#François Englert

[famousborntoday]

François, Baron Englert is a Belgian theoretical physicist and 2013 Nobel Prize laureate.

Link: François Englert

[whats-in-a-sentence]

It is called a Higgs field, after the Scottish physicist Peter Higgs.⁵

5. Although the Higgs field is named after Peter Higgs, a number of other physicists – Thomas Kibble, Philip Anderson, R. Brout, and François Englert, among others – played a vital part in its introduction into physics and its theoretical development.

"The Fabric of the Cosmos" - Brian Greene

[justforbooks]

In 1964 the theoretical physicist Peter Higgs, who has died aged 94, suggested that the universe contains an all-pervading essence that can be manifested in the form of particles. This idea inspired governments to spend billions to find what became known as Higgs bosons.

The so-called “Higgs mechanism” controls the rate of thermonuclear fusion that powers the sun, but for which this engine of the solar system would have expired long before evolution had time to work its miracles on earth. The structure of atoms and matter and, arguably, existence itself are all suspected to arise as a result of the mechanism, whose veracity was proved with the experimental discovery of the Higgs boson in 2012.

The Nobel laureate physicist Leon Lederman infamously described the boson as “the God particle”. Higgs, an atheist, found this inappropriate and misleading, but the name stuck and helped bring fame to the idea, and to Higgs. He in turn became a Nobel prizewinner in 2013.

It was at Edinburgh University, as a young lecturer in mathematical physics in the early 1960s, that Higgs became interested in the profound and tantalising ways in which properties – mathematical symmetries – in the equations describing fundamental laws can be hidden in the structures that arise.

For example, in space, unaffected by the earth’s gravity, a droplet of water looks the same in all directions: it is spherically symmetric, in agreement with the symmetry implied by the underlying mathematical equations describing the behaviour of water molecules. Yet when water freezes, the resulting snowflake takes up a different symmetry – its shape only appearing the same when rotated through multiples of 60 degrees – even though the underlying equations remain the same.

The Japanese-American physicist Yoichiro Nambu first inspired interest in this phenomenon, known as spontaneous symmetry breaking, in 1960.

Inspired by Nambu’s work, in 1964 Higgs’s own theory emerged with its explanation of how equations that call for massless particles (such as the quantum theory of the electromagnetic field, which leads to the massless photon) can, via the so-called Higgs mechanism, give rise to particles with a mass.

This idea would later be at the root of Gerardus ’t Hooft’s proof in 1971 that unification of the electromagnetic force and the weak force, responsible for radioactivity, where a massive “W” particle plays the analogous role to the massless photon, is viable. The subsequent discovery of the W in 1983 gained Nobel prizes, both for the experiment and for theorists who had foreseen this. Underlying this success was the so-called Higgs mechanism, which controlled the mathematics in this explanation of the weak force.

When Nambu won the Nobel prize in 2008, it began to seem likely that the way was being prepared for Higgs’s eventual recognition.

A problem though, as Higgs was always the first to stress, was that he had not been alone in discovering the possibility of mass “spontaneously” appearing. Similar ideas had already been articulated: by the condensed matter physicist Philip Anderson, though in a more restricted way, and by Robert Brout and François Englert in Belgium, who beat Higgs into print by a few weeks. A former colleague of Higgs at Imperial College, Tom Kibble, and two colleagues were to write a paper along similar lines weeks later.

Where Higgs had justifiable claims to uniqueness was in the boson. He drew attention to the fact that in certain circumstances spontaneously broken symmetry implied that a massive particle should appear, whose affinity for interacting with other particles would be in proportion to their masses.

It would be discovery of this particle that could give experimental verification that the theory is indeed a description of nature. Although even this boson was arguably implicit in other work, it was Higgs who articulated most sharply its implications in particle physics.

The eponymous “Higgs boson” became the standard-bearer for the Large Hadron Collider. In the early 1990s the science minister William Waldegrave issued his challenge: explain the Higgs boson on a sheet of paper and help me to convince the government to fund this.

Among the winners, the most famous was the analogy, by David Miller of University College London, of Margaret Thatcher – a massive particle – wandering through a cocktail party at the Tory conference and gathering hangers-on as she moved. Higgs, whose politics were diametrically opposite to hers, expressed himself as being “very comfortable” with the description.

He was always uncomfortable as a celebrity. When Cern – the European Organisation for Nuclear Research – prepared to switch on the Large Hadron Collider (LHC) in 2008, the media promoted it as a quest for the Higgs boson.

Higgs felt that Cern was misguided to talk up “the” boson – he was always the first to stress that others had had much the same idea and that naming it after him was unfair. He once modestly described the detection of the boson as “tying up loose ends” and regarded the main excitement of the LHC as its potential to reveal the secrets of dark matter and other kinds of new physics.

Nonetheless, in July 2012, Cern announced the discovery of a particle “with Higgs-like properties”. Media frenzy grew, and Higgs bravely accepted his fate as a centre of attention.

Although most physicists were sure that the eponymous boson had been discovered, several months’ more study would be needed before complete confirmation could be assured: the Nobel prize for 2012 went elsewhere. By 2013 the evidence was compelling; there was a general expectation that 2013 would be the year.

By this stage, 49 years had elapsed since Higgs had written his first paper on the subject. In a final, nailbiting twist, the announcement of his long-awaited success was delayed by an hour as the Nobel committee struggled to reach the famously reclusive scientist. Aware of the media attention he was likely to get, Higgs had decided to be “somewhere else” when the announcement was made, and told colleagues that he planned to take a holiday in the north-west highlands of Scotland.

As the date approached, however, he realised that this was not a good plan for that time of the year, so he decided to stay at home and be somewhere else at the right time. At around 11am on 8 October, he left home and by noon, when the announcement should have been made, he was in Leith, by the shore, in a bar called the Vintage, which Higgs famously attested sold both food and “rather good beers”.

Thus with Higgs incommunicado (he largely avoided using mobile phones or the internet), after more than an hour of unsuccessful attempts to reach him, the Swedish Academy decided to make the public announcement anyway. The ironic result was that by 2pm, the news that Peter Higgs and Englert, of the Université Libre de Bruxelles, were the winners of the Nobel prize for physics was known to the world, but not to Higgs himself. (Englert’s colleague Brout had died in 2011, and was unable to be included as Nobel prizes are not awarded posthumously.)

Higgs later recalled how, “after a suitable interval”, but still ignorant of the news, he had made his way home from lunch. However, he delayed further by visiting an art exhibition, as “it seemed too early to get home, where reporters would probably be gathered”.

At about three o’clock he was walking along Heriot Row, heading for his flat in the next street, when a car pulled up near Queen Street Gardens. A lady got out “in a very excited state” and told Higgs: “My daughter’s just phoned from London and told me about the award.” To which Higgs replied: “What award?” As he explained, he was joking, but that is when his expectations were confirmed.

His plan had been a success, as, “I managed to get in my front door with no more damage than one photographer lying in wait.” A little more than a decade later, the main focus of the LHC has been to produce large numbers of Higgs bosons in order to understand the nature of the omnipresent essence that they form.

