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* First name: [[Fabrice]] (''Second name: Pierre'') | * First name: [[Fabrice]] (''Second name: Pierre'') | ||
* Family name: [[Laussy|L<small>AUSSY</small>]] | * Family name: [[Laussy|L<small>AUSSY</small>]] | ||
− | * Title: Prof. Dr. | + | * Title: [[Chair_of_Light-Matter_Interactions|Prof.]] [[Fabrice's thesis|Dr.]] |
* Nationality: [https://en.wikipedia.org/wiki/French_people French] | * Nationality: [https://en.wikipedia.org/wiki/French_people French] | ||
* Born: [[September 30]], [[1977]] ({{#expr:({{#time: U | now }}-{{#time: U | 1977-09-30 }})/(365*86400) round 1}} [[years]] old). | * Born: [[September 30]], [[1977]] ({{#expr:({{#time: U | now }}-{{#time: U | 1977-09-30 }})/(365*86400) round 1}} [[years]] old). | ||
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| style="font-style: italic;" | <wz tagtotip="naturegroup" CLICKSTICKY="true" TITLE="Nature group.">Nature group.</wz> | | style="font-style: italic;" | <wz tagtotip="naturegroup" CLICKSTICKY="true" TITLE="Nature group.">Nature group.</wz> | ||
| style="text-align: center;" | 5-40 | | style="text-align: center;" | 5-40 | ||
− | | style="text-align: center;" | {{#vardefineecho:pubnature| | + | | style="text-align: center;" | {{#vardefineecho:pubnature|15}} |
|- | |- | ||
| style="font-style: italic;" | <wz tagtotip="prl" CLICKSTICKY="true" TITLE="Physical Review Letter.">Phys. Rev. Lett.</wz> | | style="font-style: italic;" | <wz tagtotip="prl" CLICKSTICKY="true" TITLE="Physical Review Letter.">Phys. Rev. Lett.</wz> | ||
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| style="font-style: italic;" | <wz tagtotip="njp" CLICKSTICKY="true" TITLE="New Journal of Physics, Phys. Rev. Res. & similar.">New J. Phys. & similar</wz> | | style="font-style: italic;" | <wz tagtotip="njp" CLICKSTICKY="true" TITLE="New Journal of Physics, Phys. Rev. Res. & similar.">New J. Phys. & similar</wz> | ||
| style="text-align: center;" | 2-4 | | style="text-align: center;" | 2-4 | ||
− | | style="text-align: center;" | {{#vardefineecho:pubnjp| | + | | style="text-align: center;" | {{#vardefineecho:pubnjp|11}} |
|- | |- | ||
| style="font-style: italic;" | <wz tagtotip="prab" CLICKSTICKY="true" TITLE="Physical Review A & B">Phys. Rev. A & B</wz> | | style="font-style: italic;" | <wz tagtotip="prab" CLICKSTICKY="true" TITLE="Physical Review A & B">Phys. Rev. A & B</wz> | ||
Line 103: | Line 103: | ||
| style="font-style: italic;" | <wz tagtotip="proc" CLICKSTICKY="true" TITLE="Proceedings: Phys. Stat. Sol. C, Superlattice. Microst. and similar.">Proceedings</wz> | | style="font-style: italic;" | <wz tagtotip="proc" CLICKSTICKY="true" TITLE="Proceedings: Phys. Stat. Sol. C, Superlattice. Microst. and similar.">Proceedings</wz> | ||
| style="text-align: center;" | $\rightarrow0$ | | style="text-align: center;" | $\rightarrow0$ | ||
− | | style="text-align: center;" | {{#vardefineecho:pubproc| | + | | style="text-align: center;" | {{#vardefineecho:pubproc|26}} |
|- | |- | ||
| style="font-weight:;" | Total | | style="font-weight:;" | Total | ||
| style="text-align: center;" | | | style="text-align: center;" | | ||
− | | style="text-align: center;" | {{#vardefineecho:totpub|{{#expr:{{#var:pubnature}}+{{#var:pubprl}}+{{#var:pubtop}}+{{#var:pubnjp}}+{{#var:pubprab}}+{{#var:pubepl}}+{{#var:publowif}}+{{#var:pubproc}}}}}} | + | | style="text-align: center;" | '''{{#vardefineecho:totpub|{{#expr:{{#var:pubnature}}+{{#var:pubprl}}+{{#var:pubtop}}+{{#var:pubnjp}}+{{#var:pubprab}}+{{#var:pubepl}}+{{#var:publowif}}+{{#var:pubproc}}}}}}''' |
|} | |} | ||
</center> | </center> | ||
