The document summarizes the Interdisciplinary Science program at the University of Leicester that has become the Natural Sciences program. It discusses the core teaching team, awards received, key features of the program including problem-based learning and competency-based mathematics support. It also provides updates on student numbers, program enhancements, outreach activities, student projects, and an exchange program with McMaster University.
This document discusses a talk given by William W Nazaroff on collaborating to study indoor microbiomes from Newtonian and Darwinian perspectives. It summarizes Harte's analysis of how physicists and ecologists approach their work differently, with physics seeking simplicity and universality while ecology finds increasing complexity. Nazaroff observes successful collaborations occur in small groups that foster mutual trust, teaching, and credit-sharing. Studying indoor microbiomes provides opportunities to advance understanding, though sustained support and challenging assumptions will be needed to overcome inertia. Nazaroff's own collaboration with Peccia's lab is producing results on indoor bacteria and fungi emissions.
This document discusses the potential applications of nanomaterials for NASA space exploration goals. It outlines how nanomaterials could enable advances in areas like power generation, energy storage, life support systems, astronaut health monitoring, radiation protection, and structural materials. The document provides examples of carbon nanotubes and ceramic nanofibers for applications in fuel cells, batteries, air and water purification, thermal protection, and biomedical sensors. It advocates an integrated approach to developing and utilizing nanotechnologies across robotic and human spaceflight missions to Mars and beyond.
This document outlines the weekly learning plan for a Science class in Form 1. Over 8 weeks, students will cover topics including the introduction to science, the scientific method, physical quantities and units of measurement, and measuring tools. They will learn about concepts such as mass, weight, and standard measurement units. Students will participate in activities like experiments, discussions, and talks to help them understand these concepts. The goal is for students to be able to define key terms, carry out basic scientific procedures, and appreciate the role of science in everyday life and technology.
1. The document provides an introduction to science, discussing topics like what science is, the scientific method, and laboratory equipment.
2. It also covers cells as the basic unit of life, explaining the structures and functions of plant and animal cells.
3. The document discusses the states and properties of matter, and differentiates among elements, compounds, and mixtures.
1. Natural history and predictive ecology are important but exposure to natural history through education and access to collections like herbaria are declining.
2. Exposure to natural history in undergraduate biology degrees and textbooks has significantly decreased over time. The number of graduate degrees and experts in natural history rich disciplines has also declined.
3. Access to natural history collections in herbaria has been negatively impacted by consolidation of collections, with the US and Europe losing numerous herbaria since 1990.
The document outlines the examination scheme for various subjects for M.Sc./M.A. (Previous) and M.Sc./M.A. (Final) exams conducted by Dr. Ram Manohar Lohia Avadh University, Faizabad in 2013. It lists the exam dates, subjects, paper numbers, and names of papers to be covered for each exam along with their scheduled time slots from May 1st to May 11th, 2013 for both previous and final year students.
The document describes the Optics and Photonics program at Georgia Tech. It lists the core faculty and their primary research areas, which include optical communication networks, nonlinear optics, photonics and optoelectronics, and diffractive and holographic optics. It also describes affiliated research centers that conduct research in related areas such as quantum optics, terahertz science, ultrafast nano-optics, and organic electronics.
This document discusses a talk given by William W Nazaroff on collaborating to study indoor microbiomes from Newtonian and Darwinian perspectives. It summarizes Harte's analysis of how physicists and ecologists approach their work differently, with physics seeking simplicity and universality while ecology finds increasing complexity. Nazaroff observes successful collaborations occur in small groups that foster mutual trust, teaching, and credit-sharing. Studying indoor microbiomes provides opportunities to advance understanding, though sustained support and challenging assumptions will be needed to overcome inertia. Nazaroff's own collaboration with Peccia's lab is producing results on indoor bacteria and fungi emissions.
This document discusses the potential applications of nanomaterials for NASA space exploration goals. It outlines how nanomaterials could enable advances in areas like power generation, energy storage, life support systems, astronaut health monitoring, radiation protection, and structural materials. The document provides examples of carbon nanotubes and ceramic nanofibers for applications in fuel cells, batteries, air and water purification, thermal protection, and biomedical sensors. It advocates an integrated approach to developing and utilizing nanotechnologies across robotic and human spaceflight missions to Mars and beyond.
This document outlines the weekly learning plan for a Science class in Form 1. Over 8 weeks, students will cover topics including the introduction to science, the scientific method, physical quantities and units of measurement, and measuring tools. They will learn about concepts such as mass, weight, and standard measurement units. Students will participate in activities like experiments, discussions, and talks to help them understand these concepts. The goal is for students to be able to define key terms, carry out basic scientific procedures, and appreciate the role of science in everyday life and technology.
1. The document provides an introduction to science, discussing topics like what science is, the scientific method, and laboratory equipment.
2. It also covers cells as the basic unit of life, explaining the structures and functions of plant and animal cells.
3. The document discusses the states and properties of matter, and differentiates among elements, compounds, and mixtures.
1. Natural history and predictive ecology are important but exposure to natural history through education and access to collections like herbaria are declining.
2. Exposure to natural history in undergraduate biology degrees and textbooks has significantly decreased over time. The number of graduate degrees and experts in natural history rich disciplines has also declined.
