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Merge version_1 into main #1

Merged
bender merged 6 commits from version_1 into main 2026-03-14 04:17:34 +00:00
Conversation 0 Commits 6 Files Changed 6 +99 -64
6 changed files with 99 additions and 64 deletions
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20
src/app/electromagnetism/page.tsx
View File

@@ -102,15 +102,15 @@ export default function ElectromagnetismPage() {
]}
slides={[
{
imageSrc: "http://img.b2bpic.net/free-vector/realistic-neon-lights-background_23-2148923443.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/realistic-neon-lights-background_23-2148923443.jpg?_wi=5",
imageAlt: "electromagnetism magnetic fields",
},
{
imageSrc: "http://img.b2bpic.net/free-vector/virtual-space-orthogonal-background_1284-23562.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/virtual-space-orthogonal-background_1284-23562.jpg?_wi=5",
imageAlt: "abstract physics background electromagnetic",
},
{
imageSrc: "http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg?_wi=8",
imageAlt: "electromagnetic field phenomena",
},
]}
@@ -137,7 +137,7 @@ export default function ElectromagnetismPage() {
"Potential difference and voltage",
"Gauss's law applications",
],
imageSrc: "http://img.b2bpic.net/free-vector/abstract-background-with-vibrant-halftone-effect_23-2148247313.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/abstract-background-with-vibrant-halftone-effect_23-2148247313.jpg?_wi=4",
},
{
id: "magnetic-fields",
@@ -148,7 +148,7 @@ export default function ElectromagnetismPage() {
"Magnetic field sources and dipoles",
"Earth's magnetic field phenomena",
],
imageSrc: "http://img.b2bpic.net/free-vector/realistic-neon-lights-background_23-2148923443.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/realistic-neon-lights-background_23-2148923443.jpg?_wi=6",
},
{
id: "maxwells-equations",
@@ -159,7 +159,7 @@ export default function ElectromagnetismPage() {
"Faraday's law of induction",
"Ampère-Maxwell law completeness",
],
imageSrc: "http://img.b2bpic.net/free-photo/overhead-view-mri-scan-with-reports-pen-black-spectacles_23-2147941683.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/overhead-view-mri-scan-with-reports-pen-black-spectacles_23-2147941683.jpg?_wi=6",
},
{
id: "electromagnetic-waves",
@@ -170,7 +170,7 @@ export default function ElectromagnetismPage() {
"Polarization and propagation",
"Energy transport and Poynting vector",
],
imageSrc: "http://img.b2bpic.net/free-vector/flat-ecology-infographic-template_23-2148399396.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/flat-ecology-infographic-template_23-2148399396.jpg?_wi=4",
},
{
id: "induction",
@@ -181,7 +181,7 @@ export default function ElectromagnetismPage() {
"Transformers and energy transfer",
"Eddy currents and applications",
],
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg?_wi=5",
},
{
id: "circuits",
@@ -192,7 +192,7 @@ export default function ElectromagnetismPage() {
"Power dissipation and efficiency",
"Filter circuits and applications",
],
imageSrc: "http://img.b2bpic.net/free-vector/science-lab-flask-microscope_23-2148494250.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/science-lab-flask-microscope_23-2148494250.jpg?_wi=5",
},
]}
gridVariant="bento-grid"
@@ -230,7 +230,7 @@ export default function ElectromagnetismPage() {
<div id="footer" data-section="footer">
<FooterMedia
imageSrc="http://img.b2bpic.net/free-vector/science-lab-flask-microscope_23-2148494250.jpg"
imageSrc="http://img.b2bpic.net/free-vector/science-lab-flask-microscope_23-2148494250.jpg?_wi=6"
imageAlt="physics educational background"
logoText="PhysicsHub"
copyrightText="© 2025 PhysicsHub | Advancing Physics Education Worldwide"