− | <span id="naturegroup">Nature '''457''':291 (2009); Nature Physics '''6''':527 (2010); Nature Photonics '''8''':550 (2014); Light: Science & Applications '''4''':e350 (2015); Nature Communication '''6''':8993 (2015); Sci Rep. '''6''':28930 (2016); Sci. Rep. '''6''':37980 (2016); Nature Materials '''16''':398 (2017); Nature Materials, '''17''':145 (2018); Sci. Adv. '''4''':eaao6814 (2018); Sci. Rep. '''8''':6975 (2018); Nature Materials '''18''':200 (2019); Light '''9''':1 (2020).</span> | + | <span id="naturegroup">Nature '''457''':291 (2009); Nature Physics '''6''':527 (2010); Nature Photonics '''8''':550 (2014); Light: Science & Applications '''4''':e350 (2015); Nature Communication '''6''':8993 (2015); Sci Rep. '''6''':28930 (2016); Sci. Rep. '''6''':37980 (2016); Nature Materials '''16''':398 (2017); Nature Materials, '''17''':145 (2018); Sci. Adv. '''4''':eaao6814 (2018); Sci. Rep. '''8''':6975 (2018); Nature Materials '''18''':200 (2019); Light '''9''':1 (2020). Nat. Photon. '''17''':381 (2023); Commun. Phys. '''6''':197 (2023).</span> |
<span id="prl">PRL '''91''':156403 (2003); '''93''':016402 (2004); '''101''':083601 (2008); '''103''':096404 (2009); '''104''':106402 (2010); '''105''':233601 (2010); '''109''':183601 (2012); '''112''':113602 (2014); '''113''':226401 (2014); '''114''':233601 (2015); '''115''':196402 (2015); '''116''':026401 (2016); '''118''':215301 (2017); '''121''':047401 (2018); '''121''':055302 (2018); '''122''':057401 (2019); '''124''':053601 (2020); '''125''':170402 (2020).</span> | <span id="prl">PRL '''91''':156403 (2003); '''93''':016402 (2004); '''101''':083601 (2008); '''103''':096404 (2009); '''104''':106402 (2010); '''105''':233601 (2010); '''109''':183601 (2012); '''112''':113602 (2014); '''113''':226401 (2014); '''114''':233601 (2015); '''115''':196402 (2015); '''116''':026401 (2016); '''118''':215301 (2017); '''121''':047401 (2018); '''121''':055302 (2018); '''122''':057401 (2019); '''124''':053601 (2020); '''125''':170402 (2020).</span> | ||
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<span id="top">Laser Phot. Rev. '''11''':1700090 (2017); Optica '''5''':14 (2018); Q. Sci & Tech. '''3''':045001 (2018); Laser Phot. Rev. '''14''':2070032 (2020); Optica '''7''':1359 (2020); Nanophotonics '''11''':2909 (2022).</span> | <span id="top">Laser Phot. Rev. '''11''':1700090 (2017); Optica '''5''':14 (2018); Q. Sci & Tech. '''3''':045001 (2018); Laser Phot. Rev. '''14''':2070032 (2020); Optica '''7''':1359 (2020); Nanophotonics '''11''':2909 (2022).</span> | ||
− | <span id="njp"> Opt. Express '''18''':7002 (2010); NJP '''13''':113014 (2011); NJP '''15''':033036 (2013); NJP '''17''':010201 (2015); NJP '''17''':123021 (2015); NJP '''18''':023041 (2016); PRR '''2''':023337 (2020); PRR '''3''':013007 (2021); Opt. Express '''29''':37262 (2021); Quantum Views '''6''':67 (2022). | + | <span id="njp"> Opt. Express '''18''':7002 (2010); NJP '''13''':113014 (2011); NJP '''15''':033036 (2013); NJP '''17''':010201 (2015); NJP '''17''':123021 (2015); NJP '''18''':023041 (2016); PRR '''2''':023337 (2020); PRR '''3''':013007 (2021); Opt. Express '''29''':37262 (2021); Quantum Views '''6''':67 (2022); Phys. Scr. '''98''':055104 (2023). |
</span> | </span> | ||
Line 128: | Line 128: | ||
</span> | </span> | ||
− | <span id="proc">PSSC '''0''':1476 (2003); PSSC, '''1''':1339 (2004); ; PSSC '''1''':1522 (2004); PSSC '''2''':3819 (2005); Proc. SPIE, '''6328''':63280S (2006); AIP Conf. Proc. '''893''':1083 (2007); PSSC '''4''':638 (2007); SM '''43''':465 (2007); SM '''43''':383 (2008); SM '''43''':478 (2008); AIP Conf. Proc. '''1147''':46 (2009); AIP Conf. Proc. '''1147''':238 (2009); J. Phys.: Cond. Mat. '''210''':012018 (2010); Int. Symp. Nano. '''18''':298 (2010); SM '''47''':16 (2010); AIP Conf. Proc. '''1399''':585 (2011); AIP Conf. Proc. '''1399''':975 (2011); Proc. SPIE '''8255''':825505 (2012); PSSC '''9''':1296 (2012); Proc. SPIE '''8255''':82551G (2012); Proc. SPIE '''10120''':101200E-1 (2017); | + | <span id="proc">PSSC '''0''':1476 (2003); PSSC, '''1''':1339 (2004); ; PSSC '''1''':1522 (2004); PSSC '''2''':3819 (2005); Proc. SPIE, '''6328''':63280S (2006); AIP Conf. Proc. '''893''':1083 (2007); PSSC '''4''':638 (2007); SM '''43''':465 (2007); SM '''43''':383 (2008); SM '''43''':478 (2008); AIP Conf. Proc. '''1147''':46 (2009); AIP Conf. Proc. '''1147''':238 (2009); J. Phys.: Cond. Mat. '''210''':012018 (2010); Int. Symp. Nano. '''18''':298 (2010); SM '''47''':16 (2010); AIP Conf. Proc. '''1399''':585 (2011); AIP Conf. Proc. '''1399''':975 (2011); Proc. SPIE '''8255''':825505 (2012); PSSC '''9''':1296 (2012); Proc. SPIE '''8255''':82551G (2012); CLEO QM1D.5; IG_3_1; IA_P_20 (2013);Proc. SPIE '''10120''':101200E-1 (2017); Proc. SPIE PC12419 (2023). |