3. Access to natural history collections in herbaria has been negatively impacted by consolidation of collections, with the US and Europe losing numerous herbaria since 1990.
The document outlines the examination scheme for various subjects for M.Sc./M.A. (Previous) and M.Sc./M.A. (Final) exams conducted by Dr. Ram Manohar Lohia Avadh University, Faizabad in 2013. It lists the exam dates, subjects, paper numbers, and names of papers to be covered for each exam along with their scheduled time slots from May 1st to May 11th, 2013 for both previous and final year students.
The document describes the Optics and Photonics program at Georgia Tech. It lists the core faculty and their primary research areas, which include optical communication networks, nonlinear optics, photonics and optoelectronics, and diffractive and holographic optics. It also describes affiliated research centers that conduct research in related areas such as quantum optics, terahertz science, ultrafast nano-optics, and organic electronics.
This document provides a curriculum vitae for Thomas Roussel, including his education, positions held, research interests, publications, and other qualifications. It can be summarized as follows:
Thomas Roussel holds a PhD in Materials Science from Université de la Méditerranée. He has held postdoctoral positions in Spain and the US, and is currently a researcher at ICMAB-CSIC in Barcelona. His research focuses on molecular simulation of adsorption and diffusion in nanoporous materials like zeolites and carbon nanotubes. He has over 20 peer-reviewed publications and has received several awards and research grants for his work.
Yean-an Liao has a Ph.D. in Applied Physics from Rice University and over 10 years of experience in optics, lasers, and atomic physics. His research focuses on experimental atomic physics, spectroscopy, and precision measurements. He has published over 10 papers including in Nature, Science, and Physical Review Letters on topics related to ultracold atoms, Fermi gases, and laser technology.
Effect of Swift Heavy Ion irradiation on Optical properties of Poly vinyliden...ijtsrd
The document discusses swift heavy ion irradiation of poly vinylidene chloride (PVDC) films and its effect on optical properties. Key points:
1) PVDC films were irradiated with lithium ions at fluences ranging from 1x1011 to 3x1012 ions/cm2. UV-Vis spectroscopy showed a shift in the optical absorption edge towards lower energies, associated with a decrease in the optical band gap.
2) A noticeable characteristic peak was detected in samples irradiated at the highest fluence, likely due to electronic transitions in compounds containing chlorine.
3) Structural changes induced by ion irradiation, such as main chain scission and formation of carbonaceous clusters and double bonds
This document lists the author's awards, scholarships, publications, patents and conference presentations. It shows that the author has received several best presentation awards between 2009-2012 from various conferences for work related to near-field scanning optical microscopy and nano-materials characterization. The author has also received scholarships from Inha University from 2008-2010. The document lists 14 peer-reviewed journal publications and 14 patents by the author. It also lists 24 international conference proceedings with presentations by the author on topics related to nano-optics and nanotechnology.
This E-nano Newsletter special double issue
contains the updated version of the nanoICT
position paper on Carbon Nanotubes (CNTs)
summarising state-of-the-art research in this field
as well as a description of the possible electrical,
electronic and photonic applications of carbon
nanotubes, the types of CNTs employed and the
organisations or groups that are most proficient
at fabricating them.
In the second paper, the Nanoelectronics
European Research Roadmap is addressed
focusing on the main European Programmes
supporting the short, medium and long-term
research activities.
This issue also contains a catalogue (insert),
compiled by the Phantoms Foundation
providing a general overview of the
Nanoscience and Nanotechnology
companies in Spain and in particular the
importance of this market research,
product development, etc.
We would like to thank all the authors
who contributed to this issue as well as
the European Commission for the
financial support (project nanoICT No.
216165).
Dr. Antonio Correia
Editor - Phantoms Foundation
www.phantomsnet.net
This document lists the speaker's awards, scholarships, publications, patents, and conference presentations. It shows that the speaker has received several best presentation awards between 2009-2012 from conferences in Korea and internationally. They have also received scholarships from Inha University from 2008-2010. The speaker has 14 pending patents and over 20 peer-reviewed journal publications. They have presented their work at numerous international conferences between 2011-2012.
Paper Biology 280 S Minireview Advances In Cancer Detection And TherapeuticsJoshua Mendoza-Elias
Abstract:
Nanotechnology is a field that has made significant advances in the engineering of technologies that allow earlier detection and treatment of disease – specifically cancer. In the modern era, these technologies define the emerging field of nanomedicine and seek to redefine detection and treatment with the promise of more effective, sensitive and cost effective high throughput systems. Compared to conventional treatment options, these next generation cancer therapeutics also seek to overcome the invasiveness of surgery, chemotherapy, radiotherapy, immunotherapy, and hormonal therapy. These technologies include nanoshells, quantum-dots, ultraoxide particles, DNA microarrays, liposomes, dendrimers, and fullerines. Highlighted in this paper, microwires and microcantilevers (“biofinger”) show promise in becoming multiplex platforms (“Labs on a chip”) that detect a variety of biological markers at low concentration in real time. In addition, DNA based diagnostic computer constructs (DNAdc) that release therapeutic nucleic acid sequences in a gene expression specific manner will be highlighted as well. The potential for a wide range of clinical applications to disease, including cancer, makes a basic understanding of the field of nanomedicine important to the biomedical sciences. In addition, nanomedicine will have a huge impact in developing a repertoire of nano-based therapeutics for other diseases.
