Applying Final Year Physics Project during Lincolnshire SCITT Internship

Recently two of our Physics with Philosophy BSc students Jodie and Olivia have completed a teacher trainings internship in a Lincolnshire school, where she delivered a lesson based around an experiment from her third year undergraduate dissertation project. Read more about their experience (written by Jodie) below.

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When the Lincolnshire SCITT (School centred initial teacher training) came to talk about their internship, I didn’t expect to be able to use my final year physics project during the internship to take a lesson in a school.

The internship allows undergraduate students to see what teaching would be like in their chosen subject, in my case Physics. Consisting of three weeks in a school, the internship provided opportunities to observe lessons, act as an informal teaching assistant and the chance to take a lesson. I was placed with fellow student Olivia at William Farr C of E school in Welton. The staff in the science department were eager to provide as many experiences and insights into the teaching life as possible, which without their open support and encouragement, we would never have had such an immersive and rewarding experience.

Returning to the subject of university however, my final year project was called “Visualising Acoustic resonance with lasers”. The brief was to design an outreach activity for A-Level students to teach them about the physics concepts involved in a particular experiment, linking elements of the A-Level curriculum to the activity in order for students to apply the knowledge attained in the classroom to a fun alternative experiment. The experiment in question consisted of a small mirror adhered to an elastic membrane to which reflected a laser onto a nearby wall. A speaker was placed under the elastic membrane so that when frequencies were played the membrane would vibrate and cause the laser to create visual patterns on the wall.

With the opportunity to take a lesson during the internship, it was the perfect moment to put the project to the test.

Ultimately the project wasn’t used with A-Level students and instead with a lively Year 7 class. They provided Olivia with the opportunity to introduce the basic concepts and terminology of waves before handing over to me to take them through the outreach activity I had amended in line with a KS3 Science textbook borrowed from one of the Physics teachers.

The students were very enthusiastic and had lots of questions to ask. At the end of the lesson, the students filled out feedback sheets which asked them if they enjoyed the activity, what they had learnt and what they would improve. I’m pleased to say that all students selected yes for the first question (thankfully) and they were all able to state something they had learnt, so we must have done something right! As for their suggestions for improvements they were all very kind and creative in their ideas and provided lots of food for thought going forward.

Exploring the Molecular Machines within: a Fantastic Voyage

Maths & Physics News

Physics Christmas Lecture 2015

Dr Danilo Roccatano

Lincoln School of Mathematics and Physics

Wednesday 16th December 2015

at 3.30 pm

EMMTEC Lecture Theatre, Brayford Pool Campus, University of Lincoln

Eventbrite - Physics Christmas Lecture in Lincoln

To see a World in a Grain of Sand
And a Heaven in a Wild Flower,
Hold Infinity in the palm of your hand
And Eternity in an hour.

William Blake, Auguries of Innocence

Roccatano 2015

Nature is a great source of inspiration and emulation for scientist and engineering, and the continuous advance in the knowledge of the complex machinery of life is producing profound impacts in the modern societies. Life, in the form that we know, definitively exploited what we now call “nanotechnology” to emerge. Living cells are crowded of fascinating molecular machines with a large variety of functions not yet completely explored. Nature as a blind and patient engineer builds these machines without a blueprint but using the evolution…

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Soft Matter in Rome

Rome_SM

Centre for Computational Physics

On 15-19 September 2013 Manuela, Marco, and Andrei participated in the worlds largest International Soft Matter Conference 2013 held at Sapienza University of Rome. The conference was the 3rd of its kind, which takes place every 3 years. It covered topics of Biological Soft Matter, Colloids, Dynamics of complex fluids, Membranes, Polymers, Self-assembly, Surfaces and interfaces, and Soft Nanotechnology.

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Visit by Nobel Laureate

iNano

On 11 and 12 of July Professor Sir Harold Kroto FRS, Nobel Prize in Chemistry (1996), has visited UCLan and officially launched UCLan’s new Institute of Nanotechnology and Bioengineering. He unveiled the official plaque for the Institute after delivering  a fascinating public lecture.

Professor Kroro attended several presentations by young researchers of the Institute and gave a couple of short presentations on promoting new ways of student presentations using the most modern development such lectures on  the Internet. At the end of his visit he attended UCLan graduation ceremony and received UCLan Honorary Fellowship.

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Distinguished Visitor Public Lecturer: “The Art of Science; the Science of Art”

iNano

by Dr. Johan R. C. van der Maarel

Associate Professor in Biophysics
Department of Physics
Faculty of Science
National University of Singapore

on Monday, 13th May 2013 in Darwin Lecture Theatre, UCLan, at 19:00vermeer_necklace

It often seems the worlds of science and art are unrelated: Logical truth versus emotional imagination. Still, science and art have much in common. Science has caused paradigm shifts in artistic expression and art is used for engineering design and communication of scientific knowledge.

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Flat organic molecules on Au(111) surface

Centre for Computational Physics

by Dr Manuela Mura

Centre for Materials Science Research Colloquium

Wednesday 20th of February 2013 at 13:00

Foster Building Lecture Theatre 3

Abstract: The phenomenon of self-assembly of atomic and molecular superstructures on crystal surfaces is attracting an increasing interest in nanotechnology. Self-organised nano-templates, where the self-assembled monolayer traps other molecules with selected functional properties, can be used to build large nanoscale structures. Self-assembled superstructures can form chiral domains ranging from 1D chains to 2D monolayers.

There have been many scanning tunneling microscopy (STM) studies of self-assembly of melamine, perylene tetra-carboxylic di-imide (PTCDI) or perylene tetra-carboxylic di-anhydride (PTCDA) molecules on the Au(111) and Ag/Si(111) surfaces. STM images of these networks do not reveal the exact details of the intermolecular bonding and the network growth. Therefore theory can help to determine the exact atomic structure of these networks.

We present a theoretical study of self-assembly of molecular networks formed by…

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My experience as a NoWNANO DTC student

Centre for Computational Physics

CPG seminar

5 th December, 2012, at 15:00 in Foster Cinema

Christine Stokes (The University of Manchester)

Christine’s talk will consist of 2 parts:

Part 1: My experience as a NoWNANO DTC student.

After a very short questions and answers session she will continue with

Part 2: Simulations of bent core molecules using molecular dynamics.

Liquid Crystals are a state of matter that lies between the classical liquid and solid state. What defines a liquid crystal is the long-range orientation order similar to a solid and the ability to move translationally like a liquid, which provides the ability to change their configuration. There are numerous types of liquid crystals that each have individual properties. Commonly known liquid crystals are nematic, which has a common orientation but no positional ordering, and smetic, which has a common orientation and positional ordering in one direction and random orientation in the other directions. Due…

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Bond, Space Bond

Chemistry World, September 2012, page 26.

Absolutely new type of bond between atoms in a molecule is theoretically predicted to exist in strong magnetic fields generated by white dwarf stars. On Earth effect of magnetic field in atomic bonding is very small, effectively zero, but in the vicinity of  white dwarf stars magnetic forces become comparable in magnitude with electrostatic forces in molecules. Complex calculations were performed for hydrogen molecules. Read more about in September 2012 issue of Chemistry Word or listen to a podcast.