Every second, a muon particle shoots through your body. An invisible cosmic messenger at 299,726 km/second. A muon forms when a proton flying through space, hits the earth’s atmosphere at 99.9% the speed of light and breaks down into its subatomic components. The source of these protons is largely unknown but most likely come from supernovae explosions, millions, or even billions of light years away. Muons are part of the ancient, native language of matter that makes up everything in existence yet are invisible to human perception. The µ Muography device invites these muons into a collaborative art process, making their presence visible through a variety of creative outcomes including image making, sound and performance works, becoming active (non-human) agents in art production. The muons act as a strange new language form, a signalling from the distant universe.

Muon Sample Mix

Particle physicist Flavia de Almeida Dias helps us understand the fundamental building blocks of the universe. Working from CERN in Switzerland and Nikhef in Amsterdam, she knows all about elementary particles and how to make them visible to humanity, that has been interested in this since the ancient Greek's four elements: water, fire, earth and air. What are the elements of today? And how can we find more of them? These questions and a lot more are discussed in this month's episode.

Tracklist
1. The Pointer Sisters - Neutron Dance
2. Kraftwerk - Radioactivity
3. Blood Orange - Hadron Collider
4. Hammer - Collision

How to Detect a Particle @Echobox Radio

This is a story about Neut, the Neutrino, and how he comes to Earth.

[Side A]
1. In the Heart of the Sun  (0:00)
2. How to Be a Hero  (2:55)
3. Holding Myself Together  (6:12)
[Side B]
4. You've Been Intangible Lately  (9:27)
5. Passing the Time  (13:07)
6. His Father's Future  (15:41)

All the demos together, recorded by Papa and Constance

The Neutrino Blues - All Demos Together

DARK MATTERS is an exhibition in collaboration with Arts at CERN and the ARC Centre of Excellence for Dark Matter Particle Physics. The exhibition aims to explore the fundamental essence of life and the universe, and how so much of it remains a mystery to us. 

Deep dive into the unseen, the unknown and the unspoken – will we ever fully understand the forces at play in our own lives, both on an individual level and on a planetary and universal scale? Dark matter consists of a mysterious substance that does not present an interaction with electromagnetic forces, which means it does not absorb, reflect it, or emit light. In an era defined by the power of modelling data, technology and simulations, the search for dark matter can be seen as a symbol of the limits of our cognitive experience – how might it help us imagine new possibilities for life, and our relationships with non-human entities or systems?

Through local and international experimental projects – some developed in conversation with scientists and researchers – explore life and all the dark matter that flows through it, under it and collides with it.

DARK MATTERS is co-curated by Mónica Bello, Head of Arts at CERN and Tilly Boleyn, Head of Curatorial at Science Gallery Melbourne in collaboration with a curatorial panel of young people.

umuography - Dark Matters Exhibition - Science Gallery Melbourne

Right now, the Large Hadron Collider (LHC) is the most powerful particle accelerator/collider ever built. Accelerating protons up to 299,792,455 m/s, just 3 m/s shy of the speed of light, they smash together at energies of 14 TeV, creating all sorts of new particles (and antiparticles) from raw energy, leveraging Einstein's famous E = mc² in an innovative way. By building detectors around the collision points, we can uncover all sorts of properties about any known particles and potentially discover new particles as well, as the LHC did for the Higgs boson back in the early 2010s.

But the LHC has a limited lifetime, and by the 2030s, will complete its data-taking runs. If we want to go beyond the LHC, we need to start planning for a new particle collider now, and there are four great options that can take us beyond the current frontier: a linear lepton collider, a circular lepton collider, a circular hadron collider, and a potentially new innovation of a circular muon collider. In this episode of the Starts With A Bang podcast, Dr. Cari Cesarotti joins us to discuss all of these options and much more, as we look ahead to the future of particle physics.

The serious question isn't whether we should build one (we definitely should), but which approach will be most fruitful in pushing our suite of knowledge beyond the known frontiers. There's an entire Universe to explore at the subatomic level, and those of us curious about the Universe want to know what's out there better than ever before! Follow Cari's attempts to support the future of a muon collider on Twitter @muoncollider.

(This image shows the expected signature of a Higgs boson decaying to bottom-quark jets around the collision point inside a muon collider. The yellow lines represent the decaying background of muons, while the red lines represent the b-quark jets. Credit: D Lucchesi et al.)

Starts With A Bang #108 - A Future Particle Collider

What is dark matter? Mary Westover investigates, featuring insights from Dr. Joe McLaughlin and Dr. Marcello Messina. She visits the Gran Sasso Laboratory in Italy to understand how a research lab sunk deep into a mountain and holding a giant tank of liquid Xenon holds the promise of evidence for this most elusive substance. From the lab's mountain setting to the complex physics involved, this episode provides a deep dive into one of physics’ most perplexing questions.