Keywords: “Biofinger”-lab on a chip, DNA diagnostic computer construct (DNAdc), DNA microarrays, nanoshells, quantum-dots, ultraoxide particles, liposomes, dendrimers, fullerines, single wall carbon nanotubes (SWNT).
You are 15 years old. Imagine walking into a hip emporium that inspires you to be curious and energizes you to succeed at a career. You sit down and play games; learn how to build games, 3D worlds and simulations; or just chat with like-minded friends about the future. The entire experience is about helping you "visualize" your science and engineering career exploration. In a "design team setting" you "play" roles ranging from 3D modeler to aerospace engineer.
IncredibleMinds goes beyond college guidance and occupational information to address the entire process of STEM career assessment, exploration and action planning necessary to help minority youth find STEM careers that fit their skills, interests, personalities, and developmental needs. New educational solutions need to be relevant and valuable to industry as well as relevant and valuable to youth (National Association of Governors, 2006). The key to the future of education is leveraging current investments in entertainment software and industry technologies.
We use commercial video games as the conceptual bridge to “playing” with industry simulation and modeling tools. Modeling and simulation tools are the immersive environments that our next-generation engineers and scientists must master. These tools provide the means to design and build engineered systems as well as to investigate and visualize complex scientific phenomena. The modeling and simulation industry is a $6 billion U.S. industry that is central to innovation in high-growth industries and the advancement of scientific discovery. Today, Congressional and industry leaders consider the modeling and simulation industry a "national critical technology.” According to Dr. Edwin Crues, NASA Constellation Program Modeling and Simulation Architect, “We cannot have an active and vibrant space program without an active and vibrant modeling and simulation community to support it.”
The exam will consist of multiple choice, short answer, and problem sections over 2 hours. Students can bring 1 note card of handwritten notes. The exam will focus more on chapters covered in depth like Newton's laws of motion and less on briefly covered topics like electricity. Students should review old tests, notes, labs, and selected textbook questions listed to prepare. The textbook questions are grouped by type and the group A problems have answers in the back. The last 2 class days will be review with 1 day for a Study Island assignment worth 50 points due at winter break start.
This document provides information about the 8th grade physical science course taught by Mrs. Mary Enright at Cupertino Middle School. It outlines her educational background and contact information. The curriculum covers scientific skills and concepts in physics including forces, motion, and astronomy. Additional topics include properties of matter, chemistry, electricity and magnetism. Student work will be graded based on scientific skills, practice, and final demonstrations of knowledge. Edmodo and Pinnacle will be used to communicate assignments and grades. A back to school night will be held on September 5th.
This document outlines classical molecular dynamics simulations. It discusses using force fields to model molecular interactions and integrating equations of motion to simulate molecular motion. Molecular dynamics simulations allow studying processes such as protein folding but are limited by timescale. Ensembles, thermostats, and barostats control temperature, pressure and allow sampling different conditions. The document highlights challenges in achieving longer timescales and higher accuracy simulations.
Next Generation Science Standards and STEM DataNWEA
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The Next Generation Science Standards and STEM Data
Roy Beven, Carolyn Frost, and Velma Itamura, Science Content Specialists, NWEA
Fusion 2012, the NWEA summer conference in Portland, Oregon
The expectations for student learning in K-12 science and engineering are about to drastically change. A majority of states are leading the development of the Next Generation Science Standards (NGSS) in partnership with Achieve, Inc. This presentation highlights some of the major changes and the data needed to monitor student understanding of the NGSS in the years to come.
Learning outcome:
- Review the draft Next Generation Science Standards focusing upon the major changes.
- Develop an understanding of student discourse during the practice of science and engineering.
- Make recommendations for future MAP Science assessments to gather STEM data
Audience:
- New data user
- Experienced data user
- Advanced data user
- District leadership
- Curriculum and Instruction
What's So Interesting About AMO Phyiscs?Chad Orzel
A talk given at the 2011 meeting of the Division of Atomic, Molecular, and Optical Physics (DAMOP) of the American Physical Society, summarizing recent and exciting results in AMO physics being presented at the meeting.
Using Sakai to research and enhance small group teaching in Plant SciencesKaty Jordan
The document describes a project at the University of Cambridge aimed at developing learning approaches and resources to enhance the effectiveness of small group teaching in plant and microbial sciences. It involves a multi-method study to identify areas for development, including surveys, focus groups, and interviews. Resources created using Sakai include research wikis, exemplar essays, self-tests, lecture notes, additional materials like videos and podcasts, and tutors' wikis. The goal is to leverage these online tools to encourage changes in teaching practices at the university.
Introduction (Part I): High-throughput computation and machine learning appli...Anubhav Jain
High-throughput computation and machine learning applied to materials design
The document discusses how high-throughput density functional theory (DFT) calculations and materials databases can help address the challenge of discovering new materials. DFT calculations are automated and run in parallel on supercomputers to rapidly screen large numbers of potential materials. This generates huge datasets that are compiled into online materials databases for the community to access and reuse. However, DFT has limitations in accuracy and certain properties remain difficult to model. Data mining approaches are discussed that apply machine learning to these large datasets to help guide materials discovery and design.
