Big Bang Doubts Progress

One to add to the list http://www.bbc.co.uk/news/science-environment-27935479

Still intent on laying the doubt on local errors, rather than the theory itself – because to give the creationist nutters an inch by suggesting there was no big bang would be to give them a politically incorrect mile.

Science as politics with an agenda set by nutters, not by real science.

[And it had been …. Nobel prize-worthy said Alan Guth. He he.]

Rick Ryals commenting on others commenting on UK Creationism teaching ban story:

“It isn’t a creation debate, it is about dishonesty in science that squashes real science that draws similar but purely naturalistic conclusions about some of the evidence that creationists use, and is therefore destroyed by the herd of rabid atheists who would pretend to be on the side of science… And then of course, there are many like yourself who don’t know the relevant science (probably most by a long shot) who eagerly join the rampaging herd of ideologues in science because 99% of those established activists are on your side politically.”

RIP Frank Schirrmacher

From John Brockman at The Edge, remembering Frank Schirrmacher:

we have a population explosion of ideas,
but not enough brains to cover them.
Schirrmacher quoting Dennett

the quest for a second enlightenment,
one which would be built on the ideas of the third culture.
Brockman

Researchers such as evolutionary biologist Richard Dawkins, anthropologist Gregory Bateson, mathematician Roger Penrose, biologist Lynn Margulis, geographer Jared Diamond, psychologist Steven Pinker …”come from the ‘exact’ sciences, take care of basic questions of human existence. And they write about their work in thick books in which they—like ‘real’ humanists—take hundreds of pages to present their own thesis.”
Brockman quoting Schirrmacher

(Born in 1959, he was younger than me. I like the scare quotes on ‘exact’ science to make the point about ‘real’ humanism. On a par with Bronowski.)

Proud Achievement

Whilst searching for a decent reference for my own published writings – this blog is generally at the trashier end of the scale for personal consumption only – I came across a technical article I’d created over 20 years ago before publishing on the web was much of an option. What I found was a PDF version that one of the tool suppliers (ANSYS) had presumably preserved as a reference article as an application of their product.

In all it’s glory is my write-up on one of the more interesting (both challenging and successful) projects I’d done in my time at Foster Wheeler. The Liquid Nitrogen Injection Rakes for the European Transonic WindTunnel Project.

This was a unique project for Foster Wheeler.
Indeed, engineering the LN2 injection rakes for the ETW project
would have been an unusual technical challenge for anyone.
In addition, given the acute budget and schedule constraints,
it was a brave commitment for FW to accept the challenge
and a significant achievement to meet it

For those of you who jet-set around the world in Airbus aircraft beyond the original A300, the design of your transport was tested in this facility. You’re welcome.

[I’ll have to see if I can also find the previous article referred to, which described the overall project, not just the components I was responsible for. Quite a few unusual engineering aspects to this project, which I followed right through to completion and commissioning – and an official royal opening. Doesn’t show up in any on-line searches – so may have to ferret out and scan a hard copy.]

Evidence of Big Bang Flaws?

I’m not an expert cosmologist, nor even a physicist. And as someone already said in a comment in the thread that posed me the above question, few people in such threads are actually experts.

[Aside: I’ve probably 120 posts over 14 years on this blog alone highlighting sources of doubt – eg arising from CMBR evidence – not all of them empirical, as I say. My previous post includes links to 3 other posts which themselves include links to many more. But let’s address the one doubt here before we unpick the whole story:]

As soon as you get into the area of some specialised theory within the domain, the maths becomes even more specialised. And even if interlocutors were sufficiently expert in any objective sense, conducting a sufficiently nuanced dialogue in such an environment within which neither has any history of mutual respect and understanding of the other in the subject matter is pretty risky anyway.

The request was actually for “empirical” evidence. A pretty tall order at the extremes of the known and knowable cosmos, where pretty much all evidence is indirect. But here goes:

The simplest starting point of empirical doubt for me is the apparent CMBR alignment with the ecliptic of our home solar system. Of which Larry Krauss said back in 2006:

[T]here appears to be energy of empty space that isn’t zero! This flies in the face of all conventional wisdom in theoretical particle physics. It is the most profound shift in thinking, perhaps the most profound puzzle … … when we look out at the universe, there doesn’t seem to be enough structure — not as much as inflation would predict … … when you look at CMB (Cosmic Microwave Background) map, you also see that the structure that is observed, is in fact, in a weird way, correlated with the plane of the earth around the sun. Is this Copernicus coming back to haunt us? That’s crazy. We’re looking out at the whole universe. There’s no way there should be a correlation of structure with our motion of the earth around the sun — the plane of the earth around the sun — the ecliptic … … telling us that all of science is wrong and we’re the center of the universe, or maybe the data is simply incorrect, or … maybe there’s something wrong with our theories on the larger scales.

