robbell on livestream.com. Broadcast Live Free
Wednesday, 25 July 2012
STILL PAINTING: Rob Bell On Failing
A video from LiveStream of an evening where Rob Bell is speaking about failing ... and laughter.
Monday, 9 July 2012
Caversham Festival 2012
Caversham Festival 2012 was organised by Readipop - a music and arts charity based in Reading - with support from Churches Together in Caversham (CTC), as well as the many Caversham traders and small businesses who set out their stalls, literally, as part of the event. There was lots of music from local bands; the churches ran sports-themed activities, plus a couple of ginormous inflatable bouncy-castle-type-thingies, and started the festival with an open air service; and the stalls either sold stuff or sought to get people involved in their activities. It all felt very much a Caversham community event. I don't know how many people turned up - between showers and Murray in the Wimbledon final - but there seemed to me to be a real bustle about the place.
Unfortunately (in an entertaining way) when the churches set up a quiet tent in their area, presumably to give people a chance to chill out away from that bustle, they put it right next to the children's activity/sports area. It was the noisiest 'quiet tent' I have ever seen.
Since all the bands were local (apart from one import from far-flung Bristol) their quality was very much an unknown (apart from Amy's Ghost). On the other hand, with three different stages there was a good choice. Unfortunately I was programme-selling when Nicki Rogers played her set - I'm told she was very good; we saw her many years ago when she was just starting out and she was impressive then.
After I finished my stint, and had wandered past a couple of acts that really didn't appeal, I came across Private Jet on the Main Stage. Very Zeppelin-esque rock (my daughter hated the singer's seventies-style open sequinned top) played extremely well. Definitely a band I'll be looking out for in the future - I've 'liked' them on Facebook so hopefully I'll be notified of upcoming local gigs.
After Private Jets finished I wandered over to the Festival Stage to catch the end of the Subverts' set. The band were described as 'pop rock' so my expectations were low; it was a pleasant surprise to find really lively, well-performed, indie-style rock music. To be fair, they did play catchy tunes with lots of energy, so 'pop rock' really is a decent description - it's not their fault that the label is also applied to inferior bands.
Then I was back to the Main Stage for Amy's Ghost. Lots of percussion, keyboards and cellos combine with Amy Barton's distinctive vocal style and beautifully-crafted songs to give a remarkable and enjoyable performance which I can't even begin to pigeon-hole.Your best bet is to click on the video at the top of this post to see a slightly out-of-date glimpse of them live. Very entertaining, the show even came with its own post-modern, deconstructionist moment when the keyboard/percussionist threw a drum off the stage and moved over to one side before carrying on giving it welly.
By this point I was getting very tired, so I wandered around a bit trying to find my teenage daughter, whilst enjoying Dead Maids' music coming from the Festival Stage and what I assume, from the timing, was Dolly and the Clothes Pegs on the Floating Stage. I finally found her in the littley's play area, sitting on a dragon. She wanted to stay chatting so I headed home, thoroughly knackered but having had a good day.
Monday, 25 June 2012
Jimmy Carr & Financial Advisors
I wonder if one of the great divides in modern society is between those who believe that paying taxes is an unreasonable burden to be avoided by any means possible, and those for whom taxes are their contribution to the society in which they live and work.
For example, according to Stephen Pollard, writing in The Express:
Let me be blunt: only a fool would pay more tax than he has to. The Government sets the rules and the rest of us follow them. Who would choose to hand over more money than the law requires?Whereas Channel 4 News reports tweets by comedians Frankie Boyle:
It's ok to avoid tax providing every time you do a joke about a town being shit you add "Partly down to me I'm afraid" under your breath"and John Robins (in response to someone asking ""why is everyone acting as though @JimmyCarr has killed a baby?!"):
Because babies die in underfunded hospitalsJimmy Carr's initial response to his outing as part of the K2 tax avoidance scheme is reported by the Mirror to have been very much in the 'only a fool' tradition:
I pay what I have to and not a penny more.By the following day Carr had changed his approach, as reported in Metro:
'I met with a financial adviser and he said to me "Do you want to pay less tax? It's totally legal." I said "Yes."Hopefully this was a change of heart arising from spending time thinking things through, although cynicism suggests that he may simply have reflected that a comedian with no credibility is unlikely to have any use for tax avoidance schemes, legal, ethical, or otherwise.
'I now realise I've made a terrible error of judgement.'
