[{"data":1,"prerenderedAt":407},["ShallowReactive",2],{"publications":3},{"id":4,"extension":5,"items":6,"meta":404,"stem":405,"__hash__":406},"publications\u002Fpublications.yml","yml",[7,17,27,37,48,53,58,65,72,77,82,87,91,100,108,112,124,128,134,139,144,151,155,164,173,186,191,199,203,209,213,218,226,230,237,242,253,259,266,271,276,281,286,292,296,300,305,313,320,326,330,335,341,346,351,355,361,366,373,377,382,392,399],{"title":8,"authors":9,"journal":12,"year":13,"tags":14,"featured":16},"Anomalous reflection of sunlight for solar sailing",[10,11],"T. Joly-Jehenne","A. R. Davoyan","Physical Review Applied",2026,[15],"Solar Sails",true,{"title":18,"authors":19,"journal":23,"year":13,"tags":24,"featured":16},"Breaking refractive index records with layered van der Waals GeS2 for blue and near-ultraviolet photonics",[20,21,22],"P. Shafirin","M. Hossain","A. Davoyan","Light: Science & Applications",[25,26],"2D Materials","Nanophotonics",{"title":28,"authors":29,"journal":35,"year":13,"tags":36,"featured":16},"Kirigami\u002FOrigami Actuators for Solar Sail Attitude Control",[30,31,32,33,34,22],"H. Jo","M. Sincer","C. Le","C. Chan","B. Ly","AIAA SCITECH 2026 Forum",[15],{"title":38,"authors":39,"journal":45,"year":46,"tags":47},"Resonantly Enhanced Second Harmonic Generation in van der Waals Metasurfaces",[40,41,42,20,21,43,44],"H. Ling","Y. Tang","X. Tian","P. P. Vabishchevich","et al.","IEEE Research and Applications of Photonics in Defense Conference",2025,[25,26],{"title":49,"authors":50,"journal":51,"year":46,"tags":52},"Soft Electrothermal Meta-Actuator for Robust Multifunctional Control",[30,20,32,33,22],"arXiv preprint",[15],{"title":54,"authors":55,"journal":56,"year":46,"tags":57,"featured":16},"Nonlinear van der Waals metasurfaces with resonantly enhanced light generation",[40,41,42,20,21,43,44],"Nano Letters",[25,26],{"title":59,"authors":60,"journal":62,"year":46,"tags":63},"Ultrafast Plasmon Dynamics Under High-Intensity Laser Excitation",[61,20,10,11],"D. P. Khatua","CLEO: Applications and Technology",[64,26],"Laser Propulsion",{"title":66,"authors":67,"journal":70,"year":46,"tags":71},"Signal-to-noise ratio of a thermoelectric sensor of a single-photon detector operating at different temperatures",[68,69,22,68],"A. Kuzanyan","V. Nikoghosyan","Applied Optics",[26],{"title":73,"authors":74,"journal":75,"year":46,"tags":76},"Plasmon excitation under extreme-intensity laser pulses",[61,20,10,22],"SMT 2025",[64,26],{"title":78,"authors":79,"journal":75,"year":46,"tags":81},"Modeling nanosecond thermo-optic coupling dynamics in nanoscale resonators",[20,80,10,22],"P. Feng",[26],{"title":83,"authors":84,"journal":85,"year":46,"tags":86},"MEMS micro-mirror switch for thermal emissivity control",[21,30,20,22],"APS Global Physics Summit 2025",[26],{"title":88,"authors":89,"journal":75,"year":46,"tags":90},"Soft Bidirectional Electrothermal Actuators",[30,32,33,22],[15],{"title":92,"authors":93,"journal":97,"year":98,"tags":99},"Extreme Metamaterial Solar Sails for Breakthrough Space Exploration — NIAC Phase II Final Report",[22,94,95,96],"H. Helvajian","L. Johnson","M. Velli","NASA NIAC Final Report",2024,[15],{"title":101,"authors":102,"journal":106,"year":98,"tags":107},"Dielectric resonances of hexagonal boron nitride nanodisks",[103,40,104,22,105],"M. Nourbakhsh","V. R. Whiteside","J. G. Tischler","2D Photonic Materials and Devices VII",[25,26],{"title":109,"authors":110,"journal":106,"year":98,"tags":111},"Emergent nanophotonics with bulk van der Waals materials",[11],[25,26],{"title":113,"authors":114,"journal":121,"year":98,"tags":122},"Technology development for a low-mass solar system and interstellar communications system",[115,116,117,118,119,120,44],"P. Mauskopf","R. Angel","H. Atwater","E. Bazzanid","K. Berggren","P. Blase","Free-Space Laser Communications XXXVI",[123],"Space Energy",{"title":125,"authors":126,"journal":56,"year":98,"tags":127},"Near-unity light-matter interaction in mid-infrared van der Waals metasurfaces",[40,103,104,105,11],[25,26],{"title":129,"authors":130,"journal":132,"year":98,"tags":133},"Plasmon-driven high-energy light-matter interaction",[131,20,22],"D. Khatua","APS March Meeting Abstracts 2024",[64,26],{"title":135,"authors":136,"journal":132,"year":98,"tags":138},"Second harmonic generation enabled by van der Waals