59
src/app/layout.tsx
View File

@@ -1,27 +1,60 @@
import type { Metadata } from "next";
import { Halant } from "next/font/google";
import { Inter } from "next/font/google";
import { DM_Sans } from "next/font/google";
import "./globals.css";
import { ServiceWrapper } from "@/components/ServiceWrapper";
import Tag from "@/tag/Tag";
import { getVisualEditScript } from "@/utils/visual-edit-script";
import { DM_Sans } from "next/font/google";
const halant = Halant({
variable: "--font-halant",
subsets: ["latin"],
weight: ["300", "400", "500", "600", "700"],
});
export const metadata: Metadata = {
title: "Webild components 2",
description: "Generated by create next app",
};
const inter = Inter({
variable: "--font-inter",
subsets: ["latin"],
});
const dmSans = DM_Sans({
variable: "--font-dm-sans",
subsets: ["latin"],
});
const inter = Inter({
variable: "--font-inter",
subsets: ["latin"],
});
export const metadata: Metadata = {
title: "PhysicsHub - Physics Theories & Explanations",
description: "Comprehensive physics knowledge base with theories on mechanics, quantum physics, thermodynamics, electromagnetism, and relativity. Free educational resources.",
keywords: "physics theories, quantum mechanics, relativity, thermodynamics, electromagnetism, classical mechanics, physics education, physics explanations",
metadataBase: new URL("https://physicshub.com"),
alternates: {
canonical: "https://physicshub.com",
},
openGraph: {
title: "PhysicsHub - Physics Theories & Explanations",
description: "Comprehensive physics knowledge base with theories on mechanics, quantum physics, thermodynamics, electromagnetism, and relativity.",
url: "https://physicshub.com",
siteName: "PhysicsHub",
type: "website",
images: [
{
url: "https://physicshub.com/og-image.jpg",
alt: "PhysicsHub - Physics Knowledge Platform",
},
],
},
twitter: {
card: "summary_large_image",
title: "PhysicsHub - Physics Theories & Explanations",
description: "Comprehensive physics knowledge base with detailed theory explanations and educational resources.",
images: ["https://physicshub.com/twitter-image.jpg"],
},
robots: {
index: true,
follow: true,
},
};
export default function RootLayout({
children,
@@ -31,7 +64,9 @@ export default function RootLayout({
return (
<html lang="en" suppressHydrationWarning>
<ServiceWrapper>
<body className={`${dmSans.variable} ${inter.variable} antialiased`}>
<body
className={`${halant.variable} ${inter.variable} ${dmSans.variable} antialiased`}
>
<Tag />
{children}
<script
@@ -43,4 +78,4 @@ export default function RootLayout({
</ServiceWrapper>
</html>
);
}
}

14
src/app/mechanics/page.tsx
View File

@@ -102,15 +102,15 @@ export default function MechanicsPage() {
]}
slides={[
{
imageSrc: "http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg?_wi=5",
imageAlt: "Classical mechanics forces and motion",
},
{
imageSrc: "http://img.b2bpic.net/free-vector/virtual-space-orthogonal-background_1284-23562.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/virtual-space-orthogonal-background_1284-23562.jpg?_wi=2",
imageAlt: "Physics principles visualization",
},
{
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg?_wi=3",
imageAlt: "Mechanical systems in nature",
},
]}
@@ -137,7 +137,7 @@ export default function MechanicsPage() {
"Third Law: For every action, there is an equal and opposite reaction",
"Mathematical formulations and real-world applications in dynamics",
],
imageSrc: "http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg?_wi=6",
},
{
id: "kinematics",
@@ -148,7 +148,7 @@ export default function MechanicsPage() {
"Equations of motion for uniformly accelerated systems",
"Graphical representations and interpretations",
],
imageSrc: "http://img.b2bpic.net/free-vector/virtual-space-orthogonal-background_1284-23562.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/virtual-space-orthogonal-background_1284-23562.jpg?_wi=3",
},
{
id: "energy",
@@ -159,7 +159,7 @@ export default function MechanicsPage() {
"Conservative and non-conservative forces",
"Energy transformations in mechanical systems",
],
imageSrc: "http://img.b2bpic.net/free-vector/realistic-neon-lights-background_23-2148923443.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/realistic-neon-lights-background_23-2148923443.jpg?_wi=3",
},
]}
gridVariant="three-columns-all-equal-width"
@@ -223,7 +223,7 @@ export default function MechanicsPage() {
<div id="footer" data-section="footer">
<FooterMedia
imageSrc="http://img.b2bpic.net/free-vector/science-lab-flask-microscope_23-2148494250.jpg"
imageSrc="http://img.b2bpic.net/free-vector/science-lab-flask-microscope_23-2148494250.jpg?_wi=2"
imageAlt="Physics educational background"
logoText="PhysicsHub"
copyrightText="© 2025 PhysicsHub | Advancing Physics Education Worldwide"