But what about the financial advisor? Presumably s/he thought they were just doing their job by coming up with wildly unethical ways for their clients to avoid paying their taxes to the government - I guess it 'justifies' the money being paid instead to the advisor. So maybe the advisor feels duty bound to suggest such schemes and the client, knowing little about financial matters - that's why they are paying a financial advisor after all - just thinks "saving a bit of cash, fair enough" and agrees.
As Cliff D'Arcy puts it in the Daily Mail:
Indeed, the tax system is seen as a 'game of cat and mouse' by tax advisers, who get paid very well to find new loopholes as and when HMRC closes old ones.But D'Arcy puts this 'game' into context for the rest of us:
It's reckoned that aggressive tax-avoidance plans such as K2 could be costing the UK as much as £4.5billion a year in lost taxes. That's enough to reduce the basic rate of income tax from 20 per cent to 18.5 per cent overnight.Many years ago, when I earned rather more money than I do now, I had a financial advisor used to visit. Once we'd got past the initial gimmicks she was well-informed and useful: with good advice about how to balance long and short-term savings, for example, and making sure credit cards are paid off in full each month. Nothing terribly special, perhaps, but I learnt a lot which came in handy later when my income dropped fairly drastically. So maybe financial advisors come in two sorts also: those who see their job as being to help their clients ethically and with integrity, and those who just want to get clients and make money.
The difference, incidentally, between ways of reducing tax paid that I consider ethical and those which I do not lies in their contribution to wider society. For example, in the UK an ISA is a way of encouraging individuals to save by reducing the tax paid on interest earned in qualifying savings schemes. They were deliberately set up by the UK government because such savings are seen as being good for the nation as a whole, and they are simple and straightforward in operation. K2, and other avoidance schemes, are none of those.
I started by considering two sides of a great divide on paying tax: those who want to pay their way, and those who want to avoid responsibility. Actually I think there is a third group, probably much larger than either: those who will follow the crowd. Nobody really likes paying tax, but tax is a vital foundation of a functioning society. So either people think it through, coming down on one side or the other of my divide, or they just drift. If Jimmy Carr's 'terrible error of judgement' has the effect of encouraging people to drift towards paying their way in society that would be a useful start.
Wednesday, 20 June 2012
Love The Sinner But Hate The Sin?
The total transformation that occurs within a chrysalis has always amazed me. A caterpillar ties itself up with a little silk, then its whole internal structure is reworked into something totally new. After a period of weeks or months the new butterfly is revealed, yet it is formed from just the same stuff as the old caterpillar - everything is reused except for a little silk and the outer skin. There's a wonderful description of the process, by Dr Lincoln Brower, here.
Comparisons between the caterpillar/butterfly metamorphosis and resurrection have been made before, of course, but these usually involve the thoroughly unbiblical image of some sort of immaterial butterfly casting off the shackles of material existence to fly free into heaven. It's a pretty image, and I can see why those who just want to escape from the world might like it. The God of the Bible, though, isn't interested in helping us escape from the world, he wants to renew the world, and us as well.
Jesus was the first true resurrection and he is the model for how it works. After he had been raised his tomb was empty and he was recognisably and physically human ... although changed in some odd way, maybe best described as more than human, but never less.
So for us the biggest, most important transformation to look forward to at resurrection is not the change to our bodies, but the change to our hearts and minds. That is where we will soar like a butterfly, rather than an earthbound caterpillar - doubtless the new improved body promised will be great (especially for those of us who are middle-aged or more), but renewal starts with the heart.
So why the post title: 'Love the sinner but hate the sin?' - what does that well-known phrase have to do with butterflies?
Over on Jared Byas' blog, he recently wrote a post with this same title (apart from the '?') which got me thinking and commenting to the extent that it became clear I really ought to do my own blog post. The heart of his argument is that the separation between sin and sinner is spurious, and a denial of the embracing power of God's love:
I think a good part of the answer to this lies in the transforming power of the Resurrection. Some churches and churchgoers talk in terms of judgement: God destroying anything that is tainted by evil. Yet resurrection promises transformation: God changing evil to good. It is like the chrysalis: all of the caterpillar is used in making the butterfly, nothing is rejected. So it is that God can see the potential for goodness and beauty in all that we are, even the parts that seem dark and ugly, and so He loves us - all that we are - and sends Jesus to save us, so that we may be made beautifully new.