</span> | </span> | ||
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[[File:quantum-logo_small_sharp.png|75px|bottom]] [https://quantum-journal.org/views/qv-2022-09-26-67/ Perspective ''(Quantum Views)''], F.P. Laussy, Quantum (2022). | [[File:quantum-logo_small_sharp.png|75px|bottom]] [https://quantum-journal.org/views/qv-2022-09-26-67/ Perspective ''(Quantum Views)''], F.P. Laussy, Quantum (2022). | ||
+ | |||
+ | [[File:Screenshot_20230503_102843.png|75px|bottom]] [https://iop.altmetric.com/details/136957916#score #1 from Physica Scripta] of papers with similar age (#135/3515 from ''all'' ages) (2023). | ||
+ | |||
+ | [[File:news-and-views.png|75px]][https://rdcu.be/dbYzP Shining light on turbulence], F.P. Laussy, Nature Photonics (2023). | ||
+ | |||
+ | [[File:Screenshot_20231004_220122.png|75px|bottom]][https://www.scientificamerican.com/article/entangled-light-from-multitasking-atoms-could-spark-quantum-breakthroughs/ Entangled Light from Multitasking Atoms Could Spark Quantum Breakthroughs], speaking with Dina Genkina (2023). Someone [https://espanol.news/la-luz-entrelazada-de-atomos-multitarea-podria-provocar-avances-cuanticos/ translated it in Spanish]. | ||
= Scientific Events = | = Scientific Events = | ||
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<ol start=9> | <ol start=9> | ||
− | <li> '''Advances in Physics and Applications of Low-Dimensitonal Systems''', Brasilia ( | + | <li> '''Advances in Physics and Applications of Low-Dimensitonal Systems''', Brasilia (Brazil), 2007. Invited talk. |
− | <li> [http://nanoobjetos.fmc.uam.es/users/plmcn7/index.php PLMCN7], la Habana (Cuba). Scientific Secretary. | + | <li> [http://nanoobjetos.fmc.uam.es/users/plmcn7/index.php PLMCN7], la Habana (Cuba). {{thesedays|12|17|April|}}. Scientific Secretary. |
</ol> | </ol> | ||
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<li> [http://www.icps2012.ethz.ch/ ICPS31], Zurich (Switzerland). July 29-August 3 2012. Talk & Poster. | <li> [http://www.icps2012.ethz.ch/ ICPS31], Zurich (Switzerland). July 29-August 3 2012. Talk & Poster. | ||
<li> [http://www.physics.fudan.edu.cn/tps/outreach/plmcn12/frontpage.html PLMCN12], Hangzhou (China). June 2012. Talk. | <li> [http://www.physics.fudan.edu.cn/tps/outreach/plmcn12/frontpage.html PLMCN12], Hangzhou (China). June 2012. Talk. | ||
− | <li> '''[http://www.sbfisica.org.br/~enfmc/xxxv/ XXXV Encontro Nacional de Física da Matéria Condensada]''' (ENFMC 2012) in [[Águas de Lindóia]] ([[Brazil]]). Invited talk. | + | <li> '''[http://www.sbfisica.org.br/~enfmc/xxxv/ XXXV Encontro Nacional de Física da Matéria Condensada]''' (ENFMC 2012), {{thesedays|14|18|May|}} in [[Águas de Lindóia]] ([[Brazil]]). Invited talk. |
</ol> | </ol> | ||
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<li> [http://www.icps2014.org/ ICPS32] in Austin (United States), 10-15 August 2014. Talk. | <li> [http://www.icps2014.org/ ICPS32] in Austin (United States), 10-15 August 2014. Talk. | ||
</ol> | </ol> | ||
− | |||
=== 2015 === | === 2015 === | ||
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<li> '''[http://www.buildmona.de/ BuildMoNa]''''s Minisymposium "''Quantum Coherent Structures''" in [[Leipzig]] (Germany), 30 September to 1 October. Invited talk. | <li> '''[http://www.buildmona.de/ BuildMoNa]''''s Minisymposium "''Quantum Coherent Structures''" in [[Leipzig]] (Germany), 30 September to 1 October. Invited talk. | ||
</ol> | </ol> | ||
+ | {{multicol-break}} | ||
=== 2016 === | === 2016 === | ||
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<li> '''[https://laseroptics.ru/ ICLO 2022]''', 20th International Conference Laser Optics, hybrid online-[[Saint Petersburg]] format, 20-24 June, Chair of <wz tip="Photonic Machine learning and data processing">Session</wz>. | <li> '''[https://laseroptics.ru/ ICLO 2022]''', 20th International Conference Laser Optics, hybrid online-[[Saint Petersburg]] format, 20-24 June, Chair of <wz tip="Photonic Machine learning and data processing">Session</wz>. | ||
