Conferences
Cosmology
The smoking CMB - the cosmic microwave background as proof of the Big BangThe sound of the Big Bang - seeing primordial sound waves in the CMB
Pink elephants in the universe - extreme galaxy clusters
The ISW mystery I - how structure in the universe subtly heats light
The ISW mystery II: Trying to see the invisible - observing the ISW effect is hard
The ISW mystery III: How did the CMB get so hot? - the mysterious observation
The ISW mystery IV: Where does the evidence lead? - what is the solution
ISW Mystery update one year on - a lot of uncertainty
Why do galaxies rotate? - guest post from Bjoern Malte Schaefer
The Olympics of Space - the biggest, most extreme, things in the universe
We need only six numbers to describe the universe - a cosmological model
How does one measure the mass of a neutrino using cosmology?
Inflation and the multiverse - what is the relationship?
Is there a new cosmological co-oincidence problem?
Adaptive by name, adaptive by nature - how immune cells make tactical decisions
Treason in the immune army - what happens in autoimmunity and allergy
The War of the Immune Worlds - how invading pathogens breach our defences
Immunology under the microscope - how research in life sciences is organised
The ISW mystery I - how structure in the universe subtly heats light
The ISW mystery II: Trying to see the invisible - observing the ISW effect is hard
The ISW mystery III: How did the CMB get so hot? - the mysterious observation
The ISW mystery IV: Where does the evidence lead? - what is the solution
ISW Mystery update one year on - a lot of uncertainty
Why do galaxies rotate? - guest post from Bjoern Malte Schaefer
The Olympics of Space - the biggest, most extreme, things in the universe
We need only six numbers to describe the universe - a cosmological model
How does one measure the mass of a neutrino using cosmology?
Inflation and the multiverse - what is the relationship?
Is there a new cosmological co-oincidence problem?
History
Historical Transparency-washing - guest post from Matthew on the Quandt family
Immunology
Why you're not dead - how your body defends itself against invadersAdaptive by name, adaptive by nature - how immune cells make tactical decisions
Treason in the immune army - what happens in autoimmunity and allergy
The War of the Immune Worlds - how invading pathogens breach our defences
Immunology under the microscope - how research in life sciences is organised
Particle Physics
The Higgs: To be, or not to be - guest post from Higgs hunter Mikko
A Higgs Hunter's story - Mikko's story of the journey from search to discovery
On its own, a Higgs discovery would be grim - speculation on the future of colliders
A Higgs Hunter's story - Mikko's story of the journey from search to discovery
On its own, a Higgs discovery would be grim - speculation on the future of colliders
Science Communication
A look at science form another side of the trench - guest post from Claudia
The Human Machine
Biological batteries and motors - how energy is processed in your body
Pistons and ratchets - how your muscles work
Different models - the science behind athletic prowess
Coding and decoding - finding meaning in the noise of the human genome
(Thermo)dynamics of muscles - the chemistry behind muscular strength
Communication technologies - how your cells talk to one another
Circuits and wires - the engineering behind neuronal signalling
Decommissioned components - what happens when cells die
Probing the mechanics - how do we know what proteins look like?
Setting the dials - how your behaviour alters your genes
Non-standard components - we are not all we seem
Picoscale engineering - how movements of trillionths of metres keep you alive
Finely-tuned sensors - why your senses might be better than you think
Replacing damaged components - how we can now fix the human machine at the genetic level
Obsolete components - are we losing our genetic integrity?
Pistons and ratchets - how your muscles work
Different models - the science behind athletic prowess
Coding and decoding - finding meaning in the noise of the human genome
(Thermo)dynamics of muscles - the chemistry behind muscular strength
Communication technologies - how your cells talk to one another
Circuits and wires - the engineering behind neuronal signalling
Decommissioned components - what happens when cells die
Probing the mechanics - how do we know what proteins look like?
Setting the dials - how your behaviour alters your genes
Non-standard components - we are not all we seem
Picoscale engineering - how movements of trillionths of metres keep you alive
Finely-tuned sensors - why your senses might be better than you think
Replacing damaged components - how we can now fix the human machine at the genetic level
Obsolete components - are we losing our genetic integrity?
The life of a researcher
Video games and art.
Games are art - guest post from Barnabas
Veritasium
Our motivation for the blog
Greater than the sum of our parts - James' first post
Wonder - Michelle's first post
Introduction - Shaun's first post
[Note that we keep track of comments made on all old posts (for now at least). So, if you have any thoughts or insights to add, or you want to ask a question, then feel free to add a comment at the relevant post. If you wish to request a new post on any particular topic then feel free to add a comment below.]
[Note that we keep track of comments made on all old posts (for now at least). So, if you have any thoughts or insights to add, or you want to ask a question, then feel free to add a comment at the relevant post. If you wish to request a new post on any particular topic then feel free to add a comment below.]
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