The big idea: are we about to discover a new force of nature?
Physics | The Guardian
by Harry Cliff
3d ago
The wealth of emerging evidence suggest that physics may be on the brink of something big Modern physics deals with some truly mind-boggling extremes of scale. Cosmology reveals the Earth as a tiny dot amid an observable universe that is a staggering 93bn light years across. Meanwhile, today’s particle colliders are exploring a microcosmic world billions of times smaller than the smallest atom. These two extremes, the biggest and smallest distances probed by science, are separated by 47 orders of magnitude. That’s one with 47 zeros after it, a number so ludicrously huge that it isn’t worth try ..read more
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World’s top cosmologists convene to question conventional view of the universe
Physics | The Guardian
by Hannah Devlin Science correspondent
5d ago
Meeting at London’s Royal Society will scrutinise basic model first formulated in 1922 that universe is a vast, even expanse with no notable features If you zoomed out on the universe, well beyond the level of planets, stars or galaxies, you would eventually see a vast, evenly speckled expanse with no notable features. At least, that has been the conventional view. The principle that everything looks the same everywhere is a fundamental pillar of the standard model of cosmology, which aims to explain the big bang and how the universe has evolved in the 13.7bn years since ..read more
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Remembering physicist Peter Higgs – podcast
Physics | The Guardian
by Presented by Madeleine Finlay with Ian Sample, produced by Joshan Chana, the executive producer is Ellie Bury
1w ago
The Nobel prize-winning British physicist Peter Higgs has died aged 94. The confirmation in 2012 of the existence of the Higgs boson particle, five decades after Higgs had first theorised its existence, paved the way for his 2013 Nobel win. Nicknamed ‘the god particle’, the Higgs boson was part of an attempt to explain why the building blocks of the universe have mass. Ian Sample and Madeleine Finlay look back on the life and legacy of a giant of science Read an obituary of Peter Higgs ..read more
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Peter Higgs obituary
Physics | The Guardian
by Frank Close
1w ago
Theoretical physicist whose name was attached to the Higgs boson, a sign of the mechanism underlying the structure of atoms In 1964 the theoretical physicist Peter Higgs, who has died aged 94, suggested that the universe contains an all-pervading essence that can be manifested in the form of particles. This idea inspired governments to spend billions to find what became known as Higgs bosons. The so-called “Higgs mechanism” controls the rate of thermonuclear fusion that powers the sun, but for which this engine of the solar system would have expired long before evolution had time to work its m ..read more
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Peter Higgs, physicist who proposed Higgs boson, dies aged 94
Physics | The Guardian
by Severin Carrell and Ian Sample
1w ago
Nobel-prize winning physicist who showed how particle helped bind universe together died at home in Edinburgh Peter Higgs, the Nobel prize-winning physicist who proposed a new particle known as the Higgs boson, has died. Higgs, 94, who was awarded the Nobel prize for physics in 2013 for his work in 1964 showing how the boson helped bind the universe together by giving particles their mass, died at home in Edinburgh on Monday ..read more
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Horny tortoises and solar mysteries: what scientists can learn from a total eclipse – podcast
Physics | The Guardian
by Presented by Madeleine Finlay, produced by Madeleine Finlay and Joshan Chana, sound design by Tony Onuchukwu, the executive producer is Ellie Bury
1w ago
For most people seeing a total solar eclipse is a once in a lifetime experience. But for scientists it can be a fleeting chance to understand something deeper about their field of research. Madeleine Finlay meets solar scientist prof Huw Morgan, of Aberystwyth University, and Adam Hartstone-Rose, professor of biological sciences at NC State University, to find out what they hoped to learn from 8 April’s four minutes of darkness. Find out more about how animals behave during a solar eclipse ..read more
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New 3D cosmic map raises questions over future of universe, scientists say
Physics | The Guardian
by Nicola Davis Science correspondent
2w ago
Researchers say findings from map with three times more galaxies than previous efforts could challenge standard idea of dark energy The biggest ever 3D map of the universe, featuring more than 6m galaxies, has been revealed by scientists who said it raised questions about the nature of dark energy and the future of the universe. The map is based on data collected by the Dark Energy Spectroscopic Instrument (Desi) in Arizona and contains three times as many galaxies as previous efforts, with many having their distances measured for the first time ..read more
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Younge writing on racism best since Baldwin
Physics | The Guardian
by Guardian Staff
1M ago
Racism in politicsA propulsion problemJoy in educationSalford’s rugby win Gary Younge’s article on the universal hypocrisy in relation to racism being expressed by both of our main political parties is the most honest and ruthlessly coruscating essay I’ve read since James Baldwin (In Britain’s degraded politics, fighting racism has become a cynical game, 15 March). It should be framed on the walls of every office used by journalists and politicians in the land. Jonathan Callan London • The propulsion of rockets is described as due to “flames and hot gases, which push against the ground an ..read more
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A waterworld with a boiling ocean and the end of dark matter? The week in science – podcast
Physics | The Guardian
by Presented by Ian Sample with Hannah Devlin; produced by Madeleine Finlay; sound design by Tony Onuchukwu
1M ago
Ian Sample and science correspondent Hannah Devlin discuss some of the science stories that have made headlines this week, from a new theory challenging the existence of dark matter to an alarming study about the possible impact of microplastics on our health and a glimpse of a ‘waterworld with a boiling ocean’ deep in space ..read more
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Controversial new theory of gravity rules out need for dark matter
Physics | The Guardian
by Hannah Devlin Science correspondent
1M ago
Exclusive: Paper by UCL professor says ‘wobbly’ space-time could instead explain expansion of universe and galactic rotation Dark matter is supposed to account for 85% of the mass in the universe, according to conventional scientific wisdom. But proponents of a radical new theory of gravity, in which space-time is “wobbly”, say their approach could render the elusive substance obsolete. The proposition, outlined in a new paper, raises the controversial possibility that dark matter, which has never been directly observed, is a mirage that a substantial portion of the physics community has been ..read more
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