<li> '''[https://www.frias.uni-freiburg.de/de/veranstaltungen/nachwuchskonferenzen/quantum-control-of-complex-systems FRIAS - Quantum Control of Complex Systems]''', 27-30 September, [[Freiburg]], [[Germany]]. Invited talk. | <li> '''[https://www.frias.uni-freiburg.de/de/veranstaltungen/nachwuchskonferenzen/quantum-control-of-complex-systems FRIAS - Quantum Control of Complex Systems]''', 27-30 September, [[Freiburg]], [[Germany]]. Invited talk. | ||
+ | </ol> | ||
+ | |||
+ | === 2023 === | ||
+ | |||
+ | <ol start=57> | ||
+ | <li> '''[[Physics in Wulfruna's Hampton]]''', 26 May, Chair, Speaker. | ||
+ | <li> '''[https://pcs.ibs.re.kr/PCS_Workshops/PCS_PEM_Home_2023.html International Workshop on Polaritons in Emerging Materials]''', [[Daejeon]], [[South Korea]], 11-15 September 2023, [https://www.youtube.com/watch?v=U3gn7nThzTk&t=2245s&ab_channel=PCSInstituteforBasicScience Invited Talk]. | ||
+ | </ol> | ||
+ | |||
+ | === 2024 === | ||
+ | |||
+ | <ol start=59> | ||
+ | <li> '''[[PLMCN24]]''', 9-13 April, [[Tbilisi]], [[Georgia]]. Chair of Program Committee. | ||
+ | <li> '''[https://peps2024.com/ Physics of Excitons and Polaritons in Semiconductors (PEPS)]''', 6th-10th August, Reykjavík – Iceland, Invited Talk. | ||
+ | <li> '''[https://www.laseroptics.org/ ICLO 2024]''', 1-5 July, Saint-Petersburg, Russia, Chair of Session "Nonlinear Quantum Photonics". | ||
+ | <li> '''Multiphotonics''', Hans Fisher IAS Workshop, 4-5 July, [[Munich]], Invited Talk. | ||
+ | <li> '''[https://hpm2024.org/ Hybrid Photonics and Materials HPM-2024]''', 30 September-4 October, Syros, Greece, Invited Talk. | ||
</ol> | </ol> | ||
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# "IOP Evening Lecture. ''[[The_Nobel_Prize_in_Physics_2020|The 2020 Nobel Prize in Physics]]'', 22 October 2020. | # "IOP Evening Lecture. ''[[The_Nobel_Prize_in_Physics_2020|The 2020 Nobel Prize in Physics]]'', 22 October 2020. | ||
# "IOP Evening Lecture. ''[[The_Nobel_Prize_in_Physics_2021|The 2021 Nobel Prize in Physics]]'', 28 October 2021. | # "IOP Evening Lecture. ''[[The_Nobel_Prize_in_Physics_2021|The 2021 Nobel Prize in Physics]]'', 28 October 2021. | ||
− | # "Concepts for quantum devices''", [[TUM]], [[Munich]], 15 July. | + | # "Concepts for quantum devices''", [[TUM]], [[Munich]], 15 July 2022. |
# "IOP Evening Lecture. ''[[The_Nobel_Prize_in_Physics_2022|The 2022 Nobel Prize in Physics]]'', 28 October 2022. | # "IOP Evening Lecture. ''[[The_Nobel_Prize_in_Physics_2022|The 2022 Nobel Prize in Physics]]'', 28 October 2022. | ||
+ | # "IOP Evening Lecture. ''[[The_Nobel_Prize_in_Physics_2023|The 2023 Nobel Prize in Physics]]'', 12 October 2023. | ||
See also the list of [[Talks I didn't give|talks from my students]]. | See also the list of [[Talks I didn't give|talks from my students]]. | ||
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== Visits & Stays == | == Visits & Stays == | ||
− | # Brasilia (Brasil). Two months visit at the ICCMP (International Centre of Condensed Matter Physics). July-August 2007. | + | # Brasilia (Brasil). Two months visit at the [https://uia.org/s/or/en/1100063002 ICCMP] (International Centre of Condensed Matter Physics). July-August 2007. |
# Reykjavik (Iceland). One week visit at the Dept. of Physics of the University of Iceland. April 2009. | # Reykjavik (Iceland). One week visit at the Dept. of Physics of the University of Iceland. April 2009. | ||
# Cardiff (Wales). One day visit of Prof. Langbein's group (with Elena del Valle). October 2009. | # Cardiff (Wales). One day visit of Prof. Langbein's group (with Elena del Valle). October 2009. | ||
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# [[Polaflow]] Annual Meeting, [[Rome]]. April 2014. Talk. | # [[Polaflow]] Annual Meeting, [[Rome]]. April 2014. Talk. | ||