1. Physics refers to the study of the physical world using basic concepts, equations, and assumptions to describe phenomena and make predictions. Basic physics principles are applied to tools, appliances, buildings, and inventions.
2. Physics has an interdisciplinary nature and is the basis for many fields like optics and lasers, solid state physics, thermodynamics, classical mechanics, electronics, and more. It describes relationships between motion and forces, light-matter interaction, energy distribution, and fundamental particles and forces.
3. Physicists can work in universities, research institutes, government labs, hospitals, private research facilities, and various industries like defence, aerospace, electronics, health, food and more. Prospect
The document discusses particle physics and compares it to concepts in Jainology. It summarizes current knowledge in particle physics including the three families of elementary particles - quarks, leptons, and gauge bosons. It outlines future areas of research in particle physics like determining particle masses and the nature of dark matter. The document then explains similar concepts in Jainology like paramanu being the most fundamental particle and that Jain concepts could enhance understanding of areas still unknown in particle physics like dark matter and provide insights into other scientific domains.
Sanjay Dubey has obtained multiple degrees including a Bachelor's in Chemical Engineering from India, and Master's degrees in Nuclear Engineering from institutions in France and Germany. His education has focused on subjects like physical chemistry, nuclear physics, radioprotection, and geochemical modeling.
He has work experience in areas like materials characterization, process engineering, molecular modeling, chemical waste treatment, and reactive transport modeling. His skills include the use of modeling software, laboratory techniques, and proficiency in English.
His motivations include working in nuclear waste management, particularly the planning and safety assessment of deep geological repositories. He is interested in applying his chemistry background and experience with molecular modeling to better understand processes like radionuclide migration.
Here are the steps to find the focal length of each lens:
1. Convex (converging) lens:
- Hold the lens and shine a laser through it. The laser will converge to a point. Measure the distance from the lens to this point. This is the focal length.
2. Concave (diverging) lens:
- Hold the lens and shine a laser through it. The laser will diverge after passing through the lens. Continue moving the laser away from the lens until you find the point where the diverging laser rays appear to converge to a point. Measure the distance from the lens to this point. This is the focal length.
3. Record the focal length of each lens
The document provides information on a materials science course taught by Danyuo Yiporo. It includes the instructor's contact information, rules and regulations, teaching strategies, course assessment details, course content outline, and recommended textbooks. The course will use lectures, tutorials, assignments, quizzes, tests and exams to teach topics like atomic structure, crystals, alloys, properties of materials, and different classes of materials.
The document discusses Maria Goeppert Mayer's work in physics and her contributions to the field. It then lists various branches of physics and prominent physics research institutes in India, providing details on the research areas of some key institutes.
This document provides a curriculum vitae for Thomas Roussel, including his education, positions held, research interests, publications, and other qualifications. It can be summarized as follows:
Thomas Roussel holds a PhD in Materials Science from Université de la Méditerranée. He has held postdoctoral positions in Spain and the US, and is currently a researcher at ICMAB-CSIC in Barcelona. His research focuses on molecular simulation of adsorption and diffusion in nanoporous materials like zeolites and carbon nanotubes. He has over 20 peer-reviewed publications and has received several awards and research grants for his work.
Yean-an Liao has a Ph.D. in Applied Physics from Rice University and over 10 years of experience in optics, lasers, and atomic physics. His research focuses on experimental atomic physics, spectroscopy, and precision measurements. He has published over 10 papers including in Nature, Science, and Physical Review Letters on topics related to ultracold atoms, Fermi gases, and laser technology.
Effect of Swift Heavy Ion irradiation on Optical properties of Poly vinyliden...ijtsrd
The document discusses swift heavy ion irradiation of poly vinylidene chloride (PVDC) films and its effect on optical properties. Key points:
1) PVDC films were irradiated with lithium ions at fluences ranging from 1x1011 to 3x1012 ions/cm2. UV-Vis spectroscopy showed a shift in the optical absorption edge towards lower energies, associated with a decrease in the optical band gap.
2) A noticeable characteristic peak was detected in samples irradiated at the highest fluence, likely due to electronic transitions in compounds containing chlorine.
3) Structural changes induced by ion irradiation, such as main chain scission and formation of carbonaceous clusters and double bonds
This document lists the author's awards, scholarships, publications, patents and conference presentations. It shows that the author has received several best presentation awards between 2009-2012 from various conferences for work related to near-field scanning optical microscopy and nano-materials characterization. The author has also received scholarships from Inha University from 2008-2010. The document lists 14 peer-reviewed journal publications and 14 patents by the author. It also lists 24 international conference proceedings with presentations by the author on topics related to nano-optics and nanotechnology.
This E-nano Newsletter special double issue
contains the updated version of the nanoICT
position paper on Carbon Nanotubes (CNTs)
summarising state-of-the-art research in this field
as well as a description of the possible electrical,
electronic and photonic applications of carbon
nanotubes, the types of CNTs employed and the
organisations or groups that are most proficient
at fabricating them.
