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1 s important in many branches of chemical and physical science.
2 s is one of the central challenges in modern physical science.
3 um systems is an exciting frontier in modern physical science.
4 diction is among the greatest of any area of physical science.
5 o the full-fledged research field of protein physical science.
6 s rippled into many branches of the life and physical sciences.
7 very engines in the chemical, biological and physical sciences.
8 is a challenge found throughout the life and physical sciences.
9 at the interface of several subfields of the physical sciences.
10 s one of the most important processes in the physical sciences.
11 um is an outstanding challenge in the modern physical sciences.
12 range of researchers working in the life and physical sciences.
13 arge community that spans the biological and physical sciences.
14 y address key challenges at the heart of the physical sciences.
15 ess long-standing unresolved problems in the physical sciences.
16 isite precision previously reserved only for physical sciences.
17 r example in so-called Fermi problems in the physical sciences.
18 rk at the intersection of the biological and physical sciences.
19 vestigators from both the biological and the physical sciences.
20 ed computers to catalyze advancements in the physical sciences.
21 cal phenomena and, by extension, advance the physical sciences.
22 ticles have broad interest in biological and physical sciences.
23 lving molecular biology, bioinformatics, and physical sciences.
24 an outstanding problem in the biological and physical sciences.
25 ermolecular forces is a central theme in the physical sciences.
26 tre scale are indispensable for the life and physical sciences.
27 solve some of the problems in biological and physical sciences.
28 type of measurement taken for granted in the physical sciences.
29 tions of their discovery for biology and the physical sciences.
30  spatially extended dynamical systems in the physical sciences.
31  grown to encompass a large swath of protein physical science across biology.
32 me a core technology that drives fundamental physical science advancements in the 21st century.
33 the social sciences (Web of Science) and the physical sciences (American Physical Society).
34 t sufficient to process the data for complex physical science analysis and simulations, which can be
35  of particular interest for both fundamental physical science and emerging technologies.
36 rticularly from researchers in mathematical, physical science and engineering fields transitioning in
37 one of the most fundamental processes in the physical sciences and almost always occurs heterogeneous
38 in quantum computing and applications in the physical sciences and beyond.
39 ion of numerical estimates familiar from the physical sciences and canonized in the so-called "Fermi
40 sed biology will change future medicine, the physical sciences and engineering will also be changed b
41 ematical culture that has come to define the physical sciences and engineering.
42  sciences; mathematics and computer science; physical sciences and engineering; and social sciences a
43 erfaces is of widespread interest across the physical sciences and is a particularly acute need for l
44                             Taking cues from physical sciences and meteorology, we advocate an approa
45                   Through the integration of physical sciences and oncology approaches we investigate
46 papers and patents across the life sciences, physical sciences and patented inventions, and using a h
47        Such statistics appear throughout the physical sciences and provide a natural tool to describe
48 earning is playing an increasing role in the physical sciences and significant progress has been made
49 erials science and the interface between the physical sciences and the life sciences.
50 opy is a ubiquitous technique throughout the physical sciences and the orthogonality of fluorous mate
51 nd new materials and tools (largely from the physical sciences) and new phenomena (largely from the b
52 arch at the interface of nanotechnology, the physical sciences, and biology that are related to energ
53  fields, including business, social science, physical sciences, and biology.
54 the historical contributions of mathematics, physical sciences, and engineering to medical practice t
55 d extensively in the social, biological, and physical sciences, and in the study of the human dynamic
56 bility distributions, are widely used in the physical sciences, applied mathematics, and Bayesian sta
57                                              Physical sciences are often overlooked in the field of c
58  spectroscopy has been well-validated by the physical sciences as a method to characterize chemical c
59  in future emissions trajectories and in the physical science basis, especially at adaptation-relevan
60 d great interests to understand the math and physical science behind the topological transition on su
61 ese include broad field classifications into physical sciences, biological sciences, social sciences,
62                                          The physical sciences community is increasingly taking advan
63 l structure of the model illustrates how the physical sciences contain useful tools for the study of
64           Approaches well established in the physical sciences could be instrumental in achieving thi
65  dose-resilient samples often studied in the physical sciences, electron ptychography - a coherent di
66 reason, the present study has focused on the physical sciences, engineering, and technology and has e
67 n unprecedented developments in all areas of physical sciences, especially chemistry.
68              Researchers in the biologic and physical sciences expect results to be replicated by ind
69 rst discovery, been an indispensable tool in physical science for probing elementary excitations, suc
70 er review and publication in journals in the physical sciences for almost 25 years.