# [[Polaflow]] Annual Meeting, [[Madrid]]. April 2015. Talk. | # [[Polaflow]] Annual Meeting, [[Madrid]]. April 2015. Talk. | ||
+ | # [[Heisingberg]] Kick-off Meeting, [[Athens]]. {{thisday|10|November|2023}}. Talk. | ||
== Theses == | == Theses == | ||
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# [[Carlos Sánchez Muñoz]], on "[[Carlos_Sanchez's_thesis|Generation of Non Classical States of Light]]", co-director with [[Carlos Tejedor]], 2013—2016, defended on {{thisday|19|December|2016}} and awarded with cum Laude (with 5 votes in a secret ballot). Awarded the prize of [https://gefes-rsef.org/2017/11/30/carlos-sanchez-munoz-premio-gefes-2017-mejor-tesis-teorica/ best thesis in Spain] in theoretical condensed matter physics in 2017. | # [[Carlos Sánchez Muñoz]], on "[[Carlos_Sanchez's_thesis|Generation of Non Classical States of Light]]", co-director with [[Carlos Tejedor]], 2013—2016, defended on {{thisday|19|December|2016}} and awarded with cum Laude (with 5 votes in a secret ballot). Awarded the prize of [https://gefes-rsef.org/2017/11/30/carlos-sanchez-munoz-premio-gefes-2017-mejor-tesis-teorica/ best thesis in Spain] in theoretical condensed matter physics in 2017. | ||
# [[Blanca Silva]], on "Reaching Quantum Polaritons", co-director with [[Daniele Sanvitto]], 2013—2016, defended on {{thisday|20|December|2016}}. | # [[Blanca Silva]], on "Reaching Quantum Polaritons", co-director with [[Daniele Sanvitto]], 2013—2016, defended on {{thisday|20|December|2016}}. | ||
− | # [[Camilo López Carreño]], on "[[Juan_Camilo_López_Carreño%27s_thesis|Exciting with quantum light]]", 2016—2019, defended on {{thisday|22|November|2022}}, co-director with [[Elena del Valle]], awarded with ''cum Laude'' (with 5 votes in a secret ballot), a Premio Extraordinario and awarded the prize for the best theoretical physics thesis of 2020 by the Real Sociedad Española de Física. | + | # [[Camilo López Carreño]], on "[[Juan_Camilo_López_Carreño%27s_thesis|Exciting with quantum light]]", 2016—2019, defended on {{thisday|22|November|2022}}, co-director with [[Elena del Valle]], awarded with ''cum Laude'' (with 5 votes in a secret ballot), a [https://www.uam.es/EscuelaDoctorado/documento/1446821175945/Resolucion%20parcial%20premios%20extraordinarios%2019-20.pdf?blobheader=application/pdf&blobheadername1=Content-disposition&blobheadername2=pragma&blobheadervalue1=attachment;%20filename=Resolucion%20parcial%20premios%20extraordinarios%2019-20.pdf&blobheadervalue2=public Premio Extraordinario] and awarded the prize for the [http://gefes-rsef.org/juan-camilo-lopez-carreno-premio-gefes-2020-a-la-mejor-tesis-teorica/ best theoretical physics thesis of 2020] by the Real Sociedad Española de Física. |
+ | # [[Eduardo Zubizarreta Casalengua]], on "''[[Eduardo_Zubizarreta_Casalengua%27s_theses|Multi-photon physics]]''", 2019—2022, Director, defended on {{thisday|8|December|2022}}. | ||
==== Ongoing ==== | ==== Ongoing ==== | ||
− | # [[ | + | # [[Sana Khalid]], on "[[Sana's thesis|Quantum Optics as a Theory of Point Processes]]", Director. |
− | + | ||
=== As member of a tribunal === | === As member of a tribunal === | ||
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# [[Viet Ha Bui]], ''Internal examiner'' for [[University of Wolverhampton]] on {{thisday|18|August|2021}} (major revisions) and {{thisday|20|May|2021}} (2nd examination). | # [[Viet Ha Bui]], ''Internal examiner'' for [[University of Wolverhampton]] on {{thisday|18|August|2021}} (major revisions) and {{thisday|20|May|2021}} (2nd examination). | ||
# [[Guillermo Dı́az Camacho]], Member of tribunal at the {{uam}}, on {{thisday|14|January|2022}}. | # [[Guillermo Dı́az Camacho]], Member of tribunal at the {{uam}}, on {{thisday|14|January|2022}}. | ||
− | # Alessandro Laneve, Member of tribunal for the Sapienza University of Roma, 2023. | + | # Alessandro Laneve, Member of tribunal for the Sapienza University of Roma, on {{thisday|30|January|2023}}. |
+ | # Ivan Gnusov, [https://www.skoltech.ru/en/education/phd-defenses/ivan-gnusov/ Member of the tribunal], [[Skoltech]] (Russia), on {{thisday|10|November|2023}}. | ||