Comparisons between the caterpillar/butterfly metamorphosis and resurrection have been made before, of course, but these usually involve the thoroughly unbiblical image of some sort of immaterial butterfly casting off the shackles of material existence to fly free into heaven. It's a pretty image, and I can see why those who just want to escape from the world might like it. The God of the Bible, though, isn't interested in helping us escape from the world, he wants to renew the world, and us as well.
Jesus was the first true resurrection and he is the model for how it works. After he had been raised his tomb was empty and he was recognisably and physically human ... although changed in some odd way, maybe best described as more than human, but never less.
So for us the biggest, most important transformation to look forward to at resurrection is not the change to our bodies, but the change to our hearts and minds. That is where we will soar like a butterfly, rather than an earthbound caterpillar - doubtless the new improved body promised will be great (especially for those of us who are middle-aged or more), but renewal starts with the heart.
So why the post title: 'Love the sinner but hate the sin?' - what does that well-known phrase have to do with butterflies?
Over on Jared Byas' blog, he recently wrote a post with this same title (apart from the '?') which got me thinking and commenting to the extent that it became clear I really ought to do my own blog post. The heart of his argument is that the separation between sin and sinner is spurious, and a denial of the embracing power of God's love:
If we don’t accept that deep down we are still sinners and that sin is a part of our identity and yet Jesus still loves us, then we will keep naively and unintentionally hurting a lot people. By definition, sinners have sin as a part of who they are. So if you use this cliché, what you really mean is that I will love this part of your life but I will hate that part of your life. Or should I say, that’s often what people hear you saying. And you wonder why people find Christians judgemental and not very Christ-like? ... We are all sinners. We are all sin. We are all loved. All of us.Jesus once said that the things we do and say come out of our hearts, from who we are. So separating 'sin' from 'sinner' is indeed spurious. So how can God love us (and our neighbours)? Does God love sin?
I think a good part of the answer to this lies in the transforming power of the Resurrection. Some churches and churchgoers talk in terms of judgement: God destroying anything that is tainted by evil. Yet resurrection promises transformation: God changing evil to good. It is like the chrysalis: all of the caterpillar is used in making the butterfly, nothing is rejected. So it is that God can see the potential for goodness and beauty in all that we are, even the parts that seem dark and ugly, and so He loves us - all that we are - and sends Jesus to save us, so that we may be made beautifully new.
Labels:
blogs,
butterfly,
chrysalis,
clichés,
God,
Jesus,
love,
metamorphosis,
renewal,
resurrection,
sin,
wholeness
Saturday, 16 June 2012
Wave Particle Duality For Beginners
I started off trying to do a post about determinism, and it's religious equivalent, predestination. But I soon found I was having to spend too many words trying to describe wave-particle duality and quantum uncertainty, so I'll try hiving that off into this post. So here we go, one of the deepest, most mysterious and least understood areas of modern physics, explained for the intelligent non-scientist in a little under 750 words! And a jolly nice picture of a t-shirt to boot.
So, what's wave-particle duality all about? Essentially it just says that things (more later about what 'things') sometimes act like a waves - spreading out, reflecting, refracting, diffracting, interfering with other waves, that sort of thing - and sometimes act like particles, travelling in straight, narrow lines, bouncing off one another, and so on, rather like billiard balls (or pool balls).
Victorian-era scientists 'knew' that light was a wave and that atoms and electrons were particles. They also 'knew' that the job of scientists was pretty much over, as all scientific principles had been discovered ... this was before electronics, before the nuclear atom, before relativity, before television. It's amazing what people 'know' sometimes. Around about a century ago several (mostly young) scientists spoilt the party by discovering that the world is a lot stranger than anyone had realised.
A guy called Max Planck threw the first spanner in the works by showing that when a body (such as the filament of a light bulb) emits light, it does so in discrete lumps, known as photons, whose energy depends only on the frequency of the light. Then Albert Einstein showed that when light was absorbed by metal, kicking out an electron in the photoelectric effect, it was also absorbed in photons. Essentially light is created as particles, travels in waves, and is absorbed as particles again. This was revolutionary and took a long time to be accepted. Nevertheless, when the experiments were carried out that is what they showed: light behaves as waves in some circumstances but as particles in others.
Particles rule okay? Well, no, not really. A few years later, Neils Bohr - who didn't actually believe in photons - showed that electrons in an atom orbit around a dense, positively charged, central nucleus, but they can only do so in certain discreet orbits. So the electron can't zoom around any old where. Years later Louis de Broglie showed that these allowed orbits could be explained if the electrons behaved like waves which were only stable if their orbit was a whole number of wavelengths. I.e. at the end of one orbit around the nucleus the wave function was exactly back where it started. He generalised this to say that all moving particles can be described as matter waves, a hypothesis which was later demonstrated to be true when electrons were fired through a diffraction grating, resulting in a wave interference pattern. So, electrons, amongst other things, behave as particles in some circumstances but as waves in others.