71  that novice teachers of physics, chemistry, physical science, geometry, and biology exhibited steepe
72 he fields of mathematics, chemistry, and the physical sciences, graph theory plays a substantial role
73                              Research in the physical sciences has been able to generate statements a
74 ome practitioners increasingly combined with physical science in hopes of understanding global climat
75                                          The Physical Sciences in Oncology Initiative was launched to
76 arch spans the spectrum of topics within the physical sciences including research on improving energy
77 secure growing federal research funding, the physical sciences (including mathematics and engineering
78 n a bold program to systematically integrate physical sciences into cancer biology and treatment thro
79 e ubiquitous in the chemical, biological and physical sciences, it is crucial to develop methods to e
80                               To address the physical science knowledge gaps required to assess the s
81                                       In the physical sciences, mathematical theory and experimental
82 nology, biotechnology, and the materials and physical sciences may enable step-change approaches to c
83  and technology domains at the confluence of physical sciences, molecular engineering, biology, biote
84 ond, students of both the biological and the physical sciences need to be provided adequate opportuni
85  The emerging multidisciplinary field of the physical sciences of cancer is now embraced by engineers
86                                          The physical sciences offer tools for synthesis and fabricat
87  internal grants and NIH/NCI U54CA143970-05 (Physical Science Oncology Network).
88 ic from a physical sciences perspective, the Physical Sciences-Oncology Centers (PS-OC) Network perfo
89 ology and treatment through formation of the Physical Sciences-Oncology Network (PS-ON).
90                                     From the physical science perspective, the consensus of a broad i
91 tion from non-cancerous to metastatic from a physical sciences perspective, the Physical Sciences-Onc
92 opy (TEM) have been used to investigate many physical science phenomena, ranging from phase transitio
93 odiversity portals, as well as in social and physical sciences platforms and even in computing servic
94 RL strategy will be applicable to many other physical science problems involving search over continuo
95 e of Health Research (NIHR), Engineering and Physical Sciences Research Council (EPSRC), National Ins
96 icines Initiative (IMI), the Engineering and Physical Sciences Research Council (EPSRC), The Wellcome
97                              Engineering and Physical Sciences Research Council (EPSRC).
98 Health (UK), Wellcome Trust, Engineering and Physical Sciences Research Council (UK), National Instit
99 al Challenges Research Fund, Engineering and Physical Sciences Research Council, Medical Research Cou
100  UK Research and Innovation, Engineering and Physical Sciences Research Council, National Institute f
101 ial Care, Wellcome Trust, UK Engineering and Physical Sciences Research Council, UK National Institut
102 earch, Community Jameel, and Engineering and Physical Sciences Research Council.
103 d UK Research and Innovation Engineering and Physical Sciences Research Council.
104 d UK Research and Innovation Engineering and Physical Sciences Research Council.
105 alal Research Fellowship and Engineering and Physical Sciences Research Council.
106 Medical Research Council and Engineering and Physical Sciences Research Council.
107                           UK Engineering and Physical Sciences Research Council.
108 an Commission, Wellcome, and Engineering and Physical Sciences Research Council.
109 stitute for Health Research, Engineering and Physical Sciences Research Council.
110 and Social Research Council; Engineering and Physical Sciences Research Council; European and Develop
111                           The biological and physical sciences share a common interest in small struc
112                                 Contemporary physical science studies rely on the effective analyses
113 ance to design computing methods to catalyze physical science studies with better data access, phenom
114 ch, access, and utilization, (ii) facilitate physical science studies with enabling high-performance
115                                           In physical sciences such as chemistry and earth sciences,
116 supply curve development focus not purely on physical science, such as better resolved wind maps, but
117 daptable for investigations in materials and physical sciences, such as the spinning motion of colloi
118  The convergence of results from natural and physical sciences suggest that ancient life has continua
119 combined nontargeted holistic biological and physical science techniques to evaluate how simple stron
120                                  However, in physical sciences, the choice of representation system i
121                                       In the physical sciences, theoretically powerful classification
122                Here we draw on insights from physical science to propose a scenario framework that fo
123  these processes is drawing researchers from physical sciences to join the effort and represents a ra
124 tion of the principles and techniques of the physical sciences to the study of biological systems has
125 y (that has made such a marked difference in physical sciences) to test detailed and subtle quantitat
126                      For both the social and physical sciences, we observe increasingly rigid concept
127 ere have been challenges to this view in the physical sciences, where profoundly indeterminate events
128 achers of algebra 1, algebra 2, biology, and physical science who continued to teach for at least 5 y
129 innovative fields across engineering and the physical sciences with a focus on cancer.
130                  A better integration of the physical sciences with cell biology will therefore be an

 
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