== Students & Post-doc == | == Students & Post-doc == | ||
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=== University of Wolverhampton === | === University of Wolverhampton === | ||
− | I am currently Director of Studies for Physics at the [[University of Wolverhampton]]. That is to say, I design the course and supervise all teaching. I also teach the following modules from the course of BSc (Hons) Physics and Physics with Foundation Year: | + | I am currently Director of Studies for [[Physics]] at the [[University of Wolverhampton]]. That is to say, I design the course and supervise all teaching. I also teach the following modules from the course of [[WLM_Physics_BSc|BSc (Hons) Physics]] and Physics with Foundation Year: |
* 3AP001 Foundation Physics. 2017-18, 2018-19, 2019-20, 2020-21, 2021-22. | * 3AP001 Foundation Physics. 2017-18, 2018-19, 2019-20, 2020-21, 2021-22. | ||
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* 5AP001 Electromagnetism 2. 2018-19. | * 5AP001 Electromagnetism 2. 2018-19. | ||
* 5AP003 Mathematical Methods. 2018-19. | * 5AP003 Mathematical Methods. 2018-19. | ||
− | * 5AP004 | + | * 5AP004 Thermodynamics and Statistics. 2018-19. |
− | * 5AP005 Quantum Physics. 2018-19, 2019-20, 2020-21, 2021-22. | + | * 5AP005 Quantum Physics. 2018-19, 2019-20, 2020-21, 2021-22, 2022-23. |
− | * 6AP010 Modern Physics. 2020-21, 2021-22. | + | * 6AP010 Modern Physics. 2020-21, 2021-22, 2022-23. |
− | * 6AP003 Research 1. 2020-21, 2021-22. | + | * 6AP003 Research 1. 2020-21, 2021-22, 2022-23. |
− | * 6AP012 Electrodynamics. 2020-21, 2021-22. | + | * 6AP012 Electrodynamics. 2020-21, 2021-22, 2022-23. |
− | * 6AP009 Research 2. 2020-21, 2021-22. | + | * 6AP009 Research 2. 2020-21, 2021-22, 2022-23. |
And contributed some support for ''Introduction to Physics'', ''Radioactivity'' and ''Basics of Electromagnetism'' for the following modules: | And contributed some support for ''Introduction to Physics'', ''Radioactivity'' and ''Basics of Electromagnetism'' for the following modules: | ||
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== Referee == | == Referee == | ||
− | I am a Referee for Phys. Rev. (Lett., A, B, Res. & X), Nature, Nat. Phot., Nat. Phys., Nat. Com., Nat. Quant. Inf., Comm. Phys., Light: Science & Applications, Appl. Phys. Lett., New J. Phys., Opt. Lett., A, Sci. Rep., and several other journals of the [[IOP]], the ACS (ACS Phot., J. Phys. Chem.), the IEEE (Trans. Mech.), etc. | + | I am a Referee for Phys. Rev. (Lett., A, B, E, Res. & X), Nature, Nat. Phot., Nat. Phys., Nat. Com., Nat. Quant. Inf., Comm. Phys., Light: Science & Applications, Appl. Phys. Lett., New J. Phys., Opt. Lett., A, Sci. Rep., and several other journals of the [[IOP]], the ACS (ACS Phot., J. Phys. Chem.), the IEEE (Trans. Mech.), etc. |
== Expert == | == Expert == | ||
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* The Cyprus Research and Innovation Foundation (RIF), Cyprus. | * The Cyprus Research and Innovation Foundation (RIF), Cyprus. | ||
* The National Research Foundation, Singapore. | * The National Research Foundation, Singapore. | ||
+ | * The Singapore Ministry of Education (MOE). | ||
== Conference Committee == | == Conference Committee == | ||
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* OECS18, 12-16 June 2023, Lecce (Italy). | * OECS18, 12-16 June 2023, Lecce (Italy). | ||
* PLMCN23, 11-16 April 2023, Medellín (Colombia). | * PLMCN23, 11-16 April 2023, Medellín (Colombia). | ||
+ | * [[PLMCN24]], 9-13 April 2024, Tbilisi (Georgia) — Chairman of the Program Committee. | ||
+ | * [[PEPS]], 6-10 August 2024, [[Reykjavík]] – [[Iceland]]. | ||
== Institutional Roles == | == Institutional Roles == | ||
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= Outreach & Public Engagement = | = Outreach & Public Engagement = | ||
− | Details of our Outreach events can be found | + | Details of our Outreach events can be found on the pages of the [[WLM]] group. |
* Experiments with γ rays, with Dudley Sixth Form college's students, 23 June 2017. | * Experiments with γ rays, with Dudley Sixth Form college's students, 23 June 2017. | ||
