Dear all,
Our RNO-G colleague, Stephanie Wissel, Director of the Center for Multimessenger Astrophysics at the Institute for Gravitation and the Cosmos at PSU, will be visiting us at the beginning of September. She has kindly agreed to give a seminar, as part of our invited seminar series, on her latest project related to the radio detection of astrophysical tau neutrinos.
The seminar will be held on Friday, September 5, at 2:00 PM in the J. Sacton Room.
Please find the information below. Hope to see most of you there.
Best, Simona.
Title: Tuning into Tau Neutrinos
Abstract: Neutrinos are the ideal messenger for high-energy astrophysics. Weakly interacting and uncharged, they propagate undeterred and unabsorbed through the universe. In the last decade, the IceCube experiment has brought us the discovery of a flux of high-energy, TeV-scale neutrinos and through a multi-messenger lens — the combined observations of neutrinos and other messengers like photons — we are starting to see hints of energetic neutrino sources for the first time. At higher energies still, beyond the PeV scale, we can probe the most energetic sources of both neutrinos and cosmic rays, but current neutrino experiments become too small to observe a sizable flux. Radio experiments can achieve the large exposures necessary by taking advantage of the coherent broadband radio emission resulting from ultra-high-energy (E>10^17 eV) neutrino interactions as well as the large volumes visible from high elevations. In this talk, I will review results from current and future high-elevation radio experiments, with a particular focus on Earth-skimming tau neutrinos and cosmic ray air showers as observed with from mountains with BEACON and HERON.
Short-bio: Stephanie Wissel’s work centers on multi-messenger astrophysics, with a particular emphasis on ultra-high energy neutrinos. Neutrinos play a key role in this growing field that combines observations from neutrinos, photons, cosmic rays, and gravitational waves to understand particle accelerators and the extreme physics that drives them. She has been working in astroparticle radio detection since 2012. She currently works on ARA, BEACON, PUEO, RNO-G, and IceCube-Gen2. She has been recognized for her work with an NSF CAREER Award as the PI on the BEACON experiment and with a Downsbrough Early Career Development Professorship in Physics
https://indico.iihe.ac.be/event/2388/%EF%BF%BC IIHE Invited seminar: Tuning into Tau Neutrinos indico.iihe.ac.be
Dr. Simona Toscano (she / her / hers) Université Libre de Bruxelles Inter-university Institute for High Energies (IIHE) Service de physique de particules élémentaires, ULB - CP 230 Boulevard du Triomphe - 1050 Bruxelles (Belgium) Office : G.0.16 tel: +32.(0)2.629.3216 Email: stoscano@ulb.be mailto:stoscano@vub.ac.be or toscano@icecube.wisc.edu mailto:toscano@icecube.wisc.edu

Dear all,
This is a kind reminder about the seminar taking place on Friday. I would like to emphasize the importance of your participation:
* All IIHE students and postdocs are expected to attend.
* PhD students, in particular, are strongly encouraged to join, as invited seminars are considered an integral part of the training within our doctoral school.
These seminars are not only a valuable part of your academic development but also an excellent opportunity to broaden your knowledge, engage with cutting-edge research, and connect with experts in the field.
Best,
Simona.
On 13 Aug 2025, at 16:12, Simona Toscano via allusers-iihe allusers-iihe@listserv.vub.be wrote:
Dear all,
Our RNO-G colleague, Stephanie Wissel, Director of the Center for Multimessenger Astrophysics at the Institute for Gravitation and the Cosmos at PSU, will be visiting us at the beginning of September. She has kindly agreed to give a seminar, as part of our invited seminar series, on her latest project related to the radio detection of astrophysical tau neutrinos.
The seminar will be held on Friday, September 5, at 2:00 PM in the J. Sacton Room.
Please find the information below. Hope to see most of you there.
Best, Simona.
Title: Tuning into Tau Neutrinos
Abstract: Neutrinos are the ideal messenger for high-energy astrophysics. Weakly interacting and uncharged, they propagate undeterred and unabsorbed through the universe. In the last decade, the IceCube experiment has brought us the discovery of a flux of high-energy, TeV-scale neutrinos and through a multi-messenger lens — the combined observations of neutrinos and other messengers like photons — we are starting to see hints of energetic neutrino sources for the first time. At higher energies still, beyond the PeV scale, we can probe the most energetic sources of both neutrinos and cosmic rays, but current neutrino experiments become too small to observe a sizable flux. Radio experiments can achieve the large exposures necessary by taking advantage of the coherent broadband radio emission resulting from ultra-high-energy (E>10^17 eV) neutrino interactions as well as the large volumes visible from high elevations. In this talk, I will review results from current and future high-elevation radio experiments, with a particular focus on Earth-skimming tau neutrinos and cosmic ray air showers as observed with from mountains with BEACON and HERON.