During the coronavirus lockdown I talked with him for hours on the phone at weekends in the course of researching the biography Elusive: How Peter Higgs Solved the Mystery of Mass (2022). When asked to summarise his perspective on public reaction to the boson he said: “It ruined my life.” To know nature through mathematics, to see your theory confirmed, to win the plaudits of peers and win a Nobel prize, how could this equate with ruin? He explained: “My relatively peaceful existence was ending. I dont enjoy this sort of publicity. My style is to work in isolation, and occasionally have a bright idea.”

Higgs spent more than half a century as a theoretical physicist at Edinburgh University. Perhaps because of this, he was described in many media reports as a “Scottish physicist”, whereas in fact he was born in Newcastle, of English parents, Thomas Ware Higgs and Gertrude Maud (nee Coghill).

His father was a sound engineer with the BBC, and the family moved almost immediately to Birmingham, where Peter spent his first 11 years. In 1941, with the second world war intensifying, the BBC decided that Birmingham was too dangerous, and its operations were transferred to Bristol. The Higgs family duly moved there, with the intention of avoiding aerial bombardment, but the following weekend the centre of Bristol was heavily bombed.

In Bristol, Higgs attended Cotham grammar school, where a famous former pupil had been the Nobel physicist Paul Dirac. Dirac’s name was prominent on the honours board. Higgs followed him, but initially in mathematics rather than physics. Higgs’s father had a collection of maths books, which inspired Peter and enabled him to be become far ahead of the class. His interest in physics was sparked in 1946, upon hearing the Bristol physicists, later Nobel laureates, Cecil Powell and Nevill Mott describing the background to the atomic bomb programme. Although this helped determine his career, Higgs himself later became a member of CND.

At King’s College London he studied theoretical physics, going on to gain his PhD in 1954. He was working on molecular physics, applying ideas of symmetry to molecular structure. His interests moved towards particle physics, although his office was on the same corridor as those of Rosalind Franklin and Maurice Wilkins, two of the co-discoverers of the structure of DNA, though his own work had no immediate link to their programme.

He won research fellowships, first at the University of Edinburgh (1954-56), then in London at University College (1956–57), and at Imperial College(1957–58). He was appointed lecturer in mathematics at University College London in 1958, and then moved to the University of Edinburgh in 1960, where he spent the rest of his research career. Initially lecturer in mathematical physics, in 1970 he was appointed reader and, in 1980, professor of theoretical physics. He was elected Fellow of the Royal Society of Edinburgh in 1974, and FRS in 1983.

He met his future wife, the linguist Jody Williamson, at a CND meeting in 1960. They married in 1963, and had two sons, Christopher and Jonathan. Although they separated, they remained friends until her death in 2008.

Higgs won several awards in addition to the 2013 Nobel prize. In addition to numerous honorary degrees, these included the 1997 Dirac medal and prize from the Institute of Physics, the 2004 Wolf prize in physics, the Sakurai prize of the American Physical Society in 2010, and the Edinburgh medal in 2013. That year he was also appointed Companion of Honour, and two years later he won the Copley medal of the Royal Society, the world’s oldest scientific prize.

His sons survive him.

🔔 Peter Ware Higgs, theoretical physicist, born 29 May 1929; died 8 April 2024

Daily inspiration. Discover more photos at Just for Books…?

[azuremallone]

His death was theorized, but forces have since collided. Now that this been observed, there will be a mass for him in particular.

[kennak]

「Higgsヒッグズ粒子」に名前を与え2013年にノーベル物理学賞を受賞した英国人物理学者Peter Higgsピーター・ヒッグズが、2024年4月8日に、エディンバラで亡くなりました。 Le Mondeル・モンド紙も、2024年4月11日付けで第25面に追悼記事を出しています。 業績も世界的に有名ですが、F爺の注意を惹いたことが二つあります。 [1] 1964年に、Peter Higgs (1929~2024)よりも少し早く、同じ理論をベルギー人のRobert Brout (1928~2011)とFrançois Englertも独自に打ち立てていた。従って、「ヒッグズのボース粒子」は、「Brout-Englert-Higgsのボース粒子」と名付けるべきものであった。François EnglertはPeter Higgsと同時にノーベル賞を受賞したが、Robert Broutは、その前に死去していたため、栄誉に与(あずか)ることは叶わなかった。 [2] Peter Higgsピーター・ヒッグズは、存命中、テレビを見ず、コンピューターを使わず、携帯電話も持たなかった。本人宛にメールの着信したことが分ると、手紙を書いて郵便で返信していた。 学問研究に関して偉人であるだけでなく、なかなか独特の人物だったのですね。「情報弱者」でも大科学者であり得る実例です。

物理学者Peter Higgsピーター・ヒッグズは、存命中、コンピューターを使わず、携帯電話も持たず、メールの送信もしなかった - F爺・小島剛一のブログ

[vyragosa]

“ "Peter Englert" is a combination of the names of theoretical physicists Peter Higgs and François Englert, “ 

in this essay about higgs-amelie having to have a french name by virtue of following the brittany naming convention of names beginning with A which could ultimately just end up being francois i will, (mauled by a pack of wild dogs)

[atoquarks]

[gone2soon-rip]

PETER HIGGS (1929-Died April 8th 2024,at 94).British theoretical physicist, professor at the University of Edinburgh, and Nobel laureate in Physics for his work on the mass of subatomic particles.

In 1964, Higgs was the single author of one of the three milestone papers published in Physical Review Letters (PRL) that proposed that spontaneous symmetry breaking in electroweak theory could explain the origin of mass of elementary particles in general and of the W and Z bosons in particular. This Higgs mechanism predicted the existence of a new particle, the Higgs boson, the detection of which became one of the great goals of physics. In 2012, CERN announced the discovery of the Higgs boson at the Large Hadron Collider. The Higgs mechanism is generally accepted as an important ingredient in the Standard Model of particle physics, without which certain particles would have no mass.

For this work, Higgs received the Nobel Prize in Physics which he shared with François Englert in 2013.

Peter Higgs - Wikipedia

[shalomelohim]

Cérémonie ancestrale et vaches rousses : les coulisses post-éclipse (40 mn)

Retour sur l’éclipse et autres événements :

Analyse fouillée et très intéressante faisant le lien entre l’éclipse, le CERN, la Nasa, la cérémonie de la vache rousse du Texas à Jérusalem, les fêtes de Pessah (La Paque), la mode Cow-Boy-Country des chanteuses célèbres, le second avènement de Yahshua / Jésus par notre compatriote Iam Mazikeen à Las Vegas.

Dans la continuité de sa vidéo de la semaine dernière : [Vidéo : 36'08] - L'éclipse solaire du 8 avril : concordance d'informations (Près de 4 millions de personnes ont voyagé sur le continent américain pour admirer l’éclipse solaire générant plus d'un milliard de dollars de recettes)

Hasard ? Peter W Higgs est décédé le 8 avril 2024. Peter Higgs avait reçu le Nobel de physique en 2013 avec le Belge François Englert. Ils ont été récompensés pour avoir jeté les bases théoriques, dès 1964, qui allaient mener à la découverte du boson en 2012 au sein du laboratoire suisse du CERN. Le boson de Higgs est considéré par les physiciens comme la clé de voûte de la structure fondamentale de la matière, la particule élémentaire qui donne leur masse à nombre d’autres, conformément à la théorie dite du « Modèle standard ». Dans les efforts de vulgarisation de cette découverte, le boson a été surnommé « particule de Dieu » parce qu’il est partout, tout en étant particulièrement insaisissable.