34
src/app/page.tsx
View File

@@ -108,15 +108,15 @@ export default function HomePage() {
]}
slides={[
{
imageSrc: "http://img.b2bpic.net/free-vector/virtual-space-orthogonal-background_1284-23562.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/virtual-space-orthogonal-background_1284-23562.jpg?_wi=1",
imageAlt: "Physics quantum mechanics visualization",
},
{
imageSrc: "http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg?_wi=1",
imageAlt: "Classical mechanics forces diagram",
},
{
imageSrc: "http://img.b2bpic.net/free-photo/overhead-view-mri-scan-with-reports-pen-black-spectacles_23-2147941683.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/overhead-view-mri-scan-with-reports-pen-black-spectacles_23-2147941683.jpg?_wi=1",
imageAlt: "Quantum mechanics particle waves",
},
]}
@@ -135,7 +135,7 @@ export default function HomePage() {
description="PhysicsHub is a dedicated platform for comprehensive physics education, providing detailed explanations of theories ranging from classical mechanics to cutting-edge quantum physics."
subdescription="Our mission is to make complex physics concepts accessible to students, researchers, and curious minds worldwide through clear explanations, visual diagrams, and structured learning paths."
icon={BookOpen}
imageSrc="http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg"
imageSrc="http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg?_wi=2"
imageAlt="Physics learning resources"
mediaAnimation="slide-up"
useInvertedBackground={false}
@@ -160,7 +160,7 @@ export default function HomePage() {
"Energy, momentum, and work",
"Rotational motion and oscillations",
],
imageSrc: "http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg?_wi=3",
},
{
id: "quantum",
@@ -171,7 +171,7 @@ export default function HomePage() {
"Quantum superposition and entanglement",
"Atomic and subatomic phenomena",
],
imageSrc: "http://img.b2bpic.net/free-photo/overhead-view-mri-scan-with-reports-pen-black-spectacles_23-2147941683.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/overhead-view-mri-scan-with-reports-pen-black-spectacles_23-2147941683.jpg?_wi=2",
},
{
id: "thermodynamics",
@@ -182,7 +182,7 @@ export default function HomePage() {
"Entropy and energy transfer",
"Phase transitions and states of matter",
],
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg?_wi=1",
},
{
id: "electromagnetism",
@@ -193,7 +193,7 @@ export default function HomePage() {
"Light as electromagnetic waves",
"Electromagnetic interactions",
],
imageSrc: "http://img.b2bpic.net/free-vector/realistic-neon-lights-background_23-2148923443.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/realistic-neon-lights-background_23-2148923443.jpg?_wi=1",
},
{
id: "relativity",
@@ -204,7 +204,7 @@ export default function HomePage() {
"Gravitational fields",
"Cosmological implications",
],
imageSrc: "http://img.b2bpic.net/free-vector/flat-ecology-infographic-template_23-2148399396.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/flat-ecology-infographic-template_23-2148399396.jpg?_wi=1",
},
{
id: "optics",
@@ -215,7 +215,7 @@ export default function HomePage() {
"Refraction and diffraction",
"Optical instruments and applications",
],
imageSrc: "http://img.b2bpic.net/free-vector/abstract-background-with-vibrant-halftone-effect_23-2148247313.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/abstract-background-with-vibrant-halftone-effect_23-2148247313.jpg?_wi=1",
},
]}
gridVariant="bento-grid"
@@ -405,7 +405,7 @@ export default function HomePage() {
category: "Quantum Physics",
title: "Understanding Quantum Superposition",
excerpt: "Explore the fundamental concept of quantum superposition and how particles can exist in multiple states simultaneously until measured.",
imageSrc: "http://img.b2bpic.net/free-photo/overhead-view-mri-scan-with-reports-pen-black-spectacles_23-2147941683.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/overhead-view-mri-scan-with-reports-pen-black-spectacles_23-2147941683.jpg?_wi=3",