All very well and good, but where does determinism come into it? Well, the essence of determinism is that the laws of nature are completely predictable: if you could know the exact properties of every entity in the universe at any one time, you could predict their properties at every other time. In other words, determinism says: "everything is fixed and you can't change it".
Erwin Schrödinger and Werner Heisenberg extended de Broglie's work and made it more precise. In doing so they had to deal with a difficulty in the transition from wave-like behaviour to particle-like. A wave is spread out whereas a particle is at a single location. Somehow the wave function of a matter wave must 'collapse' into a particle at a point. They showed that the matter wave acted as a probability distribution: the actual position in which a particle appeared was random, more likely where the matter wave was biggest, less likely where it was smaller, but still essentially indeterminate.
Einstein and de Broglie both hated this randomness; Einstein famously said that "God does not play dice with the universe". The trouble is that as the years go on and as quantum theory becomes more refined and more tested, that fundamental randomness remains. The transition from wave behaviour to particle behaviour is inherently unpredictable.
Our best scientific description of the universe is that its behaviour is not predetermined; there is room for free will.
So, what's wave-particle duality all about? Essentially it just says that things (more later about what 'things') sometimes act like a waves - spreading out, reflecting, refracting, diffracting, interfering with other waves, that sort of thing - and sometimes act like particles, travelling in straight, narrow lines, bouncing off one another, and so on, rather like billiard balls (or pool balls).
Victorian-era scientists 'knew' that light was a wave and that atoms and electrons were particles. They also 'knew' that the job of scientists was pretty much over, as all scientific principles had been discovered ... this was before electronics, before the nuclear atom, before relativity, before television. It's amazing what people 'know' sometimes. Around about a century ago several (mostly young) scientists spoilt the party by discovering that the world is a lot stranger than anyone had realised.
A guy called Max Planck threw the first spanner in the works by showing that when a body (such as the filament of a light bulb) emits light, it does so in discrete lumps, known as photons, whose energy depends only on the frequency of the light. Then Albert Einstein showed that when light was absorbed by metal, kicking out an electron in the photoelectric effect, it was also absorbed in photons. Essentially light is created as particles, travels in waves, and is absorbed as particles again. This was revolutionary and took a long time to be accepted. Nevertheless, when the experiments were carried out that is what they showed: light behaves as waves in some circumstances but as particles in others.Particles rule okay? Well, no, not really. A few years later, Neils Bohr - who didn't actually believe in photons - showed that electrons in an atom orbit around a dense, positively charged, central nucleus, but they can only do so in certain discreet orbits. So the electron can't zoom around any old where. Years later Louis de Broglie showed that these allowed orbits could be explained if the electrons behaved like waves which were only stable if their orbit was a whole number of wavelengths. I.e. at the end of one orbit around the nucleus the wave function was exactly back where it started. He generalised this to say that all moving particles can be described as matter waves, a hypothesis which was later demonstrated to be true when electrons were fired through a diffraction grating, resulting in a wave interference pattern. So, electrons, amongst other things, behave as particles in some circumstances but as waves in others.
All very well and good, but where does determinism come into it? Well, the essence of determinism is that the laws of nature are completely predictable: if you could know the exact properties of every entity in the universe at any one time, you could predict their properties at every other time. In other words, determinism says: "everything is fixed and you can't change it".
Erwin Schrödinger and Werner Heisenberg extended de Broglie's work and made it more precise. In doing so they had to deal with a difficulty in the transition from wave-like behaviour to particle-like. A wave is spread out whereas a particle is at a single location. Somehow the wave function of a matter wave must 'collapse' into a particle at a point. They showed that the matter wave acted as a probability distribution: the actual position in which a particle appeared was random, more likely where the matter wave was biggest, less likely where it was smaller, but still essentially indeterminate.
Einstein and de Broglie both hated this randomness; Einstein famously said that "God does not play dice with the universe". The trouble is that as the years go on and as quantum theory becomes more refined and more tested, that fundamental randomness remains. The transition from wave behaviour to particle behaviour is inherently unpredictable.
Our best scientific description of the universe is that its behaviour is not predetermined; there is room for free will.
Subscribe to:
Posts (Atom)