This episode is a practical project submitted by Mary Westover as part of her UCL degree, MSc Science Communication. She wrote, researched, produced, and starred in the production.

For more about UCL’s Science Communication MSc, visit:
https://www.ucl.ac.uk/prospective-students/graduate/taught-degrees/science-communication-msc

Featuring
Interviewer and researcher
Mary Westover
https://uk.linkedin.com/in/mary-westover

Interviewees
Joseph McLaughlin
https://www.hep.ucl.ac.uk/people/mugshot.shtml?id=joemcl

Marcello Messina
https://www.gssi.it/people/professors/lectures-physics/item/12461-messina-marcello

Host

Professor Joe Cain, UCL Professor of History and Philosophy of Biology
https://ucl.ac.uk/sts/cain

Music credits
Mary used copyright free music from Pixabay.

WeAreSTS Music credits
“Rollin At 5,” by Kevin MacLeod
https://filmmusic.io/song/5000-rollin-at-5

Podcast information
WeAreSTS is a production of the Department of Science and Technology Studies (STS) at University College London (UCL). To find out more, or to leave feedback about the show:
https://ucl.ac.uk/sts/podcast

#201 Dark Matter and the Search for Elusive Evidence | WeAreSTS

A mashup I did of GRAVE.E.T. - BEND and Nanoo - Nuclear Meltdown

GRAVE.E.T. - BEND
https://soundcloud.com/grave-e-t/b306f5e0-4eb0-4d47-8823-f41ab7b6893c

Nanoo - Nuclear Meltdown
https://soundcloud.com/nanoo-1/nuclear-meltdown

Please consider purchasing the music you enjoy.

GRAVE.E.T. // Nanoo (Sample Offline mashup)

at the moment of death
at the precipice 
when you fear there’s nothin’ left
and you cling to this 

when you struggle for breath 
and your consciousness 
when your tears are worthless 
you’re feeling lifeless 

when
paradise awaits
you cross the river
see the pearly gates
or reach Valhalla
when you return
to eternity 
as one
with
all and everything

when you know
all and everything 
is
one

one

at the moment of death
at the precipice 
when you fear there’s nothin’ left
and you cling to this 
life

when you struggle for breath 
and your consciousness 
when your tears are worthless 
you’re feeling lifeless 

when
paradise awaits
you cross the river
see the pearly gates
or reach Valhalla
when you return
to eternity 
as one
with
all and everything

when you know
all and everything 
is
one

one

when you see the light
know that we are one
we
are 
one

when you see the light
know that we are one

we are  one mind in the cosmos
one body in the universe
one spirit in eternity 
one being in humanity 

we are one

we are one

one (see the light 2025)

cindy beau cherie
₩¡¢K€Ð ďÏ$¢Ø Țř@ñŊ¥ ₩ħ°Ṟ€ 
     trans femme music artist, lyricist, composer, singer, producer, and multi-instrumentalist

AI based tools are used in my production methods, my recordings are NOT exclusively computer-generated through the use of artificial intelligence - as such, my content is recognised as my original and genuine artistic and intellectual property pursuant to Article 19 of the UN Universal Declaration of Human Rights.

TRANS FEMME CUTE GIRLS ROCK THE WORLD!

my tracks are intended to address issues of social justice, human rights, the future of our world, and trans femme experiences of life.... 

there's also a whole bunch of naughty and explicit stuff…  my delightful artistic expression and amusement...

so... you may, or may not, find some of my content appealing... or maybe you might like it all.... that’s art, baby!

but i put it all out there in my music... hitting a range of musical styles and genres...  because i can... and i answer to nobody.... 

what i offer in my musical expression is all of me... without inhibition... or any shred of care for how i may be judged by those who assume a right to judge

         INDIVIDUALITY IS AN
INALIENABLE & INDISPUTABLE 
              HUMAN RIGHT 

   TRANSGENDER SEXUALITY
      IS NATURAL MODALITY

WeAreSTS is a podcast from Department of Science and Technology Studies at University College London (UCL). Visit us ucl.ac.uk/sts/podcast or subscribe through your podcast app.

Talk That Science is an Amsterdam-based science show by a group of science and music enthusiasts.  We play the nicest tunes while talking about the coolest research!

Live on echobox.radio every month

Galaxy Studios, the home of Papa Supernatural and the Goodman Family band--songs about space and the woods and whatever else we feel like! Come on in and stay a while.

New tracks tagged #particle physics