In the second paper, the Nanoelectronics
European Research Roadmap is addressed
focusing on the main European Programmes
supporting the short, medium and long-term
research activities.
This issue also contains a catalogue (insert),
compiled by the Phantoms Foundation
providing a general overview of the
Nanoscience and Nanotechnology
companies in Spain and in particular the
importance of this market research,
product development, etc.
We would like to thank all the authors
who contributed to this issue as well as
the European Commission for the
financial support (project nanoICT No.
216165).
Dr. Antonio Correia
Editor - Phantoms Foundation
www.phantomsnet.net
This document lists the speaker's awards, scholarships, publications, patents, and conference presentations. It shows that the speaker has received several best presentation awards between 2009-2012 from conferences in Korea and internationally. They have also received scholarships from Inha University from 2008-2010. The speaker has 14 pending patents and over 20 peer-reviewed journal publications. They have presented their work at numerous international conferences between 2011-2012.
Paper Biology 280 S Minireview Advances In Cancer Detection And TherapeuticsJoshua Mendoza-Elias
Abstract:
Nanotechnology is a field that has made significant advances in the engineering of technologies that allow earlier detection and treatment of disease – specifically cancer. In the modern era, these technologies define the emerging field of nanomedicine and seek to redefine detection and treatment with the promise of more effective, sensitive and cost effective high throughput systems. Compared to conventional treatment options, these next generation cancer therapeutics also seek to overcome the invasiveness of surgery, chemotherapy, radiotherapy, immunotherapy, and hormonal therapy. These technologies include nanoshells, quantum-dots, ultraoxide particles, DNA microarrays, liposomes, dendrimers, and fullerines. Highlighted in this paper, microwires and microcantilevers (“biofinger”) show promise in becoming multiplex platforms (“Labs on a chip”) that detect a variety of biological markers at low concentration in real time. In addition, DNA based diagnostic computer constructs (DNAdc) that release therapeutic nucleic acid sequences in a gene expression specific manner will be highlighted as well. The potential for a wide range of clinical applications to disease, including cancer, makes a basic understanding of the field of nanomedicine important to the biomedical sciences. In addition, nanomedicine will have a huge impact in developing a repertoire of nano-based therapeutics for other diseases.
Keywords: “Biofinger”-lab on a chip, DNA diagnostic computer construct (DNAdc), DNA microarrays, nanoshells, quantum-dots, ultraoxide particles, liposomes, dendrimers, fullerines, single wall carbon nanotubes (SWNT).
You are 15 years old. Imagine walking into a hip emporium that inspires you to be curious and energizes you to succeed at a career. You sit down and play games; learn how to build games, 3D worlds and simulations; or just chat with like-minded friends about the future. The entire experience is about helping you "visualize" your science and engineering career exploration. In a "design team setting" you "play" roles ranging from 3D modeler to aerospace engineer.
IncredibleMinds goes beyond college guidance and occupational information to address the entire process of STEM career assessment, exploration and action planning necessary to help minority youth find STEM careers that fit their skills, interests, personalities, and developmental needs. New educational solutions need to be relevant and valuable to industry as well as relevant and valuable to youth (National Association of Governors, 2006). The key to the future of education is leveraging current investments in entertainment software and industry technologies.
We use commercial video games as the conceptual bridge to “playing” with industry simulation and modeling tools. Modeling and simulation tools are the immersive environments that our next-generation engineers and scientists must master. These tools provide the means to design and build engineered systems as well as to investigate and visualize complex scientific phenomena. The modeling and simulation industry is a $6 billion U.S. industry that is central to innovation in high-growth industries and the advancement of scientific discovery. Today, Congressional and industry leaders consider the modeling and simulation industry a "national critical technology.” According to Dr. Edwin Crues, NASA Constellation Program Modeling and Simulation Architect, “We cannot have an active and vibrant space program without an active and vibrant modeling and simulation community to support it.”
The exam will consist of multiple choice, short answer, and problem sections over 2 hours. Students can bring 1 note card of handwritten notes. The exam will focus more on chapters covered in depth like Newton's laws of motion and less on briefly covered topics like electricity. Students should review old tests, notes, labs, and selected textbook questions listed to prepare. The textbook questions are grouped by type and the group A problems have answers in the back. The last 2 class days will be review with 1 day for a Study Island assignment worth 50 points due at winter break start.
This document provides information about the 8th grade physical science course taught by Mrs. Mary Enright at Cupertino Middle School. It outlines her educational background and contact information. The curriculum covers scientific skills and concepts in physics including forces, motion, and astronomy. Additional topics include properties of matter, chemistry, electricity and magnetism. Student work will be graded based on scientific skills, practice, and final demonstrations of knowledge. Edmodo and Pinnacle will be used to communicate assignments and grades. A back to school night will be held on September 5th.
This document outlines classical molecular dynamics simulations. It discusses using force fields to model molecular interactions and integrating equations of motion to simulate molecular motion. Molecular dynamics simulations allow studying processes such as protein folding but are limited by timescale. Ensembles, thermostats, and barostats control temperature, pressure and allow sampling different conditions. The document highlights challenges in achieving longer timescales and higher accuracy simulations.