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* This Stuff Is Important, 25 July 2017, F.P. Laussy, Rich Exchange Seminar, The University of Wolverhampton. | * This Stuff Is Important, 25 July 2017, F.P. Laussy, Rich Exchange Seminar, The University of Wolverhampton. | ||
* Physics at Wolverhampton, 19 August 2017, F.P. Laussy, Open Day, The University of Wolverhampton. | * Physics at Wolverhampton, 19 August 2017, F.P. Laussy, Open Day, The University of Wolverhampton. | ||
− | * World Space Week, | + | * [[World Space Week]], lecture "how to get there" and flying a water-powered rocket, 7 October 2017. |
* Bright Club, 30 October 2017. | * Bright Club, 30 October 2017. | ||
* STEM Christmas Lecture, delivering the part about Sound, 11 December 2017. | * STEM Christmas Lecture, delivering the part about Sound, 11 December 2017. | ||
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* Marie Curie IEF grant, codename [[SQOD]] (June 2010—May 2012), 173 371€. | * Marie Curie IEF grant, codename [[SQOD]] (June 2010—May 2012), 173 371€. | ||
* European Union's IEF grant, codename [[SQUIRREL]] (March 2014—December 2014), 86 685€. | * European Union's IEF grant, codename [[SQUIRREL]] (March 2014—December 2014), 86 685€. | ||
+ | |||
+ | == Present == | ||
+ | |||
+ | * EIC Pathfinder Challenges, codename [[HEISINGBERG]] (November 2023-October 2027), 616 000€. |
Fabrice's web : CV · Blogs (⇢ Madrid · ⇢ Science · ⇢ Everything) |
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This is my online curriculum vitae, featuring interactivity for online browsing. A two-pages printable version is available (dated 20, May (2022)).
See our contact page for all details regarding how to contact me in all possible configurations.
Journal | Impact Factor | Number published |
---|---|---|
Nature group. | 5-40 | 15 |
Phys. Rev. Lett. | 7.5 | 18 |
Other top profile | >5 | 6 |
New J. Phys. & similar | 2-4 | 11 |
Phys. Rev. A & B | 3 | 20 |
EPL, SST, SSC & similar | $\approx$2 | 10 |
Lower IF journals | <2 | 3 |
Proceedings | $\rightarrow0$ | 26 |
Total | 109 |
Nature 457:291 (2009); Nature Physics 6:527 (2010); Nature Photonics 8:550 (2014); Light: Science & Applications 4:e350 (2015); Nature Communication 6:8993 (2015); Sci Rep. 6:28930 (2016); Sci. Rep. 6:37980 (2016); Nature Materials 16:398 (2017); Nature Materials, 17:145 (2018); Sci. Adv. 4:eaao6814 (2018); Sci. Rep. 8:6975 (2018); Nature Materials 18:200 (2019); Light 9:1 (2020). Nat. Photon. 17:381 (2023); Commun. Phys. 6:197 (2023).
PRL 91:156403 (2003); 93:016402 (2004); 101:083601 (2008); 103:096404 (2009); 104:106402 (2010); 105:233601 (2010); 109:183601 (2012); 112:113602 (2014); 113:226401 (2014); 114:233601 (2015); 115:196402 (2015); 116:026401 (2016); 118:215301 (2017); 121:047401 (2018); 121:055302 (2018); 122:057401 (2019); 124:053601 (2020); 125:170402 (2020).
Laser Phot. Rev. 11:1700090 (2017); Optica 5:14 (2018); Q. Sci & Tech. 3:045001 (2018); Laser Phot. Rev. 14:2070032 (2020); Optica 7:1359 (2020); Nanophotonics 11:2909 (2022).
Opt. Express 18:7002 (2010); NJP 13:113014 (2011); NJP 15:033036 (2013); NJP 17:010201 (2015); NJP 17:123021 (2015); NJP 18:023041 (2016); PRR 2:023337 (2020); PRR 3:013007 (2021); Opt. Express 29:37262 (2021); Quantum Views 6:67 (2022); Phys. Scr. 98:055104 (2023).
PRB 68:085311 (2003); PRB 73:035315 (2006); PRB 73:115343 (2006); PRB 76:235317 (2007); PRB 78:085304 (2008); PRB 79:235325 (2009); PRB 79:235326 (2009); PRB 81:035302 (2010); PRA 84:043816 (2011); PRB 84:085320 (2011); PRB 84:195313 (2011); PRB 90:035413 (2014); PRA 90:052111 (2014); PRA 91:043807 (2015); PRA 94:063825 (2016); PRA 94:063826 (2016); PRB 96:125423 (2017); PRB 99:214301 (2019); PRA 101:063824 (2020); PRA 105:023724 (2022)
SST 18:S395 (2003); PSSA, 195:568 (2003); PLA 306:187 (2003); J. Phys.: Cond. Mat. 16:S3665 (2004); SSC 135:659 (2005); SSC 134:121 (2005); EPL 80:57001 (2007); Nanotechnology, 21:134025 (2010) J. Phys. B 52:035504 (2019); J. Phys. B 53:072002 (2020).
