Application ID	Application Name	Field/Industry	Description
1	Medical Imaging	Healthcare	Utilizes PET scans that rely on particle physics principles to detect diseases.
2	Cancer Treatment	Healthcare	Proton therapy uses proton particles for targeted cancer treatment.
3	Radiation Therapy	Healthcare	Particle beams are used to destroy cancerous cells more effectively.
4	Particle Accelerators	Research	Used in fundamental physics research and materials science.
5	Neutrino Detection	Astrophysics	Detects neutrinos to study cosmic phenomena.
6	Dark Matter Research	Astrophysics	Particle physics experiments aim to identify dark matter candidates.
7	Materials Science	Engineering	Investigates properties of materials at a subatomic level.
8	Cryogenics	Physics	Study of materials at low temperatures using particle physics techniques.
9	Charged Particle Therapy	Healthcare	Uses charged particles for improved precision in cancer treatment.
10	Nuclear Medicine	Healthcare	Uses radioactive isotopes for diagnosis and treatment.
11	Cosmic Ray Detection	Space Science	Studies cosmic rays that are high-energy particles from space.
12	Superconducting Magnet Technology	Engineering	Applications in MRI machines and particle accelerators.
13	Quality Control in Manufacturing	Industry	Using particle detectors to ensure product quality.
14	Antimatter Research	Physics	Fundamental research into antimatter properties and applications.
15	Muon Tomography	Geoscience	Imaging technique utilizing muons to study geological structures.
16	Electroweak Theory	Physics	Research on the unification of electromagnetic and weak forces.
17	Quantum Computing	Technology	Utilizes principles of particle physics to develop qubits.
18	High-Energy Physics	Research	Studies fundamental particles and their interactions.
19	Particle Physics Education	Education	Programs and resources to teach particle physics concepts.
20	Safety in Nuclear Facilities	Industry	Particle physics principles applied to radiation shielding and detection.
21	Radiological Protection	Healthcare	Uses particle physics to ensure safety in environments with radiation.
22	Food Safety Inspection	Industry	Detects radiation levels in food products using particle detectors.
23	Fundamental Physics Research	Research	Experimental studies to understand the standard model of particle physics.
24	Ion Beam Analysis	Materials Science	Characterizes materials through ion particle interactions.
25	Hadron Collider Experiments	Research	Explores the properties of quarks and gluons.
26	Astroparticle Physics	Astrophysics	Studies cosmic particles to understand the universe's origins.
27	Biological Imaging Techniques	Healthcare	Utilizes positron emission for imaging biological processes.
28	Transmutation of Elements	Nuclear Physics	Alteration of elements using particle bombardment techniques.
29	Collider Physics	Research	Study of particle collisions to understand fundamental forces.
30	Neutron Activation Analysis	Chemistry	Evaluates material compositions using neutron interactions.
31	Theranostics	Healthcare	Combines therapy and diagnostics using radioactive particles.
32	Particle Astrophysics	Astrophysics	Investigates particles emitted from astronomical sources.
33	Radiation Therapy Planning	Healthcare	Optimizing radiation dose distribution in treatment planning.
34	Particle Beam Profiling	Research	Analyzes properties and behaviors of a particle beam.
35	Quantum Field Theory	Physics	Mathematical frameworks describing particle interactions.
36	Accelerator Physics	Engineering	Design and development of particle accelerators.
37	Muon Spin Rotation	Materials Science	Probing magnetic properties of materials using muons.
38	Ultra-High Energy Cosmic Rays	Astrophysics	Studies extremely energetic cosmic ray particles.
39	Subatomic Particle Analysis	Chemistry	Investigates reactions at the level of subatomic particles.
40	Neutrino Oscillation	Physics	Study of how neutrinos change types on their journey.
41	Image Processing in Medical Imaging	Healthcare	Enhances imaging resolution in nuclear medicine.
42	Particle Detectors	Research	Instruments that detect and measure elementary particles.
43	Radiocarbon Dating	Archaeology	Uses carbon-14 isotopes to date historical artifacts.
44	Muon Detection in Volcano Monitoring	Geoscience	Studies volcanic structures using muon tomography.
45	Thermal Neutron Sources	Nuclear Physics	Applications in neutron radiography and diffraction.
46	Positron Emission Tomography	Healthcare	Imaging technique for mapping metabolic activity.
47	Electromagnetic Radiation Safety	Industry	Ensures safety from electromagnetic exposure using particle physics.
48	Baryon Asymmetry Research	Astrophysics	Explores why matter dominates over antimatter in the universe.
49	Quantum Electrodynamics	Physics	Study of how light and matter interact at the particle level.
50	Particle Therapy for Ocular Tumors	Healthcare	Targeted radiation therapy for eye tumors.
51	Helium-3 in Fusion Reactors	Energy	Researches fusion reactions using helium-3 particles.