Next Generation Science Standards and STEM DataNWEA
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The Next Generation Science Standards and STEM Data
Roy Beven, Carolyn Frost, and Velma Itamura, Science Content Specialists, NWEA
Fusion 2012, the NWEA summer conference in Portland, Oregon
The expectations for student learning in K-12 science and engineering are about to drastically change. A majority of states are leading the development of the Next Generation Science Standards (NGSS) in partnership with Achieve, Inc. This presentation highlights some of the major changes and the data needed to monitor student understanding of the NGSS in the years to come.
Learning outcome:
- Review the draft Next Generation Science Standards focusing upon the major changes.
- Develop an understanding of student discourse during the practice of science and engineering.
- Make recommendations for future MAP Science assessments to gather STEM data
Audience:
- New data user
- Experienced data user
- Advanced data user
- District leadership
- Curriculum and Instruction
What's So Interesting About AMO Phyiscs?Chad Orzel
A talk given at the 2011 meeting of the Division of Atomic, Molecular, and Optical Physics (DAMOP) of the American Physical Society, summarizing recent and exciting results in AMO physics being presented at the meeting.
Using Sakai to research and enhance small group teaching in Plant SciencesKaty Jordan
The document describes a project at the University of Cambridge aimed at developing learning approaches and resources to enhance the effectiveness of small group teaching in plant and microbial sciences. It involves a multi-method study to identify areas for development, including surveys, focus groups, and interviews. Resources created using Sakai include research wikis, exemplar essays, self-tests, lecture notes, additional materials like videos and podcasts, and tutors' wikis. The goal is to leverage these online tools to encourage changes in teaching practices at the university.
Introduction (Part I): High-throughput computation and machine learning appli...Anubhav Jain
High-throughput computation and machine learning applied to materials design
The document discusses how high-throughput density functional theory (DFT) calculations and materials databases can help address the challenge of discovering new materials. DFT calculations are automated and run in parallel on supercomputers to rapidly screen large numbers of potential materials. This generates huge datasets that are compiled into online materials databases for the community to access and reuse. However, DFT has limitations in accuracy and certain properties remain difficult to model. Data mining approaches are discussed that apply machine learning to these large datasets to help guide materials discovery and design.
1. Physics refers to the study of the physical world using basic concepts, equations, and assumptions to describe phenomena and make predictions. Basic physics principles are applied to tools, appliances, buildings, and inventions.
2. Physics has an interdisciplinary nature and is the basis for many fields like optics and lasers, solid state physics, thermodynamics, classical mechanics, electronics, and more. It describes relationships between motion and forces, light-matter interaction, energy distribution, and fundamental particles and forces.
3. Physicists can work in universities, research institutes, government labs, hospitals, private research facilities, and various industries like defence, aerospace, electronics, health, food and more. Prospect
The document discusses particle physics and compares it to concepts in Jainology. It summarizes current knowledge in particle physics including the three families of elementary particles - quarks, leptons, and gauge bosons. It outlines future areas of research in particle physics like determining particle masses and the nature of dark matter. The document then explains similar concepts in Jainology like paramanu being the most fundamental particle and that Jain concepts could enhance understanding of areas still unknown in particle physics like dark matter and provide insights into other scientific domains.
Sanjay Dubey has obtained multiple degrees including a Bachelor's in Chemical Engineering from India, and Master's degrees in Nuclear Engineering from institutions in France and Germany. His education has focused on subjects like physical chemistry, nuclear physics, radioprotection, and geochemical modeling.
He has work experience in areas like materials characterization, process engineering, molecular modeling, chemical waste treatment, and reactive transport modeling. His skills include the use of modeling software, laboratory techniques, and proficiency in English.
His motivations include working in nuclear waste management, particularly the planning and safety assessment of deep geological repositories. He is interested in applying his chemistry background and experience with molecular modeling to better understand processes like radionuclide migration.
Here are the steps to find the focal length of each lens:
1. Convex (converging) lens:
- Hold the lens and shine a laser through it. The laser will converge to a point. Measure the distance from the lens to this point. This is the focal length.
2. Concave (diverging) lens:
- Hold the lens and shine a laser through it. The laser will diverge after passing through the lens. Continue moving the laser away from the lens until you find the point where the diverging laser rays appear to converge to a point. Measure the distance from the lens to this point. This is the focal length.
3. Record the focal length of each lens
The document provides information on a materials science course taught by Danyuo Yiporo. It includes the instructor's contact information, rules and regulations, teaching strategies, course assessment details, course content outline, and recommended textbooks. The course will use lectures, tutorials, assignments, quizzes, tests and exams to teach topics like atomic structure, crystals, alloys, properties of materials, and different classes of materials.
The document discusses Maria Goeppert Mayer's work in physics and her contributions to the field. It then lists various branches of physics and prominent physics research institutes in India, providing details on the research areas of some key institutes.
The document provides information about Biju Patnaik University of Technology in Odisha, India. It includes the course structure and syllabus for the 1st year B.Tech program for the 2008 admission batch. The 1st and 2nd semesters include subjects like Mathematics, Physics, Chemistry, Basic Electronics, Thermodynamics, and Programming in C. The syllabus and lab experiments for subjects like Chemistry, Physics, and Programming in C are also outlined.