Le CERN - qui se revendique être "Une Tour de Babel qui marche" - est connu pour effectuer des cérémonies occultes dans la cour du bâtiment près de la statue Shiva, dieu hindoue qui symbolise la mort et la destruction.  Pour leur programmation informatique, ils utilisent le développement Babel - Outils pour l'internationalisation des applications Python - source Selon le directeur général du CERN, Robert Aymar, « lorsque les douze États membres fondateurs ont ratifié la convention du CERN le 29 septembre 1954, ils ont donné à la nouvelle organisation une mission visant à fournir des installations de première classe, à coordonner la recherche fondamentale en physique des particules et à aider à réunir les pays d’Europe après deux guerres mondiales ». C'est une Tour de Babel moderne qui a activé son Grand Collisionneur la même nuit afin de “chercher une matière qui vient d'une autre dimension” ou pourrions-nous dire "attirer des entités d'un autre plan ?". [Article] - Un professeur de Harvard affirme que les OVNI auraient pu se rendre sur Terre via des « dimensions supplémentaires » que les scientifiques du CERN essaient de débloquer . Les scientifiques du CERN recherchent des preuves de six dimensions supplémentaires . Le professeur Avi Loeb estime que les étrangers pourraient voyager à travers ces dimensions . Les scientifiques du CERN testent l'accélérateur de particules le plus puissant

. d'après Manly P. Hall, franc-maçon haut gradé, spécialiste de l'occulte, les USA auraient été créés dans le but très spécifique de réaliser une Nouvelle Atlantide ou Nouvel Ordre avec "un roi de leur race divine" qui règnerait sur tout et serait associé à Apollon, Horus, Nimrod - (Livre "The Lost Keys of Freemasonry") . d'après Thomas R. Horn, auteur à succès de nombreux livres dont  "Zénith 2016" et "La Guerre Spirituelle - L'invasion invisible", l'activité invisible des démons est à l'œuvre dans la politique sociale d'aujourd'hui pour réaliser un plan qui se déroulerait en 2025 en lien avec les Néphilim, les Sumériens.

Vidéos où il fait le lien entre entités déchues bibliques et le CERN. Il révèle les dangers de la modification de la conception humaine et comment les progrès technologiques actuels sont liés aux prophéties bibliques de la fin des temps ! (en anglais, possibilité d’activer les sous-titres) :

L’ouverture de différentes dimensions pour faire entrer des entités a également été suggéré dans le film " Spiderman (l'homme araignée) - No Way Home " dont je remets ci-dessous quelques éléments du commentaire que m'inspirait les affiches dans un billet de 2021 concernant "9 Most Advanced AI Robots - Humanoid & Industrial Robots"

Dans le nouveau film qui sort le 15 décembre 2021, le personnage principal est plongé dans des univers parallèles et alternatifs (multivers) et doit affronter différentes créatures, dont son double maléfique. Il est question d’araignées, la Bible nous parle de scorpions, de serpents et de sauterelles. A l’Elysée, il y a un tableau représentant une mante religieuse dans le bureau présidentiel.

Parmi les différentes espèces de races de démons qui sont appelés des “extraterrestres”, il y a les insectoïdes.

Les extraterrestres de type Insectes ou Insectoïdes / Insectoïdiens (mantes religieuses, fourmis, papillons etc) Un article intéressant à lire et une vidéo de 15 mn à visionner.

On ne peut s'empêcher de faire le rapprochement avec cette volonté de modifier notre alimentation pour nous obliger à manger des insectes.

Par ailleurs, devons-nous voir un lien avec le fait que la couleur VERT POMME - comme les criquets / sauterelles - soit à la mode ? Dans les dessins animés, c'est souvent la couleur qui est utilisée lors des sortilèges ou signifier le Mal.

Le péché originel a impacté l’ensemble de la création et le problème doit être réglé à l’échelle de l’univers tout entier.

" La dynamique de cette Fin des Temps est très différente de ce que nous avons connu jusqu’à présent. Nous entrons dans une période inédite à tous points de vue et Dieu va nous montrer des choses, nous faire vivre des événements que nous n’avons jamais vus ni imaginés et il va nous utiliser dans des actions que nous n’avons jamais réalisées auparavant.

Pendant qu’on regarde les astronautes décoller dans leur fusée de fer et de métal, d’autres hommes ou entités traversent les dimensions de mondes parallèles par des portes spirituelles, les StarGates. 

Lorsqu’on s’intéresse aux Civilisations Anciennes antédiluviennes, nous découvrons des technologies, un savoir-faire et des connaissances qui dépassent ce que nous sommes capables de réaliser aujourd’hui.

Certains sites alignés autour de la planète sont en sommeil et je reste convaincue que l'objectif de ce qui est en train de se mettre en place au niveau informatique et technologique, permettra de réactiver ce qui a existé dans le passé.

AI, le retour… le soulèvement des machines, la guerre des mondes.

L’amour du plus grand nombre se refroidira aussi car notre environnement informatisé, robotisé créé des humains avec un esprit métallisé, la distanciation et les gestes barrières que l’on nous a demandés de respecter avec la "pandémie" est uniquement la continuité d’une programmation mentale afin de nous anesthésier et nous déconnecter les uns des autres.

La vaccination étant une prolongation de ce plan afin d’intégrer l'humanité entière dans la technologie pour en faire des esclaves.

Oui, il y aura des géants qui vont se réveiller, des robots qui vont patrouiller et des humains qui auront des pouvoirs maléfiques.

Les mondes parallèles qui se côtoient actuellement, mais sans entrer en interaction, vont s’ouvrir et alors il y aura un affrontement final.

Tous les titans du numérique, les géants du Web comme les GAFA favorisent l’émergence de ce système.

Le monde est conduit par cette deuxième humanité qui existait déjà du temps de Noé.

Quand on lit la Bible et que nous voyons les prodiges et les miracles que Dieu a accomplis, les situations surnaturelles que le Peuple d’Israël a vécu alors qu’il n’était habitué ni aux effets spéciaux, ni à la télévision, ni aux jeux-vidéos…, nous pouvons imaginer ce que Dieu a prévu pour nous qui doit être vraiment extraordinaire et dépassera de loin tout scénario cinématographique.

Depuis toujours, les films sont la projection de notre avenir et nous constatons que le diable dévoile son plan machiavélique de plus en plus au grand jour.

Il égraine son agenda méthodiquement, froidement, comme un programme informatique.

Sommes-nous prêts à voir des armées de robots avec une conscience humaine comme dans le film Replicas, et commandées par des humains ? Ou des gens qui volent dans les airs. C’est peut-être ce qui nous attend…

Plus haut, il est question de l’ouverture des portes inter-dimensionnelles (stargates) pour la confrontation des derniers temps puisque “les mondes parallèles habités par des entités extraterrestres donc démoniaques” existent que ce soit dans le ciel, sur terre, dans la mer ou sous terre. Nous sommes assez nombreux en fin de compte sans que nous le sachions.