Short-bio: Stephanie Wissel’s work centers on multi-messenger astrophysics, with a particular emphasis on ultra-high energy neutrinos. Neutrinos play a key role in this growing field that combines observations from neutrinos, photons, cosmic rays, and gravitational waves to understand particle accelerators and the extreme physics that drives them. She has been working in astroparticle radio detection since 2012. She currently works on ARA, BEACON, PUEO, RNO-G, and IceCube-Gen2. She has been recognized for her work with an NSF CAREER Award as the PI on the BEACON experiment and with a Downsbrough Early Career Development Professorship in Physics
https://indico.iihe.ac.be/event/2388/ <indico_square.png> IIHE Invited seminar: Tuning into Tau Neutrinoshttps://indico.iihe.ac.be/event/2388/ indico.iihe.ac.behttps://indico.iihe.ac.be/event/2388/
Dr. Simona Toscano (she / her / hers) Université Libre de Bruxelles Inter-university Institute for High Energies (IIHE) Service de physique de particules élémentaires, ULB - CP 230 Boulevard du Triomphe - 1050 Bruxelles (Belgium) Office : G.0.16 tel: +32.(0)2.629.3216 Email: stoscano@ulb.bemailto:stoscano@vub.ac.be or toscano@icecube.wisc.edumailto:toscano@icecube.wisc.edu
<PastedGraphic-10.png>
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Just a reminder that the seminar is starting in 10 minutes.
See you all there! Simona.
On 3 Sep 2025, at 17:04, TOSCANO Simona Simona.Toscano@ulb.be wrote:
Dear all,
This is a kind reminder about the seminar taking place on Friday. I would like to emphasize the importance of your participation:
* All IIHE students and postdocs are expected to attend.
* PhD students, in particular, are strongly encouraged to join, as invited seminars are considered an integral part of the training within our doctoral school.
These seminars are not only a valuable part of your academic development but also an excellent opportunity to broaden your knowledge, engage with cutting-edge research, and connect with experts in the field.
Best,
Simona.
On 13 Aug 2025, at 16:12, Simona Toscano via allusers-iihe allusers-iihe@listserv.vub.be wrote:
Dear all,
Our RNO-G colleague, Stephanie Wissel, Director of the Center for Multimessenger Astrophysics at the Institute for Gravitation and the Cosmos at PSU, will be visiting us at the beginning of September. She has kindly agreed to give a seminar, as part of our invited seminar series, on her latest project related to the radio detection of astrophysical tau neutrinos.
The seminar will be held on Friday, September 5, at 2:00 PM in the J. Sacton Room.
Please find the information below. Hope to see most of you there.
Best, Simona.
Title: Tuning into Tau Neutrinos
Abstract: Neutrinos are the ideal messenger for high-energy astrophysics. Weakly interacting and uncharged, they propagate undeterred and unabsorbed through the universe. In the last decade, the IceCube experiment has brought us the discovery of a flux of high-energy, TeV-scale neutrinos and through a multi-messenger lens — the combined observations of neutrinos and other messengers like photons — we are starting to see hints of energetic neutrino sources for the first time. At higher energies still, beyond the PeV scale, we can probe the most energetic sources of both neutrinos and cosmic rays, but current neutrino experiments become too small to observe a sizable flux. Radio experiments can achieve the large exposures necessary by taking advantage of the coherent broadband radio emission resulting from ultra-high-energy (E>10^17 eV) neutrino interactions as well as the large volumes visible from high elevations. In this talk, I will review results from current and future high-elevation radio experiments, with a particular focus on Earth-skimming tau neutrinos and cosmic ray air showers as observed with from mountains with BEACON and HERON.
Short-bio: Stephanie Wissel’s work centers on multi-messenger astrophysics, with a particular emphasis on ultra-high energy neutrinos. Neutrinos play a key role in this growing field that combines observations from neutrinos, photons, cosmic rays, and gravitational waves to understand particle accelerators and the extreme physics that drives them. She has been working in astroparticle radio detection since 2012. She currently works on ARA, BEACON, PUEO, RNO-G, and IceCube-Gen2. She has been recognized for her work with an NSF CAREER Award as the PI on the BEACON experiment and with a Downsbrough Early Career Development Professorship in Physics
https://indico.iihe.ac.be/event/2388/ <indico_square.png> IIHE Invited seminar: Tuning into Tau Neutrinoshttps://indico.iihe.ac.be/event/2388/ indico.iihe.ac.behttps://indico.iihe.ac.be/event/2388/
Dr. Simona Toscano (she / her / hers) Université Libre de Bruxelles Inter-university Institute for High Energies (IIHE) Service de physique de particules élémentaires, ULB - CP 230 Boulevard du Triomphe - 1050 Bruxelles (Belgium) Office : G.0.16 tel: +32.(0)2.629.3216 Email: stoscano@ulb.bemailto:stoscano@vub.ac.be or toscano@icecube.wisc.edumailto:toscano@icecube.wisc.edu
<PastedGraphic-10.png>
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