The document provides information about Biju Patnaik University of Technology in Odisha, India. It includes the course structure and syllabus for the 1st year B.Tech program for the 2008 admission batch. The 1st and 2nd semesters include subjects like Mathematics, Physics, Chemistry, Basic Electronics, Thermodynamics, and Programming in C. The syllabus and lab experiments for subjects like Chemistry, Physics, and Programming in C are also outlined.
The document provides information about Biju Patnaik University of Technology in Odisha, India. It includes the course structure and syllabus for the 1st year B.Tech program for the 2008 admission batch. The 1st and 2nd semesters include subjects like Mathematics, Physics, Chemistry, Basic Electronics, Thermodynamics, and Programming in C. The syllabus and lab experiments for subjects like Chemistry, Physics, and Programming in C are also outlined.
The document provides a syllabus for the Ph.D. entrance test in biochemistry. It covers 12 major topics: 1) Cell structure and organelles, 2) Biochemistry of tissues, 3) Principles of toxicology, 4) Microbial processes, 5) Immunology, 6) Enzyme kinetics and regulation, 7) Protein and nucleic acid structure, 8) Metabolism such as glycolysis and TCA cycle, 9) Biosynthesis of compounds, 10) Bioenergetics, 11) DNA and evolution, 12) DNA replication, transcription and RNA processing. The syllabus outlines the key concepts and processes to be covered in the biochemistry discipline for the entrance examination.
This study divided animal bones into segments, cut them with different saws, and burned them to analyze saw kerf patterns under microscopy. Bones from a cow, horse, and elk were each cut once with a circular, reciprocating, or hand saw, creating 16 samples total. The samples were burned at an average temperature of 476.2°C for 5 minutes then analyzed under a stereomicroscope and scanning electron microscope. Microscopy revealed clearer saw kerf patterns and fractures under the SEM compared to the stereomicroscope. Energy dispersive X-ray analysis also showed differences in elemental composition between kerf flooring and bone surface.
The memo discusses challenges facing the Green Bay High School Science Department and possible directions for the science curriculum. It summarizes recent changes made due to time constraints, including dropping internally assessed standards. It also discusses the need to provide students more time to assimilate course material and for practical science experiences. Finally, it proposes exploring a new educational paradigm centered around student access to online information and resources to support a more eclectic, non-linear learning experience in science.
Similar to Centre for Interdisciplinary Science Contributors Lunch 2013 (20)
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
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Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Leveraging Generative AI to Drive Nonprofit InnovationTechSoup
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Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
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Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
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তাই একজন নাগরিক হিসাবে এই তথ্য গুলো আপনার জানা প্রয়োজন ...।
বিসিএস ও ব্যাংক এর লিখিত পরীক্ষা ...+এছাড়া মাধ্যমিক ও উচ্চমাধ্যমিকের স্টুডেন্টদের জন্য অনেক কাজে আসবে ...
Beyond Degrees - Empowering the Workforce in the Context of Skills-First.pptxEduSkills OECD
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How to Manage Your Lost Opportunities in Odoo 17 CRMCeline George
Odoo 17 CRM allows us to track why we lose sales opportunities with "Lost Reasons." This helps analyze our sales process and identify areas for improvement. Here's how to configure lost reasons in Odoo 17 CRM
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In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
3. The Core Teaching Team
Professor Derek Raine – Director
Research background: relativity, quantum gravity, complex systems
Teaching awards: MBE, NTF, IOP Bragg Medal,
Dr Cheryl Hurkett (Physics TF)
Research background – gamma ray bursts;
Teaching awards - PGCHE (distinction)
Dr Dylan Williams (Chemistry TF) Dr Sarah Gretton (Biology TF)
Research background – metal nanoparticles Research background – cellular biology of
Teaching – University of Leicester award hepatitis C virus
Teaching awards- PGCHE (distinction)
Dr Catarina Fernandes (Geology TF)
Research background– spectroscopy of asteroids
Emma Tebbs (GTA, EOS)
Research – Remote Sensing in East African
Paul Abel (Mathematics TA) River Basins
Research – Black Holes Teaching award – University partnership
Teaching award - University partnership
4.
5. Awards and distinctions
Cheryl & Sarah: PGCHE distinctions
Paul and Emma: University partnership awards
Green Gown award nomination
(Victoria Robinson)
Sarah: The Innovative Re-use of a Virtual Genetics Laboratory - 100 European
micro innovation practices: sharing evidence of successful integration of ICT in
learning processes.