imageAlt: "Quantum superposition visualization",
authorName: "Dr. Michael Chen",
authorAvatar: "http://img.b2bpic.net/free-photo/front-view-female-researcher-lab-coat_23-2148816434.jpg",
@@ -416,7 +416,7 @@ export default function HomePage() {
category: "Relativity",
title: "Einstein's General Relativity Explained",
excerpt: "A comprehensive guide to understanding spacetime curvature, gravitational fields, and how massive objects bend the fabric of spacetime.",
imageSrc: "http://img.b2bpic.net/free-vector/flat-ecology-infographic-template_23-2148399396.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/flat-ecology-infographic-template_23-2148399396.jpg?_wi=2",
imageAlt: "Spacetime curvature illustration",
authorName: "Prof. Sarah Williams",
authorAvatar: "http://img.b2bpic.net/free-photo/portrait-group-students-celebrating-their-graduation_23-2148201837.jpg",
@@ -427,7 +427,7 @@ export default function HomePage() {
category: "Classical Mechanics",
title: "Newton's Laws and Motion",
excerpt: "Detailed explanation of Newton's three laws of motion with practical examples and mathematical applications in real-world scenarios.",
imageSrc: "http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg?_wi=4",
imageAlt: "Forces and motion diagram",
authorName: "Dr. James Peterson",
authorAvatar: "http://img.b2bpic.net/free-photo/portrait-smiling-industrial-plant-shareholder-conducting-research_482257-126673.jpg",
@@ -438,7 +438,7 @@ export default function HomePage() {
category: "Thermodynamics",
title: "The Second Law of Thermodynamics",
excerpt: "Understanding entropy, energy dissipation, and why the universe always tends toward greater disorder in this fundamental physics principle.",
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg?_wi=2",
imageAlt: "Thermodynamic cycles visualization",
authorName: "Dr. Elena Rodriguez",
authorAvatar: "http://img.b2bpic.net/free-photo/confident-guy-with-crossed-arms-standing-front-stairs_74855-1571.jpg",
@@ -449,7 +449,7 @@ export default function HomePage() {
category: "Electromagnetism",
title: "Maxwell's Equations Demystified",
excerpt: "A deep dive into Maxwell's four fundamental equations that describe electric and magnetic fields and their interactions.",
imageSrc: "http://img.b2bpic.net/free-vector/realistic-neon-lights-background_23-2148923443.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/realistic-neon-lights-background_23-2148923443.jpg?_wi=2",
imageAlt: "Electromagnetic field visualization",
authorName: "Prof. David Kumar",
authorAvatar: "http://img.b2bpic.net/free-photo/pretty-young-businesswoman-leaning-desk-holding-book-looking-camera-office_23-2148187137.jpg",
@@ -460,7 +460,7 @@ export default function HomePage() {
category: "Optics",
title: "Light: Waves or Particles?",
excerpt: "Exploring the wave-particle duality of light, from classical optics to quantum mechanics perspectives and experimental evidence.",
imageSrc: "http://img.b2bpic.net/free-vector/abstract-background-with-vibrant-halftone-effect_23-2148247313.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/abstract-background-with-vibrant-halftone-effect_23-2148247313.jpg?_wi=2",
imageAlt: "Light diffraction pattern",
authorName: "Dr. Anna Schmidt",
authorAvatar: "http://img.b2bpic.net/free-photo/professional-medical-development-scientist-laboratory_482257-10502.jpg",
@@ -502,7 +502,7 @@ export default function HomePage() {
<div id="footer" data-section="footer">
<FooterMedia
imageSrc="http://img.b2bpic.net/free-vector/science-lab-flask-microscope_23-2148494250.jpg"
imageSrc="http://img.b2bpic.net/free-vector/science-lab-flask-microscope_23-2148494250.jpg?_wi=1"
imageAlt="Physics educational background"
logoText="PhysicsHub"
copyrightText="© 2025 PhysicsHub | Advancing Physics Education Worldwide"

