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Are You Reading the News or the Noise? Media Bias and Science Are You Reading the News or the Noise? Media Bias and Science
Asteroid Alert Overblown? Rethinking the Risk from Space Rocks Asteroid Alert Overblown? Rethinking the Risk from Space Rocks
A New Dawn in Astronomy: The Array That’s Redefining Ground-Based Telescopes A New Dawn in Astronomy: The Array That’s Redefining Ground-Based Telescopes
Firing Up the Past: Dating Ancient Pots with Physics Firing Up the Past: Dating Ancient Pots with Physics
Akatsuki Mission Reaches Venus—After a Five-Year Detour Akatsuki Mission Reaches Venus—After a Five-Year Detour
Spin Currents Revealed Through Doppler Shifts
Quantum

Spin Currents Revealed Through Doppler Shifts

A New Limit on Quantum Gravity from Gamma-Ray Bursts
Quantum

A New Limit on Quantum Gravity from Gamma-Ray Bursts

Entanglement Goes Mechanical: Vibrations Meet Quantum Weirdness
Quantum

Entanglement Goes Mechanical: Vibrations Meet Quantum Weirdness

Spin Currents Revealed Through Doppler Shifts
Spin Currents Revealed Through Doppler Shifts
A New Limit on Quantum Gravity from Gamma-Ray Bursts
A New Limit on Quantum Gravity from Gamma-Ray Bursts
Entanglement Goes Mechanical: Vibrations Meet Quantum Weirdness
Entanglement Goes Mechanical: Vibrations Meet Quantum Weirdness

Recent News

physics-lab.net

Quantum

Step into the realm of uncertainty with Quantum Physics and explore the strange rules governing particles at the smallest scales.
Spin Currents Revealed Through Doppler Shifts Quantum
Spin Currents Revealed Through Doppler Shifts
A New Limit on Quantum Gravity from Gamma-Ray Bursts Quantum
A New Limit on Quantum Gravity from Gamma-Ray Bursts
Entanglement Goes Mechanical: Vibrations Meet Quantum Weirdness Quantum
Entanglement Goes Mechanical: Vibrations Meet Quantum Weirdness
Fusion’s New Hitch Could Help Create Heavy Elements Quantum
Fusion’s New Hitch Could Help Create Heavy Elements
The Coolest Debut: Fermionic Condensate Enters the Quantum Stage Quantum
The Coolest Debut: Fermionic Condensate Enters the Quantum Stage

Enviroment Energy

Explore how Enviroment Energy Physics drives sustainable solutions through the science of energy, matter, and ecological balance.
The Unseen Pressure on Fluid Lenses Environment Energy
The Unseen Pressure on Fluid Lenses
Earth Is Doomed in 5 Billion Years—Here’s What Happens When the Sun Dies Environment Energy
Earth Is Doomed in 5 Billion Years—Here’s What Happens When the Sun Dies
Orbit May Be Tugging at Earth’s Magnetic Field—New Link Discovered Environment Energy
Orbit May Be Tugging at Earth’s Magnetic Field—New Link Discovered
Elastic Lava Blows Its Top—Explosive Secrets of Volcanic Flow Environment Energy
Elastic Lava Blows Its Top—Explosive Secrets of Volcanic Flow

Biophysics Bioengineering

Biophysics Bioengineering reveals the mechanics of life, from cellular forces to cutting-edge biomedical innovations.
DNA + Graphene = Chemical Super Sensor Biophysics Bioengineering
DNA + Graphene = Chemical Super Sensor
DNA Breathes New Life into Dye Lasers Biophysics Bioengineering
DNA Breathes New Life into Dye Lasers
Double Funding for Daresbury: A Boost for British Science Biophysics Bioengineering
Double Funding for Daresbury: A Boost for British Science
Detecting DNA Just Got Simpler: A Biophysical Breakthrough Biophysics Bioengineering
Detecting DNA Just Got Simpler: A Biophysical Breakthrough
Does Noise Help Birds Navigate the Quantum Way? Biophysics Bioengineering
Does Noise Help Birds Navigate the Quantum Way?
Self-Assembling Transistors? DNA Does It Again Biophysics Bioengineering
Self-Assembling Transistors? DNA Does It Again