Nous avons des onctions cachées qui vont se manifester au fur et à mesure que les situations difficiles vont arriver.

C’est un peu l’histoire de la souris apeurée qui se transforme en “ robot “ en Esprit et en Vérité comme dans le film “Transformers” (ces voitures qui deviennent des robots) et le super ordinateur avec lequel nous communiquons, c’est le Ruah Ha Kodesh.

A plusieurs reprises, que ce soit Dieu ou Yahshua / Jésus, quand ils s’adressent à une personne, c’est souvent par “Lève-toi ! … Va là-bas…”

Les consignes sont assez courtes et impératives, comme si les protagonistes étaient programmés à exécuter l’ordre donné. Ils sont prédisposés à l’obéissance, puis intervient le libre-arbitre, le Malin…

L’action du Ruah Ha Kodesh n’est pas simplement quand il nous remplit, mais c’est aussi quand il nous revêt de sa puissance : il nous équipe de l’intérieur et de l’extérieur.

Comme c'était le cas pour Yahshua / Jésus :

" Jésus, rempli du Saint-Esprit, revint du Jourdain, et il fut conduit par l'Esprit dans le désert,... " (Luc 4:1)

Puis,

" Jésus, revêtu de la puissance de l'Esprit, retourna en Galilée, et sa renommée se répandit dans tout le pays d'alentour. " (Luc 4:14-15)

Il y a également le film Matrix 4 Résurrection (Néo, l’élu - sorte de prophète dont le nom nous rappelle Noé) - avec Keanu Reeves dont la filmographie est très révélatrice des réalités spirituelles obscures - sort le 22 décembre 2021.”

La Nasa est réputée pour effectuer des rituels maçonniques inspirés des écoles des mystères égyptiennes associant : Apollon à Horus et Sirius à Isis, visant à restaurer l'Atlantide comme Nouvel Age d'Or. Le Dieu Serpent APEP-Apophis dont le but était d'engloutir le dieu RA représentant le soleil a été symbolisé par les 3 fusées lancées au moment de l'éclipse. Lorsque le soleil a de nouveau été visible, il s'agissait donc de la renaissance d'Horus, leur nouveau roi avec le passage de la comète du diable dans la même période.

Les dieux égyptiens & grecs + déesse grecque dans l'espace !  Apophis est également le nom d'un astéroïde géocroiseur dont l’orbite autour du Soleil recoupe par moment celle de la Terre. Il a été découvert en 2004. Le Vendredi 13 avril 2029, Apophis passera à seulement 31.600 km de la Terre. Des scientifiques défendent l’idée qu’une mission, nommée Ramsès, doit profiter de cette opportunité unique pour étudier en détail l’astéroïde de 370 m de large et sera lancée en avril 2028 soutenue par l'ESA, l'Agence Spatiale Européenne. Ramsès est l’acronyme de Rapid Apophis Mission for SpacE Safety, soit mission rapide vers Apophis pour la sécurité spatiale.  Il s’agit d’un nom issu d’une dynastie de pharaons. Ramsès arrivera à proximité d’Apophis environ 2 mois avant le rendez-vous du 13 avril 2029 afin de scruter tout ce qu’il se passera. « La mission Ramsès sera nos yeux et nos oreilles lors de cette rencontre épique, diffusant en temps réel des images et des données captivantes directement depuis la surface de l’astéroïde Apophis ». De plus, une sonde américaine (OSIRIS-APEX) scrutera aussi Apophis en 2029, elle ne le fera qu’après le passage proche du 13 avril. (Selon la Mythologie égyptienne, Osiris est le dieu des morts qui redonne la vie dont Isis, déesse égyptienne, était à la fois sa sœur et son épouse) Par ailleurs, Héra est une sonde de l’ESA qui, en décollant en octobre prochain, examinera dès la fin 2026 Dimorphos [“qui a deux formes”], la petite lune de l’astéroïde Apollon Didymos volontairement percutée en 2022 par la mission DART de la NASA (ce qui permettra de mieux comprendre la dynamique d’une telle collision pour dévier un objet). L’idée-force de Ramsès en terme de rapidité repose sur la réalisation de la même plateforme qu’Héra. - via La Cité de l'Espace de Toulouse (Héra était une déesse grecque du mariage et de la fécondité, femme de Zeus et Apollon était le Dieu de la lumière, de la raison et des arts - musique et poésie - dans la mythologie gréco-romaine.)

Ce qui est en haut est également en bas : le ciel et la terre Informations à mettre en lien avec :

La cérémonie païenne de la flamme des Jeux Olympiques du 16 avril Les jeux sont dédiés au Dieu Apollon. Si l'allumage de la flamme olympique a marqué l'histoire récente des Jeux, ce que l'on sait moins, en revanche, c'est que l'on doit ce symbole et la cérémonie qui l'entoure au régime nazi, récupéré par Goebbels. Articles : “La torche olympique est une invention nazie” “Allumage de la flamme des Jeux olympiques Paris 2024 à Olympie : d’où vient ce rituel ?” Ce cérémonial du relais de la flamme est en fait né à Berlin en 1936, lors des Jeux de la XIe olympiade de l'ère moderne. Lors de la préparation de ces Jeux marqués par l'empreinte du nazisme, Carl Diem, secrétaire général du comité d'organisation, s'était inspiré d'un rituel religieux antique pratiqué en Grèce : les courses aux flambeaux. En ces occasions, les habitants des cités "honoraient les dieux par des lampadédromies, (...) consistant à l'origine en un simple relais depuis un feu sacré jusqu'à un autel", raconte le Comité national olympique et sportif français (CNOSF). Le premier parcours de l'histoire de la flamme olympique préfigure d'ailleurs "l'Europe brune" qui commence à prendre forme dans les années 1930. Grèce, Bulgarie, Yougoslavie, Hongrie, Autriche et Tchécoslovaquie... Tous les pays où la flamme olympique est passée en 1936 avant d'arriver à Berlin tomberont sous domination nazie quelques années plus tard... Article Comparatif : 1936 - Hitler inaugure les JO de Berlin et institue le nouveau rituel de la flamme olympique venue de Grèce ainsi que le défilé des nations participantes par ordre alphabétique. Les appels au boycott n'ont pas été suivis par UE et USA . L'Union Soviétique ne participa pas aux Jeux. Quand les Jeux furent terminés, Hitler reprit ses projets fous d'expansion de l'Allemagne. 2024 - "La médaille d'or retirée à la Russie après la suspension de Kamila Valieva pourrait être remise aux patineurs américains aux Jeux de Paris Le Comité international olympique a adopté, mercredi, une recommandation de sa commission des athlètes, rendant possible la remise des médailles réattribuées lors des Jeux de Paris". - Article Lors de la fête des Panathénées, une célébration religieuse dédiée à la déesse protectrice d'Athènes (Athéna : Déesse de la guerre), plusieurs équipes s'affrontaient lors d'un relais. "L'équipe arrivée la première avec un flambeau toujours enflammé avait l'honneur d'allumer l'autel de Prométhée et était récompensée". (Figure héritée du « transmetteur du feu », Prométhée est surtout connu pour avoir dérobé le feu sacré de l'Olympe pour en faire don aux humains.) L'idée de Carl Diem est reprise par Joseph Goebbels, le ministre de la Propagande du IIIe Reich, qui organise le premier relais olympique en 1936. La flamme allumée à Olympie était alors partie de Grèce le 20 juillet et, après un périple de 10 jours et de 3 000 kilomètres, était arrivée au stade olympique de Berlin le 1er août. - Article . Allumée à Olympie, en Grèce, mardi, la flamme partira le 26 avril pour arriver en France le 8 mai, en accostant dans le port de Marseille à bord du "Belem" (un trois-mâts barque, long de 58 mètres hors-tout et large de 8,80 mètres. Il possède 22 voiles, pour une surface de voile totale de 1 200 m²). Le symbole des JO effectuera ensuite un long parcours, pour arriver à Paris le jour de la cérémonie d'ouverture, le 26 juillet où elle illuminera ensuite la capitale, depuis le jardin des Tuileries. . Dans la Grèce antique, le site d'Olympie accueillait le premier tour des Jeux de l'époque, mais était aussi un carrefour religieux, où des feux brûlaient en permanence au temple de la déesse Héra comme sur les sites sportifs. Comme le rappelle le Comité international olympique (CIO), la flamme est aujourd'hui encore allumée grâce au soleil, à l'aide d'un miroir parabolique de conception antique, que l'on appelait "skaphia" du temps d'Aristote. La cérémonie d'allumage est traditionnellement confiée au Comité olympique hellénique, qui mobilise pour cela un groupe de femmes selon un rituel précis.