metasurfaces",[40,20,41,42,137,22],"H. Harutyunyan",[25,26],{"title":140,"authors":141,"journal":132,"year":98,"tags":143},"Nanosecond light-matter interaction with structured targets in ablation regime",[20,142,22],"D. Prasad",[64],{"title":145,"authors":146,"journal":149,"year":98,"tags":150},"Taming mid-infrared light-matter interaction with van der Waals nanostructures",[40,103,147,148,22],"V. Whiteside","J. Tischler","APS March Meeting Abstracts",[25,26],{"title":152,"authors":153,"journal":149,"year":98,"tags":154},"Modelling transient thermo-optic coupling in resonant nanophotonic structures",[20,80,22],[26],{"title":156,"authors":157,"journal":162,"year":98,"tags":163},"Scalable Van Der Waals Superlattices For Absorbers And Emitters",[158,159,160,161,22],"D. Jariwala","J. Lynch","P. Kumar","F. Barrera","US Patent App. 18\u002F181,302",[25],{"title":165,"authors":166,"journal":171,"year":98,"tags":172},"A mission to nature's telescope for high-resolution imaging of an exoplanet",[167,168,169,94,170,44],"L. D. Friedman","D. Garber","S. G. Turyshev","T. Heinsheimer","Experimental Astronomy",[15,123],{"title":174,"authors":175,"journal":183,"year":184,"tags":185,"featured":16},"Deeply subwavelength integrated excitonic van der Waals nanophotonics",[40,176,177,178,179,180,181,182,44],"A. Manna","J. Shen","H. T. Tung","D. Sharp","J. Früch","S. Dai","A. Majumdar","Optica",2023,[25,26],{"title":187,"authors":188,"journal":189,"year":184,"tags":190},"All-van der Waals metadevices",[11],"Active Photonic Platforms (APP)",[25,26],{"title":192,"authors":193,"journal":197,"year":184,"tags":198},"Science opportunities with solar sailing smallsats",[169,168,167,194,195,196,44],"A. M. Hein","N. Barnes","K. Batygin","Planetary and Space Science",[15],{"title":200,"authors":201,"journal":51,"year":184,"tags":202},"Anomalous Reflection Under Ambient Sunlight: Accessing In-Plane Radiation Pressure for Solar Sailing",[10,11],[15],{"title":204,"authors":205,"journal":207,"year":184,"tags":208},"Scalable and Low Cost Exploration of the Interstellar Neighborhood with 50 AU\u002Fyear Fast Transit Solar Sail Missions",[22,96,94,95,206],"S. Turyshev","Decadal Survey for Solar and Space Physics 2024-2033",[15],{"title":210,"authors":211,"journal":62,"year":184,"tags":212},"Nanophotonic Control of High Energy Light-Materials Interaction",[20,80,142,22],[26,64],{"title":214,"authors":215,"journal":216,"year":184,"tags":217},"Taming mid-IR resonances with naturally hyperbolic hBN",[40,103,104,105,11],"Conference on Lasers and Electro-Optics (CLEO)",[25,26],{"title":219,"authors":220,"journal":224,"year":184,"tags":225},"One-way light flow by spatio-temporal modulation",[221,222,11,223],"M. A. A. Abouelatta","M. A. Swillam","A. M. Mahmoud","Optics Express",[26],{"title":227,"authors":228,"journal":51,"year":184,"tags":229},"Exciton assisted deeply subwavelength nano-photonics",[40,176,177,178,179,180,181,182,44],[25,26],{"title":231,"authors":232,"journal":51,"year":184,"tags":236},"Solar Sail Propulsion by 2050: An Enabling Capability for Heliophysics Missions",[95,195,233,234,22,235,44],"M. Ceriotti","T. Y. Chen","L. Friedman",[15],{"title":238,"authors":239,"journal":240,"year":184,"tags":241},"Fast transit interstellar probe mission with extreme solar sailing",[22],"AIAA SCITECH Forum",[15],{"title":243,"authors":244,"journal":251,"year":184,"tags":252},"Non-nuclear exploration of the solar system study",[245,246,247,248,117,249,250,44],"J. Brophy","S. Pellegrino","P. Lubin","L. Alkalai","A. Biswas","A. Boca","Technical report",[123],{"title":254,"authors":255,"journal":256,"year":257,"tags":258},"Freestanding specular reflective carbon nanotube thin film for solar sailing",[178,22],"Nanoengineering: Fabrication, Properties, Optics, Thin Films, and Devices",2022,[15],{"title":260,"authors":261,"journal":264,"year":257,"tags":265},"Thermoelectric photodetectors for low power and quantum light",[262,22,69,68,263],"A. A. Kuzanyan","S. Harutyunyan","Quantum Communications and Quantum Imaging XX",[26],{"title":267,"authors":268,"journal":269,"year":257,"tags":270},"Deeply subwavelength photonics enabled by high index Van der Waals materials",[40,11],"Metamaterials, Metadevices, and Metasystems",[25,26],{"title":272,"authors":273,"journal":274,"year":257,"tags":275},"Nanophotonics with Van der Waals metastructures",[22],"Active Photonic