Project support (~£50K)
BioSciences Centre: Sustainable Futures (Sarah)
HESTEM: Conceptual Understanding in Physics
How to build a solar system (Caterina)
HEA: Teaching Fellows Forum & Workshop (Cheryl)
LeAP PBL Summer workshop
RSC: PBL development (Dylan)
7. Key Features
• Research based learning
A scaffolded PBL approach with teaching shared
systematically between teaching fellows, academic staff, & TAs
Problem
• Electronic delivery of
Reading, Academic
materials and marking Group
discussion
Expert
sessions
staff
• Sequential core modules Teaching
Fellows
• Keller plan (competency
Facilitated
Tutorials
Discussion
based) Mathematics support Exercises
8. The IScience modules: structure and progression
SCALE
Year Prophets and Science of the Braining IT Biosphere Near Space
D Powers Invisible
1
E Earth and
The Origins Atoms, Neurons and
P Computation Ecology Sun
of Molecules
T
Science and Cells
H
Year Time and Energy Molecules by CSI Man and Habitable
Design Leicester Machines Worlds
2
Dynamics Organic The
and Chemistry Forensic Biophysics & Universe
Thermo- Science Physiology and Life
dynamics
Year Nanoscience Communication Earth
Science through
3 Time
Materials Electromagnetic
and & chemical Evolution Climate
Organelles signalling
In each year the module topics range over scales from microscopic to macrocosmic.
Each year takes these topics to a deeper level.
9. The IScience modules – discipline topics
Yr Water in biology Cell structure Neuro- Ecology Atmospheric
Main group Biological physiology chemistry
1 chemistry molecules Spectroscopy
Minerals Chemical Quantisation –
Astronomy bonding Vibrational
Forces Solid state & energy levels
Radioactivity Organic Earth’s interior
chemistry Computability Radiation
Thermal Physics Magnetic fields
Yr Chemical Enzymes Genetics Physiology Molecular biol.
kinetics Organic Analytical Metabolism Biochemistry
2 thermodynamics Synthesis chemistry Planetary
Rigid body evolution
Newtonian Chemical Electrostatics dynamics
dynamics characterisation Optics Fluid flow Gravity
Diffusion Stellar evolution
Yr Cell molecular Cell signalling Population genetics Stratigraphy
biology Sensory Human evolution Paleoclimate
3 Nanochemistry physiology Developmental
Earth systems
Quantum physics Biochemistry biology
Solid state Electromagnetic Palaeontology Chemical
Magnetic waves, Optics markers
materials
The topics in each discipline fit together to form a coherent programme in scope and level.
12. The Academic Review
In Dec 2011 IScience was subject to academic review as a
separate entity.
The main recommendations of the review were:
• The Centre for Interdisciplinary Science to be separated
from Physics as a Centre within the College
• Expansion of the programme as an elite programme to
compete with Natural Sciences programmes in comparable
institutions
• Change of name of the degree (but not the Centre) to
Natural Sciences
• The Centre to aim to achieve a research capacity
15. Programme enhancements
• Advanced study: additional options for discipline
-based study
• Science in Context: the student internet research
journal
• Computing: R and Python
• Iscience Research seminars
IScience Society Research
Seminars
16. Outreach 1
1. How to build a solar system
- physics, chemistry, geology, biology
Developed by Caterina Fernandez & Rebecca Wilson with an HESTEM grant
In year 1: 1880 students, 303 teachers, 550 public (ex National Big Bang event)
Natural Sciences & Physics
60 -70 students a year
4 days of workshops, projects, labs and
lectures
17. Outreach 2
An evening with….
A novel approach to public outreach talks
… provides a unique opportunity to meet distinguished University
of Leicester scientists answering questions about their research. The sessions will
take the form of an illustrated interview with most of the questions coming from the
audience. The topics range from space science to nanotechnology. Questions can
range from historical and technical issues to applications and career opportunities.
Primarily designed for teachers to find out more about current science, the sessions
will also be of interest to sixth form students thinking of a career in science.
18. Conferences, Invited Talks
HEA STEM (London) Iscience at the AAAS
HE STEM, Birmingham
IOP London
PHEC + Variety in Chemistry, Edinburgh
Society for Experimental Biology learning / teaching /
research symposium 2012
Consultancy
Simon Fraser University, Vancouver
National University of Ireland, Galway Teaching the Key Points of
University of New South Wales Integration
Interdisciplinary Science
Interdisciplinary Science represented at an invited panel
Hosts an International discussion during the AAAS
Conference on Open annual meeting Feb 2012
Questions on the Origin of Vancouver
Life, John Foster Hall, May
2012
19. Projects
Publications from undergraduate projects:
Sea ice extent and seasonality for the Early Pliocene northern Weddell Sea
Mark Williams, Jan Zalasiewicz, Daniel R. Jarram, et al.
Palaeogeography, Palaeoclimatology, Palaeoecology, 292 (1–2), 2010, 306–318
2011
The Effect of Lifestyle, Gender and Ethnicity on the Fingerprint Sweat Corrosion
of Brass
2012
A Database Of Apoptosis Gene Mutations: The Development of a Locus Specific
Database Comprising Variants of Four Trail Receptors
The Effect of Temperature on the Visibility of Fingerprint Deposits on Metal
Using Digital Colour Mapping
20. Exchange and Kenya project
McMaster Exchange Students spend a semester or a year in the ISci program
at one of North America’s leading Universities as part of
their degree
McMaster students in Leicester:
2011-12: 1 full year; 2 x one semester
2012-13: 3 x one semester
Leicester students in McMaster
2012-13: 1 x semester; 3 x full year
Sustainable Livelihoods field project
Vacation project work in Kenya