52	Photonics and Particle Physics	Technology	Studies light particles for communication and sensing technologies.
53	Radioactive Waste Disposal	Nuclear Engineering	Management using particle physics methodologies.
54	Solar Neutrino Studies	Astrophysics	Investigates neutrinos produced by the sun.
55	Radiation Safety Training	Education	Training programs focused on particle physics safety protocols.
56	Electroweak Symmetry Breaking	Physics	Examines the conditions under which electroweak force splits.
57	Experimental Particle Physics	Research	Conducts experiments to confirm theoretical particle physics predictions.
58	Nanotechnology	Materials Science	Utilizes particles for developing nanostructures.
59	Signal Processing in Particle Detectors	Engineering	Enhances detection capabilities through signal processing.
60	Bioactive Stable Isotope Tracers	Healthcare	Uses stable isotopes in metabolic studies for health analysis.
61	Space Radiation Studies	Space Science	Researches particles in space affecting astronauts and technology.
62	Health Physics	Healthcare	Ensures safety in environments with radiation, using particle physics principles.
63	Flow Cytometry	Biotechnology	Uses particle detection for analyzing cell properties.
64	Muon Imaging in Security Applications	Security	Uses muon detection for scanning large objects.
65	Liquid Scintillation Counting	Chemistry	Technique for measuring radioactivity using scintillation detectors.
66	Cryogenic Particle Detectors	Physics	Low-temperature techniques for enhanced particle detection.
67	Radiation Disease Research	Healthcare	Studies the effects of radiation exposure on human health.
68	Magnetic Resonance Spectroscopy	Healthcare	Analyzes molecular structure using magnetic fields and particles.
69	Astrobiology	Astrophysics	Examines cosmic particles' potential links to life.
70	Structural Health Monitoring	Engineering	Uses particle physics to evaluate infrastructure stability.
71	Nuclear Magnetic Resonance	Chemistry	Analyzes molecular structures using particle spins in magnetic fields.
72	Photoacoustic Imaging	Healthcare	Combines light and sound to enhance imaging with particle interactions.
73	High-Energy Density Physics	Physics	Studies materials under extreme quantum conditions.
74	Electromagnetic Compatibility Testing	Engineering	Ensures devices meet safety using particle physics standards.
75	Radiographic Testing	Industry	Non-destructive testing leveraging particle presence for material integrity.
76	Quantum Dots in Electronics	Technology	Utilizes principles of particle physics in nanomaterials for devices.
77	Neopentane in Particle Physics Experiments	Research	Investigates neutron scattering using neopentane techniques.
78	Luminescence Dating	Geology	Uses luminescent properties of materials for age dating based on radioactive decay.
79	Particle Physics in Education	Education	Curricula incorporating particle physics concepts and discoveries.
80	Translational Medicine	Healthcare	Bridges particle physics with new therapies and diagnostics.
81	Electromagnetic Force Research	Physics	Studies particle interactions mediated by electromagnetic forces.
82	Subatomic Scale Simulations	Research	Simulates particles to study properties at a fundamental level.
83	Oncology Research	Healthcare	Utilizes particle physics in understanding and treating cancer.
84	Precision Measurements in Particle Physics	Research	Enhances accuracy in measuring particle properties.
85	Plasma Physics Applications	Energy	Uses principles of particle physics in fusion energy research.
86	Particle Acceleration in Space Propulsion	Space Technology	Studies particle accelerators for advanced space drives.
87	Metal Fatigue Studies	Engineering	Investigates subatomic interactions affecting material fatigue.
88	Biochemical Applications of Particle Techniques	Biochemistry	Utilizes particle interactions for analyzing biological samples.
89	Nuclear Fission Research	Nuclear Physics	Experimental studies on fission processes and applications.
90	Infrared Particle Detection	Environmental Science	Utilizes infrared particles to monitor environmental health.
91	High-Precision Atomic Clocks	Technology	Used in GPS by applying particle physics for time measurement.
92	Earthquake Prediction Techniques	Geoscience	Explores particle physics for monitoring tectonic movements.
93	Cement Industry Quality Control	Construction	Particle technologies for assessing cement properties.
94	Seismology Research	Geoscience	Application of particle detectors in studying earthquakes.
95	Multimodal Imaging	Healthcare	Combines different imaging techniques for enhanced diagnostics.
96	Decaying Matter Studies	Physics	Examines the behavior of particles in radioactive decay.
97	Chemical Reaction Studies	Chemistry	Investigates particle interactions during chemical reactions.
98	Laser Cooling Techniques	Physics	Utilizes particles in cooling atoms to near absolute zero.
99	Global Positioning Satellites (GPS)	Technology	Uses principles of particle physics for accurate positioning.
100	Supernova Remnants Study	Astrophysics	Researches the particles emitted from supernova explosions.