Platforms",[25,26],{"title":277,"authors":278,"journal":279,"year":257,"tags":280},"Metamaterials for breakthrough space exploration",[11],"Metamaterials, Metadevices, and Metasystems 2022",[15,26],{"title":282,"authors":283,"journal":56,"year":257,"tags":285},"Atomic-void van der Waals channel waveguides",[40,284,11],"J. B. Khurgin",[25,26],{"title":287,"authors":288,"journal":290,"year":257,"tags":291},"The Heliosphere From Top to Bottom: Close Out of the Ecliptic Solar Orbiter Now and Then Beyond the Heliopause",[169,289,96,44],"S. Gibson","White paper for Decadal Survey on Solar and Space Physics",[15],{"title":293,"authors":294,"journal":290,"year":257,"tags":295},"Enabling 4D Mapping of the Inner Corona at High Latitudes and Poles with Extreme Solar Sailing",[22,96,95,94],[15],{"title":297,"authors":298,"journal":171,"year":257,"tags":299},"A fast response mission to rendezvous with an interstellar object",[168,167,22,44],[15],{"title":301,"authors":302,"journal":303,"year":257,"tags":304},"Light control with atomically thin magnets",[40,11],"Nature Photonics",[25,26],{"title":306,"authors":307,"journal":311,"year":257,"tags":312},"Highly accurate, reliable, and non-contaminating two-dimensional material transfer system",[308,309,310,44],"C. Patil","H. Dalir","J. H. Kang","Applied Physics Reviews",[25],{"title":314,"authors":315,"journal":318,"year":257,"tags":319},"Framework for expediting discovery of optimal solutions with blackbox algorithms in non-topology photonic inverse design",[316,317,11],"J. Digani","P. W. C. Hon","ACS Photonics",[26],{"title":321,"authors":322,"journal":324,"year":257,"tags":325},"Light-matter coupling in large-area van der Waals superlattices",[160,159,323,44],"B. Song","Nature Nanotechnology",[25],{"title":327,"authors":328,"journal":56,"year":257,"tags":329},"Low-power laser sailing for fast-transit space flight",[178,11],[15,64],{"title":331,"authors":332,"journal":333,"year":257,"tags":334},"Fast Transit Interplanetary Exploration with Extreme Solar Sail Missions",[22],"ASCEND 2022",[15],{"title":336,"authors":337,"journal":338,"year":339,"tags":340},"Bulk Transition Metal Dichalcogenides For Integrated Nanophotonics",[22],"2021 IEEE Photonics Conference",2021,[25,26],{"title":342,"authors":343,"journal":344,"year":339,"tags":345},"Integrated nanooptics with bulk transition metal dichalcogenides",[22],"Active Photonic Platforms XIII",[25,26],{"title":347,"authors":348,"journal":349,"year":339,"tags":350},"Plasmonic metaplatforms for enhanced light control",[22],"Plasmonics: Design, Materials, Fabrication, Characterization",[26],{"title":352,"authors":353,"journal":51,"year":339,"tags":354},"Light-sail photonic design for fast-transit Earth orbital maneuvering and interplanetary flight",[178,22],[15],{"title":356,"authors":357,"journal":56,"year":339,"tags":360},"Spatiotemporal imaging of thickness-induced band-bending junctions",[358,22,359,44],"J. Wong","B. Liao",[25],{"title":362,"authors":363,"journal":51,"year":339,"tags":365},"A Framework for Discovering Optimal Solutions in Photonic Inverse Design",[316,364,11],"P. Hon",[26],{"title":367,"authors":368,"journal":183,"year":339,"tags":372},"Photonic materials for interstellar solar sailing",[11,369,370,371,95],"J. N. Munday","N. Tabiryan","G. A. Swartzlander Jr",[15],{"title":374,"authors":375,"journal":51,"year":339,"tags":376},"Light-Matter Coupling in Scalable Van der Waals Superlattices",[160,159,323,44],[25],{"title":378,"authors":379,"journal":318,"year":339,"tags":381},"All van der Waals integrated nanophotonics with bulk transition metal dichalcogenides",[40,380,11],"R. Li",[25,26],{"title":383,"authors":384,"journal":390,"year":339,"tags":391},"Plasmonic Terahertz Lasing in an Array of Graphene Nanocavities",[385,386,11,387,388,389],"V. V. Popov","O. V. Polischuk","V. Ryzhii","T. Otsuji","M. S. Shur","Graphene-Based Terahertz Electronics and Plasmonics",[25,26],{"title":393,"authors":394,"journal":390,"year":339,"tags":398},"Active Guiding of Dirac Plasmons in Graphene",[395,11,396,397,388,385],"M. Y. Morozov","I. M. Moiseenko","A. Satou",[25,26],{"title":400,"authors":401,"journal":402,"year":339,"tags":403},"Extreme Solar Sailing for Fast Transit Exploration of Solar System and Interstellar Medium",[22],"ASCEND 2021",[15],{},"publications","4guM9HbQTSB3T9-irhGYfive7ZcdNTG-PmYIzkzHN_4",1789420091052]