Condensed Matter

Condensed Matter explores the physics behind superconductors, crystals, and the strange states of matter all around us.
Why Do We Study Condensed Matter? Because It’s Literally Everywhere Condensed Matter
Why Do We Study Condensed Matter? Because It’s Literally Everywhere
Meet the Physicists: Christina Lee Shankar Iyer Simone Di Cataldo & More Condensed Matter
Meet the Physicists: Christina Lee Shankar Iyer Simone Di Cataldo & More
How Much Chemistry Does a Physicist Really Need? Condensed Matter
How Much Chemistry Does a Physicist Really Need?
Is NIISER’s Physics Department Worth It? Here’s the Insider View Condensed Matter
Is NIISER’s Physics Department Worth It? Here’s the Insider View

Optics Photonics

Dive into Optics Photonics and uncover how light powers imaging, data transfer, and cutting-edge scientific discovery.
Graphene’s Speed Record Materials
Graphene’s Speed Record
Europe’s New Telescope Sees “First Light” Research
Europe’s New Telescope Sees “First Light”
Optics Photonics
Branching Out with Brilliance: Diamond Coatings Evolve
Tracking Graphene Defects as They Creep and Climb Materials
Tracking Graphene Defects as They Creep and Climb

Atomic Molecular

Delve into the unseen world of Atomic Molecular interactions that shape the structure, behavior, and energy of all matter.
Heatwave in Graphene: Electrons Feel the Burn Atomic Molecular
Heatwave in Graphene: Electrons Feel the Burn
Timekeepers of the Quantum World: Electrons Clocked at Attoseconds Atomic Molecular
Timekeepers of the Quantum World: Electrons Clocked at Attoseconds
Fossilized Raindrops and the Ancient Climate Atomic Molecular
Fossilized Raindrops and the Ancient Climate
Blazing the Extreme: UV Light Generation Made Easy Atomic Molecular
Blazing the Extreme: UV Light Generation Made Easy

Instrumentation Measurement

Instrumentation Measurement reveals the tools and techniques behind accurate data in physics, engineering, and beyond.
What’s the new technology used in the instrumentation field? Instrumentation Measurement
What’s the new technology used in the instrumentation field?
What are packages in instrumentation engineering? Instrumentation Measurement
What are packages in instrumentation engineering?
Is a tool the same as an instrument? Instrumentation Measurement
Is a tool the same as an instrument?
How can you improve the accuracy of your measurements? Instrumentation Measurement
How can you improve the accuracy of your measurements?
How to relearn the concepts of Instrumentation? Instrumentation Measurement
How to relearn the concepts of Instrumentation?

Materials

Dive into Materials and explore how structure, composition, and temperature define the nature of solids and liquids.
Graphene’s Speed Record Materials
Graphene’s Speed Record
Tracking Graphene Defects as They Creep and Climb Materials
Tracking Graphene Defects as They Creep and Climb
Beyond Silicon: Graphene’s Record-Breaking Transistor Materials
Beyond Silicon: Graphene’s Record-Breaking Transistor
The Logic of Nanotubes: Building the First Circuits Materials
The Logic of Nanotubes: Building the First Circuits
Deep Impact: When Physics Goes Hollywood (and Real) Materials
Deep Impact: When Physics Goes Hollywood (and Real)
Graphene-Coated Batteries Boost Performance Materials
Graphene-Coated Batteries Boost Performance

Particle Nuclear

Dive into Particle Nuclear science and uncover the mysteries of quarks, neutrinos, and the atomic nucleus.
Forecasting the Next Katrina: Cyclone Model Predicts Super Storms Particle Nuclear
Forecasting the Next Katrina: Cyclone Model Predicts Super Storms
Cylinders of Silence: Cloaking Devices Go 2D Particle Nuclear
Cylinders of Silence: Cloaking Devices Go 2D
Elementary Curiosity: The Quest for the Unknown Particle Nuclear
Elementary Curiosity: The Quest for the Unknown
The Curious Case of Element 118: Here Then Gone Particle Nuclear
The Curious Case of Element 118: Here Then Gone
DAΦNE Accelerates Again: A Particle Boost in Italy’s Collider Particle Nuclear
DAΦNE Accelerates Again: A Particle Boost in Italy’s Collider
Dubna Discoveries: Elements 113 and 115 Join the Table Particle Nuclear
Dubna Discoveries: Elements 113 and 115 Join the Table

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