toho University/Medical Xpress)

Clinical speech-to-text: African health tech startup Intron Health secures $1.6 million in pre-seed funding to develop AI for global health (TL Tech Labari)

[idkfitememate]

FRENCH SONG PART ???👀

Les filles désir - Vendredi sur Mer

J'écris des chansons, je n'les chante pas

Et ton nom, je n'le dis pas

C'est des histoires que tu t'inventes

Romance d'un soir si ça t'enchante

Faut pas le dire mais c'était court

Faut pas l'écrire ça pue l'amour

Ça sert a rien, pourquoi courir

Il y en a plein des filles désir

Dernière danse - Indila (Indila >>>)

Oh ma douce souffrance

Pourquoi s'acharner ? Tu recommences

Je ne suis qu'un être sans importance

Sans lui je suis un peu paro

Je déambule seule dans le métro

Une dernière danse

Pour oublier ma peine immense

Je veux m'enfuir que tout recommence

Oh ma douce souffrance

Je remue le ciel, le jour, la nuit

Je danse avec le vent, la pluie

Un peu d'amour, un brin de miel

Et je danse, danse, danse, danse, danse, danse, danse

Et dans le bruit, je cours et j'ai peur

Est-ce mon tour ? Vient la douleur

Dans tout Paris je m'abandonne

Et je m'envole, vole, vole, vole, vole, vole, vole

Que d'espérance

Case départ - Team BS (who remember it ???)

Sur ma route j'ai vue tomber combien de rois ?

Au final c'est retour à la case départ

Dans les rues, dévisager pointé du doigt

Sans rancune, c'est retour à la case départ

Quelques mots sur un papier, beaucoups d'espoir

C'est un aller sans retour a la case départ

Un peu de elle, de lui, beaucoup de toi

Au cas où on se revoit à la case départ

(Retour à la case départ)

-🦝anon

I’m gonna spend so much time translating these but ooooo French songs :O

SAMMMEEE TTWW AND CCWWW AS BEEFFOORREEEEEEE

Girl Anachronism - The Dresden Dolls

And you can tell

By the red in my eyes

And the bruises on my thighs

And the knots in my hair

And the bathtub full of flies

That I'm not right now at all

There I go again

Pretending that I'll fall

Don't call the doctors

'Cause they've seen it all before

They'll say just

Let her crash

And burn

She'll learn

The attention just encourages her

Eat You - Caravan of Thieves

cause you're my chocolate-covered strawberry

'cause you're my piping hot pastry

Dreaming about the moment that I'll

Love you to the bone

'cause you're my vicious but delicious cheat

A heart attack, lip-smacking sweet

I don't deserve you, either way, I'll serve you

Finally, I got the nerve

I go hungry every night

But not this time around

I'm gonna eat you, you're my desire

I'm gonna sharpen all my teeth and build a fire

I'm gonna eat you, cook and defeat you

I'm gonna breathe you in my lungs and make you mine

P3T - femtanyl

Novocaine, lobotomize me, teach me how to think

I know what's inside of you, it's all just red and pink

Hit me with your blade and then put me under covers

Wait until I rot and then explain it to my mother

Teach me how to lie, teach me how to trace the caller

I come with a keychain, you can buy me for a dollar

I glitter in the strobe light and I bloat under the water

I never wanna go outside again, it's for the better, I'm your pet

Pet

Pet

Pet

Treat me like your pet

Pet

Pet

Pet

Treat me like your pet

Pet

Pet

Pet

Treat me like your pet

Pet

Pet

Pet

Treat me like your

[art-of-mathematics]

If you would like to attend - or know someone who would like to attend:

At my local university the AG Geometric Modeling and Visualization organizes a summer school "Architectural Math for Bamboo Structures".

Because I am lazy I just insert screenshots of their instagram post and their flyer , and add a link to the uni:

- - --

Screenshots of their flyer:

- - --

More information can be found at the website of TU Dresden:

(Description of the topic in English language:)

https://tu-dresden.de/mn/math/geometrie/lordick/schnittstelle/veranstaltungen/summer-schools/bend-it-like-dini-architectural-math-for-bamboo-structures/topic