J. Nanophoton. 6:064502 (2012); 6:061803, (2012); J. Math. Phys. 58:062109 (2017)
PSSC 0:1476 (2003); PSSC, 1:1339 (2004); ; PSSC 1:1522 (2004); PSSC 2:3819 (2005); Proc. SPIE, 6328:63280S (2006); AIP Conf. Proc. 893:1083 (2007); PSSC 4:638 (2007); SM 43:465 (2007); SM 43:383 (2008); SM 43:478 (2008); AIP Conf. Proc. 1147:46 (2009); AIP Conf. Proc. 1147:238 (2009); J. Phys.: Cond. Mat. 210:012018 (2010); Int. Symp. Nano. 18:298 (2010); SM 47:16 (2010); AIP Conf. Proc. 1399:585 (2011); AIP Conf. Proc. 1399:975 (2011); Proc. SPIE 8255:825505 (2012); PSSC 9:1296 (2012); Proc. SPIE 8255:82551G (2012); CLEO QM1D.5; IG_3_1; IA_P_20 (2013);Proc. SPIE 10120:101200E-1 (2017); Proc. SPIE PC12419 (2023).
This does not include publications as book and book chapters:
Reference works | Number published |
---|---|
Book Titles (i.e., different books) |
1 |
Books (including revisions & new editions) |
3 |
Book Chapters | 3 |
Total | 109 (in journals) +6 (in books) =115 |
See also our page of publications.
Going with the flow, J. Keeling & N.G. Berloff, Nature (2009).
A bundle of photons, please, Dmitry V. Strekalov, Nature Photonics (2014).
mi+d and Aula Magna, Controlan oscilaciones ultrarrápidas entre luz y materia, on Ultrafast Control and Rabi Oscillations of Polaritons, L. Dominici et al., (2014).
Strom ohne Widerstand, Franziska Konitzer, bild der wissenschaft (2015).
Exciting Polaritons with Quantum Light, J. C. López Carreño, C. Sánchez Muñoz, D. Sanvitto, E. del Valle, and F. P. Laussy Phys. Rev. Lett. 115:196402 (2015).
Exciton-mediated superconductivity, A. Kavokin & P. Lagoudakis, Nature Materials (2016).
Synopsis: When Quantum Light Meets Matter, Ana Lopes, Physics (2016).
La révolution perpétuelle de la recherche russe, David Larousserie, Le Monde, (2017).
A new way to correlate photons, F.P. Laussy, Nature Materials, (2017).
Journal Cover (Physical Review Letters) from Macroscopic Two-Dimensional Polariton Condensates, D. Ballarini et al., (2017). |
Counting Photons from a Polariton Condensate, Matteo Rini, Physics (2018).
Clarifying effects of negative mass, D. Colas et al., on phys.org (2018).
Quantum nonlinearities at the single-particle level, D. Gerace, F. Laussy & D. Sanvitto, Nature Materials (2019).
Антигруппировку фотонов связали с некогерентным излучением, Oksana Borzenkova (2020).
Origin of antibunching in resonance fluorescence, trending in PRL, November (2020).
Front cover of Laser Photonics Rev. Volume 14, Issue 6 with Conventional and Unconventional Photon Statistics, E. Zubizaretta Casalengua et al., (2020).
Full-Bloch beams and ultrafast Rabi-rotating vortices, Editors' Suggestion (2021).
Shaping the topology of light with a moving Rabi-oscillating vortex, Editors' Pick (2021).
Perspective (Quantum Views), F.P. Laussy, Quantum (2022).
#1 from Physica Scripta of papers with similar age (#135/3515 from all ages) (2023).
Shining light on turbulence, F.P. Laussy, Nature Photonics (2023).
Entangled Light from Multitasking Atoms Could Spark Quantum Breakthroughs, speaking with Dina Genkina (2023). Someone translated it in Spanish.
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See also the list of talks from my students.
I taught the following content at the Université Blaise Pascal, as part of my Bourse d'État, as a Doctorant Contractuel avec mission d’Enseignement for an average of 64 hours per year (so-called "équivalent TD ou TP", meaning it was more than that):
I taught the following courses at the Universidad Autónoma de Madrid, with an average of 85 hours per year.
I am currently Director of Studies for Physics at the University of Wolverhampton. That is to say, I design the course and supervise all teaching. I also teach the following modules from the course of BSc (Hons) Physics and Physics with Foundation Year:
And contributed some support for Introduction to Physics, Radioactivity and Basics of Electromagnetism for the following modules:
I am a Referee for Phys. Rev. (Lett., A, B, E, Res. & X), Nature, Nat. Phot., Nat. Phys., Nat. Com., Nat. Quant. Inf., Comm. Phys., Light: Science & Applications, Appl. Phys. Lett., New J. Phys., Opt. Lett., A, Sci. Rep., and several other journals of the IOP, the ACS (ACS Phot., J. Phys. Chem.), the IEEE (Trans. Mech.), etc.
I am an expert for reviewing committees:
Details of our Outreach events can be found on the pages of the WLM group.