Larry has never responded to my later questions as what later evidence or interpretation has explained that “crazy” observation, or removed the suggestion of doubt “maybe there’s something wrong with our theories”. (And Larry has of course suffered the slings and arrows of those accusing him of actual “geocentrism” – much amusement and defensive arguments against the spurious accusation of course – but never any sign of Larry actually addressing his own original point.)

I could stop there for now. But it’s important to note that for me the above is simply an observation confirming existing doubt. Doubt arrived at by other non-empirical philosophical, logical and theoretical arguments. And also to note that there are several other reported observations looking for missing “mass” and “echoes” of energetic events in the boundary conditions of the cosmos, and the inflationary processes since in what we can observe now, which cast doubt on the theory.

As I’ve concluded before reasons the doubts are downplayed are political, in a climate where to concede an inch risks headlines proclaiming the opposite. Like the hyped article that initiated the thread which raised the question at the head of this post, itself a response to a hyped original claim. [For more, see the links in the aside above.]

@BBCNewsnight recognition for Mersini-Houghton #newsnight #blackholesdontexist

Good to see Laura Mersini-Houghton’s work recognised as important news on Newsnight. The work of a scientist not hidebound by fictions of the standard model, unlike the emperor’s new clothes over at CERN.

Cosmic Continuity https://www.psybertron.org/?p=7006
Bang Goes The Big Bang https://www.psybertron.org/?p=6970
Cracks in the Cosmic Egg https://www.psybertron.org/?p=6911

Hopefully we’ll see funding diverted to real science in future.

—–

Re-watched this morning (I came across it by accident yesterday, and didn’t catch the whole thing). Jeremy asks the right question – isn’t this really about the limits of what science can know, and how much this kind of science is relevant to human knowledge. (I’ll have to see if I can rip the video.)

Aside:

Different piece, from Rick commenting on Facebook. Big Bang Blunder Burst Multiverse Bubble. (Hat tip to Dawkins Foundation whose hint of a saving grace is the and between science and reason.) (I think this is the “twisty B-mode CMBR polarisation” evidence against the big bang Penrose referred to in Bang Goes the Big Bang above.)

… should make the scientific community contemplate
the implications for the future of cosmology …

Some interesting points in the comment thread too …

… pure politicking …
… skeptical that science reporting is reliable and helpful to scientific enterprises …
… etc.

The one thing people can agree on is that science is not religion, but sadly most reported science is not science either. Wake-up science.

More Poor Science Reporting

From the Beeb today, on the start on a new Tungsten mine down in the UK West Country ….

“Tungsten is an extraordinary metal.

“It’s almost as hard as a diamond and has one of the highest melting points of any mineral.

“Adding a small amount to steel makes it far harder, far more resistant to stress and heat. The benefits to industry are obvious.”

Dr John Emsley
Fellow of the Royal Society of Chemistry

If Dr Elmsley really is FRSC, then I’m guessing he didn’t actually say it like that, if he did ….

Anyway, the first and third sentences are true enough. The second would be true if he were talking about Tungsten Carbide as opposed to Tungsten at the time.

Cosmic Continuity

One of the threads from the “Bang Goes The Big Bang” and “Out of Darkness” talks, both featuring Laura Mersini-Houghton, is that whatever is wrong with big bang theories, they really seem to describe a succession of universes in time. There are no singularities in the space-time of our universe. Most of the “succession” ideas come from needing to account for boundary conditions or effects that must have pre-existed what we think of as the universe before “our” universe, whilst accounting for mass-energy anomalies in observed consequences of the (obviously flawed) big bang models.

Well, what if that continuity were even more continuous – there wasn’t really any need for big bang inflation. That’s exactly what is predicted by Rick Ryals and Cormac O’Raifeartaigh revisiting Einstein’s work. If Einstein knew what we knew now, he’d have stuck to his guns and we’d have a very different standard model of the universe.