Le Texas est connu des ufologues pour ses fréquentes apparitions d'Ovnis, les mutilations animales, mais aussi ses essais atomiques et ses bases US AIR FORCE.

Enfin, le 8 avril a eu lieu la relève franco-britannique de la garde à l'occasion des 120 ans de l'Entente Cordiale. La Garde républicaine a procédé à une Grande relève inédite devant le Palais de l’Élysée en présence du Président de la République. Afin de célébrer les 120 ans de l’Entente Cordiale entre la France et le Royaume-Uni, la Garde a associé à son cérémonial des gardes de la maison royale britannique. - via elysee.fr

[newsnoshonline]

È morto a 94 anni Peter Higgs, il fisico premio Nobel che predisse il bosone di Higgs Peter Higgs: addio a un gigante della fisica Sabato scorso, è venuto a mancare all’età di 94 anni Peter Higgs, famoso fisico teorico noto per aver predetto l’esistenza del bosone di Higgs. L’annuncio ufficiale è arrivato dall’Università di Edimburgo, presso cui Higgs ha lavorato per decenni fino al suo pensionamento nel 1996. Il Premio Nobel che ha rivoluzionato la fisica Peter Higgs è stato insignito del Premio Nobel per la fisica nel 2013, insieme al collega François Englert, per il loro lavoro svolto negli anni ’60 sulla teoria del bosone di Higgs. La scoperta di questa particella fondamentale è avvenuta

[dewitty1]

Peter Higgs, physicist who discovered Higgs boson, dies aged 94

Peter Higgs, the Nobel prize-winning physicist who discovered a new particle known as the Higgs boson, has died.

Higgs, 94, who was awarded the Nobel prize for physics in 2013 for his work in 1964 showing how the boson helped bind the universe together by giving particles their mass, died at home in Edinburgh on Monday.

After a series of experiments, which began in earnest in 2008, his theory was proven by physicists working at the Large Hadron Collider at Cern in Switzerland in 2012; the Nobel prize was shared with François Englert, a Belgian theoretical physicist whose work in 1964 also contributed directly to the discovery.

[jasopira]

📅 History of Quantum Field Theory and the Higgs Boson 🕰️

-

🔭 1960s: The Birth of Quantum Field Theory

In the 1960s, physicists developed the framework known as quantum field theory (QFT) to describe the fundamental forces and particles in the universe. QFT combines the principles of quantum mechanics and special relativity to provide a consistent theoretical framework for understanding particle interactions.

-

⚛️ Electroweak Theory:

One of the significant developments in the 1960s was the formulation of the electroweak theory. This theory unified the electromagnetic force and the weak nuclear force, describing them as different manifestations of a single electroweak force. Sheldon Glashow, Abdus Salam, and Steven Weinberg independently proposed this theory, which was later experimentally confirmed.

-

💡 The Higgs Mechanism:

In the 1960s, physicists also realized that the electroweak theory required a mechanism to explain why certain particles have mass while others are massless. This led to the development of the Higgs mechanism, proposed by physicist Peter Higgs and independently by other researchers including Robert Brout, François Englert, Gerald Guralnik, C. R. Hagen, and Tom Kibble.

-

🔎 Higgs Field and Higgs Boson:

According to the Higgs mechanism, the universe is filled with a Higgs field, a sort of energy field that permeates all of space. Particles acquire mass by interacting with this field. The Higgs field is associated with a particle called the Higgs boson. The existence of the Higgs boson was a key prediction of the theory.

-

💥 2012: Discovery of the Higgs Boson at CERN:

After several decades of experimental efforts, the Large Hadron Collider (LHC) at CERN, the European Organization for Nuclear Research, confirmed the existence of the Higgs boson. In July 2012, the ATLAS and CMS experiments at the LHC announced the discovery of a new particle consistent with the Higgs boson.

-

🔬 Experimental Confirmation:

Physicists at the LHC observed the decay of the Higgs boson into other particles, providing compelling evidence for its existence. The discovery marked a significant milestone in particle physics, confirming the Higgs mechanism and further validating the framework of quantum field theory.

-

🌌 Significance of the Higgs Boson:

The Higgs boson's discovery helps explain why particles have mass and provides a deeper understanding of the fundamental forces in the universe. It also contributes to the understanding of the early universe, as the Higgs field played a crucial role in the process of symmetry breaking shortly after the Big Bang.

-

��� Contemporary Research:

Since the discovery of the Higgs boson, ongoing research aims to study its properties more precisely, such as its interactions with other particles. Physicists continue to explore the mysteries of quantum field theory and particle physics, hoping to uncover new fundamental particles and phenomena.

-

🌐 #QuantumFieldTheory #HiggsBoson #ParticlePhysics #CERN #Science #Physics

[mysticstronomy]

WHAT CAN GOD PARTICLES DO??

Blog#127

Wednesday, September 29th, 2021

Welcome back,

The Higgs boson is the fundamental particle associated with the Higgs field, a field that gives mass to other fundamental particles such as electrons and quarks. A particle’s mass determines how much it resists changing its speed or position when it encounters a force. Not all fundamental particles have mass. The photon, which is the particle of light and carries the electromagnetic force, has no mass at all.

The Higgs boson was proposed in 1964 by Peter Higgs, François Englert, and four other theorists to explain why certain particles have mass. Scientists confirmed its existence in 2012 through the ATLAS and CMS experiments at the Large Hadron Collider (LHC) at CERN in Switzerland. This discovery led to the 2013 Nobel Prize in Physics being awarded to Higgs and Englert.

Scientists are now studying the characteristic properties of the Higgs boson to determine if it precisely matches the predictions of the Standard Model of particle physics. If the Higgs boson deviates from the model, it may provide clues to new particles that only interact with other Standard Model particles through the Higgs boson and thereby lead to new scientific discoveries.

Higgs Boson Facts

The Higgs boson gets its mass just like other     particles—from its own interactions with the Higgs field.

There may be more than one Higgs boson. One theoretical model of new physics predicts five Higgs bosons.

While the Higgs boson gives mass to the quarks that make up a proton, it is only responsible for giving a proton about 10% of its mass. The other 90% of a proton’s mass comes from the complex interactions of the quarks and the strong nuclear force.

Since the Higgs boson has the role to generate the mass of other particles and the fact that dark matter can primarily be detected through its mass, the Higgs boson can be a unique portal to finding signs of dark matter. 

The LHC at CERN is the highest-energy particle collider in the world. It is currently the only place scientists can create and study Higgs bosons. The DOE Office of Science (SC) contributed important accelerator magnets to help construct the LHC. DOE also supports many scientists, engineers, and technicians in the LHC program.

 The LHC hosts four large experimental particle detectors, two of which are partially supported by SC’s Office of High Energy Physics: ATLAS and CMS. U.S. researchers account for approximately 20% and 25% of the ATLAS and CMS collaborations, respectively. They also play leadership roles in many aspects of each experiment. These experiments are making precise measurements of the Higgs boson’s properties to determine if it matches the Standard Model predictions or offers clues to new physics, exploring new particles and their interactions, and identifying the new physics of dark matter.

SOURCE: scitechdaily.com

COMING UP!!

(Saturday, October 2nd, 2021)

“WHAT CAME BEFORE THE BIG BANG??”

[danddymaro]

Death Stranding | Open Heart

Pairing : Higgs monaghan X Reader // Sam Bridges x Reader

First Part: Stay // pt.1

Previous: Sweet  Façade 

Thoughts are italics in quotations = ‘Example’

Flashbacks are in italics = Example

Wordcount:  3704

He’s going by an alias, obviously and I thought I'd do a play of his alias as well.

Little Fact: The name (alias) "Peter Englert" is a combination of the names of theoretical physicists Peter Higgs and François Englert, who together won the 2013 Nobel Prize in Physics for the discovery of the Higgs mechanism.

So Higgs Peters? Just for the sake of keeping his first name.

 Open Heart

She placed a small mug before him, the sweet scent of warm tea gently wafting into his nose as it sat on the surface of the small table. With a small, placid smile he accepted the generous offer, tentatively placing his hand onto the warm cup, watching her sit before him, an identical mug in her hand as she took her place.

" So..." He sounded out, "You're here by yourself, correct?" he asked her, already knowing the answer, but just making conversation with her.

He just loved the sound of her voice, and he wanted to hear it sound forever, furthermore, he absolutely lived for their little moment together, willing to stretch out the vicious storm for weeks if it was necessary, all to have the fortune of seeing her every day.

'If I could spend everyday with you like this...just you and me...I wouldn't miss a beat. 

I wouldn't hesitate to take the chance, '

"Oh yeah," (f/n) replied nodding before taking a small sip, an almost unnoticeable smile overtaking her as she got a taste of her beverage.

“It Get’s lonely, huh?” he said while offering her kind blue eyes, truly feeling sorry for her, because he just knew what it felt like to be disconnected, all in all, he knew what lonely silence was like.

She chuckled wearily before giving him another nod, " Yeah,” She breathed. “It does...but...” She then said, raising her eyes to him, looking certain, “ I've gotten used to it,” She mused, “Well, at least that's what I keep telling myself,” She added with a halfhearted, little chuckle.

“ The thing is though, It's been raining so much…” she sighed, notably disheartened, “ I don't know what's going on, but it seems like there is this dark cloud looming over me,” she admitted, having seen such little sunshine she felt as though she was an unfortunate, little bloom, slowly wilting while left in the darkness.

“If anything this awful weather is what's making things unbearable,” She added with falling shoulders.

Occasionally she’d step out and enjoy the sunlight, but within the last few weeks, it hadn’t been something she had the fortune of enjoying, instead being stuck within the underground home, held hostage within the place she should feel her safest.

"I have noticed that things around here have gotten pretty hectic," he commented,  "Have you been getting supplies?" he asked her, receiving a declining nod,

"No, and truth be told, I'm starting to grow really anxious about it." She responded back, " But as I said, it's been hell around here.” She said with understanding, knowing just why no one else had bothered to come through,

She took a small moment to clear her throat before she seemed to lift in spirits, but only by  a tad bit as she continued , “As I mentioned before, You're actually  the first person to actually make it up here in a long...long time," She admitted, offering him a sweet smile, a little shine to her eyes that made him melt and want to reach out for her.

She seemed to glow, her appreciation seeping through, overruling both her great concern and her lonesome sadness altogether,  “And you have no idea how much I appreciate it,” She added.

" -  I don't really blame anyone for not even bothering to make the trip, " she began to explain, " I mean, this rain won't let up. And I’d hate for anyone to …” stopping herself she shook her head, a tight bit to her lip while her hands that lay over the table balled up, fisted until they became uncomfortably tense, lightly shaking with the force, 

“I’d hate to cause anyone harm, which is why I just couldn't let you go back out there,” She admitted, slightly hanging her head as she confessed to him her reasoning.

All in all, she couldn’t bear to bring another person harm.

‘Oh sweetheart,’ He thought to himself, daring to reach his gloved hand up to hers, covering the shaking fist with his palm. 

At the light touch, she suddenly jumped, looking at him with wide eyes, the young woman having grown startled at being  startled, prolonging her state of surprise.

Retracting his hand, he grimaced, “shit, I’m sorry,” he murmured, “I didn’t mean to,” he said while holding both his hands up, “Please forgive me, I didn’t mean any harm by it, I swear,” he insisted, looking wholeheartedly upset.

Suddenly standing, she shook her head, “ No, no, no,” She repeated, “I’m the one who’s sorry,” She went on while being  embarrassed, her face glowing while she released a small, cute giggle.

“- I know you didn’t mean any harm by it,” She said while still being notably flustered,

‘It’s just its been a really long time since anyone has reached out for me,’ She mused, feeling silly for fidgeting over the harmless contact,

‘You must think I'm such a fool, ‘ She thought to herself, not knowing just how much her sweet, demure nature was affecting him.

“- Anyways, Come on,” She encouraged him, nudging her head to the side, signaling it towards the hall, “ Let me show you where you can stay, I’m sure after a whole day of traveling you want a nice, warm shower, “ She suggested, knowing that if she were in his shoes she’d itch for a warm wash.

“Or maybe some sleep?” She inquired, assuming he must have been tired after traveling up the trail, “In the meantime, while you relax I can make something to eat. '' She told him with a happy, little clap, the offer making him smile gently, taking in how exited she seemed.

‘ Baby girl… with you taking care of me like this… I might just fall more in love,’ he thought to himself, following her as she walked along the small passage, soon reaching a decently sized quarter,

“This is a pretty nice room,” he told her as he walked through the doorway, “ - A little too nice to be lending  it out to just anyone,” he observed, his eyes slowly trailing over the room, finding himself directly gazing at a Synchronization incubator,

. "...Almost As though it already belongs to someone already," he added, feeling somewhat spiteful as he glared at the personalized space.

His mind wandered, knowing she lived alone, and that the only other person who visited was the other Porter.

And he could easily put two and two together,

‘ You're doing too much for him sweetheart.

You’re making me so, so jealous,

Oh you sweet angel…If only you knew how much this hurts me,’ He went on, swallowing down the words, knowing that it wasn’t really her fault.

Because all in all, she wasn’t aware, so how could she know she was hurting him?

“Oh,” she replied back, her pretty smile becoming lukewarm, “ you think so?” she asked, scratching the back of her neck with a rather nervous chuckle, almost like she’d been caught in a white lie.

“ Yeah,” he replied back, eyeing her, watching her every move, every little tick she had, memorizing it all.

“I just have the feeling ;  so does it?” he pressed on, still seeming playful and sweet while he secretly interrogated her, “I don’t want to pry, but I also wouldn’t want to impose,” he went on, justifying himself, playing the part of the perfect, considerate guest.

"-Well, to be perfectly honest, yeah,” she answered him with a little pouty smile, barely recognizable as an actual show of happiness, “... but, I'm pretty sure he's not coming back in a good while, so I don't think he'd mind at all, ” (f/n) said while fluffing the little pillow on the mattress so he could be comfortable.

“Just for the time being...” she murmured.

“- Who’s not coming back?” He asked her with a mellow, little mutter of his own, noticing how she stopped altogether, a vacant look in her eye before she shook her head to come back to, letting a little smile overrule the small bit of seldom that attempted to take claim over her features,

“He…” She started, not knowing how to put things, taking a little nibble of her lip as she tried to properly gather her thoughts,

“You don't have to tell me if you don't want to.” Higgs told her, not wanting to force her into saying anything. 

Granted he wanted to know, but not at the expense of her sweet, little grin.

‘ I want to make you smile.

I want to make you happy sweetheart,’ he silently told her.

“ I'm not trying to pry or anything. I’m just trying to make conversation, and also avoid any inconvenience. “ He explained to her, “But it seems like it’s a sensitive topic,” he observed out loud, “And I don’t want to force you to tell me anything, or make you uncomfortable,” he told her.

“So there's no need for you to share,” He told her, making it clear that he was giving her options and he wasn't demanding anything from her.

She could literally feel her heart unwind, for a reason unknown to her feeling light, a great part of her wanting to share with him.

“ You’re welcome to ask,” she voiced out with a small voice, “ it's just... I haven't had anyone to really talk to, so it’s hard for me to put the words together without it feeling strange" she admitted.

"Or without feeling stupid," she added with a little grin, one that made him crack a small smile of his own.

" So ...umm … well,” she then said while contemplating look crossed over her, “There is this one Porter who comes around very often... or at least he used to," she began to explain, "I'm so used to seeing him, but lately… well...it's been about a little over a month now since he’d visited, " she added with notable melancholy, clearly missing the man she spoke of,

" But… But I know he's alright!" She suddenly chirped, the idea of him doing well immediately perking her up, because she wished nothing but the best for the man, regardless of where they stood in their relationship, 

- or in this case, lack of.

" Going strong!" She said with a triumphant grin as she looked at the porter before her. “And I’m just so proud of him…” She added with a little murmur, her little grin twitching.

' That was expected...I suppose,' he thought to himself as he watched her stretched out smile, seeing the rollercoaster ride that was her emotions.

He just wanted to reach out to her, coddle her like the precious little thing she was, tell her that everything was alright, because her expressions were making it hard for him to just stand there and watch her,

" The last time he was here, I offered him this room.” She confessed, and it had been as he assumed, and though he’d had a hunch, it still scathed him,

“Yeah?” he breathed.

“Yeah, I actually had it set up just for him." She admitted, her face touched by a soft, innocent color, one Monaghan stared at with austounment because it was something he desperately yearned to have the ability to cause.

" I wanted him to be safe, You know? I wanted him to  have a place to rest; I wanted him to have somewhere where he can relax because I know how hard his life is.” She started, the first part of her tale sounding so full of hope  and love, it touched him.

“ I care about him more than I should.” She admitted, sounding somewhat ashamed, yet certain about her declaration.

'I love him, ' She silently admitted it, not needing to say so, because the other man could already assume.

" The first time I met him was a couple of months back, he'd made a delivery for me; A very simple one, it being just a couple of little trinkets I had ordered." She started, looking whimsical as she thought of the fateful day, " he got them back to me in one piece, not a single scratch." she said recalling the event, sounding just as astounded as she’d been that very day,

" And you can imagine: I was so amazed, absolutely astonished when he got them all here.

Hell, not even the container itself had any damage!" she added with stun.

“ The first time I met him I was so impressed and I guess I was also taken by him too,” She went on, sounding so cute to the brunette male, “ In the past, I've had a couple of Porter's come by now and then.” she told him, “ they often make small deliveries for me but with Sam?

With Sam,  It all felt so different. 

I wanted him to stay with me.

I wanted to hear more of him.

I desperately yearned to travel at his side, though I know very well it's not idealistic, I wanted to accompany him every step of the way.

It's silly...

But a girl in love… she can only dream ," She mused with a whimsical, little sigh.

"Sam... Sam’s... not like anyone else." She said breathlessly, a glazed look falling over her, one that was painfully lovesick.

"Sam… " Higgs mumbled, repeating it back to her.

" That wouldn't happen to be THE Sam Bridges everyone is raving about, would it?" He asked her, interested, making it seem a though it’d been a far stretched inquiry.

At his question, she became notably stiff.

He could see her hands hold onto each other, wringing each other uncomfortably as she licked her lips,

'I know dear, but just tell me more,' he mused, watching her with his heart running so fast it could catch fire. 

‘ Tell me everything, open yourself to me.

- Just Trust me’

Chuckling she showed off a cute touch of pink to her cheeks, finally mustering up the will to answer,

“You’d be right to assume,” she affirmed.

“ Sam…what can I say about him?” She asked herself, not knowing just where to begin, having so much to say about the man, too much to just go over in just one sitting,“ Sam is quiet, a sad quiet that just makes me want to hold him. He is thoughtful and caring in a way that doesn't beg for anything in return.” she said with the same touch of rose,

“ Sam is handsome in a way only a lonely man can be…” she described the bridges porter while her hand went up to her chest, grazing the spot above her heart.

“He is sweet and it's noticeable...

When he talks to his BB; when he says sweet little words to her...That's when  his softness shines through the most. And at those very moments one could easily capture every bit of him that's gentle.” she surmised.

“ And he cuddles her so sweetly, just like someone would their own child... 

You know, it’s to a point,  I’m actually starting to think he  loves it in the same way one would their own child,” she mused, not seeming bothered by the fact , “ But maybe I’m overthinking it,” she added afterward. 

 “ I could be imagining it, but even then, if that weren’t the case,  there is no doubt in my mind that she is precious to him. The fact remains," she said while looking at Higgs Straightforth.

“ Higgs, can I tell you something?” she asked, looking timid to reveal to him the next part, taking his slow nod of approval as a confidence boost to speak,

“ When I see him with her, it just makes my heart beat so fast.” she breathed, “ It makes me wish we...I...” For just a fraction of a second, her hand began to trail down, falling over her stomach, the sight causing Higgs to swallow down hard.

“I wish I could have the opportunity to give him that,” she confessed.

 On one hand, 

‘You’d look absolutely beautiful,' he thought to himself. 'You'd look just perfect,' he went on, just imagining her in such a state, the thought of her pregnant making his heart warm,

On the other hand, 

'Of all people...

Of all things…

 Honey... you're breaking my heart.

Your making me so jealous I might snap, ‘

 Devoid of any emotion that would give himself away, Higgs continued to simply look at her, outwardly unresponsive to her confession. At his silence and moreso, his expressionless, stoic face she coughed into her hand, somewhat regretting opening up that bit to him,

“As...As I was saying, Sam...Sam has a beautiful heart,” she beamed to him,

“ He has so much compassion in him, despite the way he might seem, there is so much beauty within his chest.

And That's what I love most about him... that tenderness, the one that's not so visible through his words. 

Through it all, I love that sweet kindness that's there, but hidden away because he's afraid of something.” (f/n) told the man before her, “ I'm not sure what it is, but I know he's afraid and it makes me hurt. 

Sam makes me love but also hurt at the same time," she confessed to Higgs.

“ But you know what? I wouldn't trade this feeling for anyone else, or for anything else in the world." She told him, the admittance shaking his very being because he’d planned to go against it. He didn’t want to take it to heart, wanting to sway her to him instead.

“He...” She mumbled, chewing over the next bit of her tale, “He...”she repeated as she then closed her eyes, hanging her head with defeat as she swallowed up a long, exasperated breath.

" You can tell me everything…" he piped up, the encouragement causing her to slightly melt, a little, shaky breath escaping her, because he let her know that she wasn't troubling him, and that there was no shame in showing him her heart,

“He didn't even look me in the eyes,” (f/n) told him, the information drawing him in, “He spoke so quietly… sounding just as broken as I am now,” she admitted, her eyes slowly growing wetter,

“ Up to date hasn't answered an email of mine. He hasn't even opened the one I sent him…

The one where I told him how much I loved him." she said while taking a seat on the bed, staring down at her hands with a halfhearted glare,

“I….I’d like to think he’d busy,” she said with a small nod, trying to sound hopeful,

“ Maybe he has too much on his mind.

Maybe he’s just too far away right now.

Maybe…

Maybe he hasn’t forgotten about me.

Maybe he’ll come back... He’ll come back and... and until then...I...I can, - “

She rambled, her words jumbling before she released a small, throaty hiccup,

“ I can wait…” she breathed, tears spilling from her (e/c) colored eyes, the streams slowly cascading down her face, 

 “ I can wait for Sam!” she said with a cracking voice.

The more she spoke, the more her chest ached, her words  knotted in her throat as she released a strangled sound that was akin to a short sob, tears falling down her face before she had a mind to stop herself from breaking.

She hadn’t wanted to break, but it was like rolling downhill, once she was going, she couldn’t stop, plundering down the furthermore she went until she crashed down,

" Hey," Higgs said softly, also sitting with her, a hand taking hold of her cheek while the other lay flat on her back, rubbing soothing, small circles,

‘Sweetheart...please,’ he inwardly begged, his face distraught as he watched her break down, her tears not ceasing as she continued to shake, the weight of all her suffrage attacking her full force.

Because it wasn’t just about Sam being gone.

It was about the lonesome years spent isolated.

It was about the endless rain that kept her locked in, trapped.

Moreover, it was the disconnection from a population that should have long been extinct.

In some sort of way, Sam was her connection, her bridge to the world. He was the only thing she had that kept her somewhat sane, fueling her to continue. 

She’d decided to accept he wasn’t going to return, but it was much harder than just saying so,

‘Because I have nothing but him...’

Unwillingly, a lonesome tear fell down the right side of his face, falling onto her (h/c) colored hair as he brought her close, her shaking body pressed against his as he forced her still,

‘ Do you know (f/n)... that before all of this happened…

You were meant to be with me?’ He silently asked her,

' Are you aware that our flames are identical?' He thought to himself, feeling her melt, pressed against his chest.

‘ Darling... You're so lonely,

Sweetheart… you’re sadness is contagious to me, ‘

Shakenly, her hands crawled up his back, her stiff fingers trailing up its length before they stopped, holding onto him desperately.

‘Fuck… sweetie… your heartbeat… ‘ he thought while the hand on her back could feel the powerful, erratic pace,

“You alright (f/n)?” he asked her, receiving a hiccup back, her head shaking 'no', the women being unable to put up any type of front.

“ Look at me,” he muttered softly, his hands both falling on to her shoulders, offering her a dazzling smile, “ It’s alright you know?” he assured her, looking deep within her (e/c) colored eyes.

“Everything‘s going to be alright,” he promised her, seeming certain.

 ‘ You’ll get over him.

You won't miss him

I swear to you sweetie… I’ll make all of that go away.’

 He held her, tenderly caressing her while she broke down, the overflowed dam that was her heart shattered as she let loose of absolutely everything that she harbored, for a reason unknown to her trusting the man who was essentially a stranger.

 ' I swear to you I'll make it all go away...' he thought to himself while finally being able to take hold of her, knowing he couldn't trace back and fall into the darkness again, at least not without her in his arms, 

‘Just keep trusting me (f/n)... 

Keep melting onto me....

Keep trusting mer... 

You feel it too, don’t you?

Don’t worry, once you forget about Bridges, you can focus all on us...’ 

Next Part : Stolen Princess

[belle82devart]

HIGGS MONAGHAN'S FACIAL TATTOOS ARE LITERALLY THE EQUATION FOR THE HIGGS (BOSON) PARTICLE!

The Higgs boson is an elementary particle in the Standard Model of particle physics, produced by the quantum excitation of the Higgs field, one of the fields in particle physics theory.

So it makes sense that Higgs calls himself "The Particle of God that Permeates All Existence". He is quite literally a mechinism used to explain why particles have mass!

But wait! There's more!

It is named after physicist Peter Higgs, who in 1964, along with five other scientist, proposed the Higgs mechanism to explain why particles have mass.

The five scientist are named:

- Robert Brout

- François Englert

- Gerald Guralnik

- C. Richard Hagen

- Tom Kibble

Now, here's the thing. Higgs Monaghan has an alias named Peter Englert. Piecing this together, the first name Peter is taken from PETER Higgs, and Englert is taken from François ENGLERT. Coincidence? I think not!

I don't know if anyone has made this point before but I can't believe I noticed this! 😅

@dirty-higgs-confessions

@hiiggsmonaghan

I thought you both may find this interesting.