20
src/app/quantum/page.tsx
View File

@@ -102,15 +102,15 @@ export default function QuantumPage() {
]}
slides={[
{
imageSrc: "http://img.b2bpic.net/free-photo/overhead-view-mri-scan-with-reports-pen-black-spectacles_23-2147941683.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/overhead-view-mri-scan-with-reports-pen-black-spectacles_23-2147941683.jpg?_wi=4",
imageAlt: "quantum mechanics waves particles",
},
{
imageSrc: "http://img.b2bpic.net/free-vector/virtual-space-orthogonal-background_1284-23562.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/virtual-space-orthogonal-background_1284-23562.jpg?_wi=4",
imageAlt: "abstract physics background quantum",
},
{
imageSrc: "http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/kid-interacting-with-plasma-ball_23-2150767788.jpg?_wi=7",
imageAlt: "quantum phenomena visualization",
},
]}
@@ -137,7 +137,7 @@ export default function QuantumPage() {
"De Broglie wavelength and momentum relationships",
"Experimental evidence for dual nature",
],
imageSrc: "http://img.b2bpic.net/free-vector/abstract-background-with-vibrant-halftone-effect_23-2148247313.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/abstract-background-with-vibrant-halftone-effect_23-2148247313.jpg?_wi=3",
},
{
id: "schrodinger",
@@ -148,7 +148,7 @@ export default function QuantumPage() {
"Probability density and quantum states",
"Applications to hydrogen atom and potential wells",
],
imageSrc: "http://img.b2bpic.net/free-photo/overhead-view-mri-scan-with-reports-pen-black-spectacles_23-2147941683.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/overhead-view-mri-scan-with-reports-pen-black-spectacles_23-2147941683.jpg?_wi=5",
},
{
id: "superposition",
@@ -159,7 +159,7 @@ export default function QuantumPage() {
"Schrödinger's cat thought experiment",
"Many-worlds interpretation vs Copenhagen",
],
imageSrc: "http://img.b2bpic.net/free-vector/realistic-neon-lights-background_23-2148923443.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/realistic-neon-lights-background_23-2148923443.jpg?_wi=4",
},
{
id: "entanglement",
@@ -170,7 +170,7 @@ export default function QuantumPage() {
"Non-local connections and spooky action",
"Quantum teleportation and cryptography",
],
imageSrc: "http://img.b2bpic.net/free-vector/flat-ecology-infographic-template_23-2148399396.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/flat-ecology-infographic-template_23-2148399396.jpg?_wi=3",
},
{
id: "uncertainty",
@@ -181,7 +181,7 @@ export default function QuantumPage() {
"Energy-time uncertainty",
"Limitations and quantum precision",
],
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg?_wi=4",
},
{
id: "operators",
@@ -192,7 +192,7 @@ export default function QuantumPage() {
"Angular momentum quantization",
"Spin and magnetic moment",
],
imageSrc: "http://img.b2bpic.net/free-vector/science-lab-flask-microscope_23-2148494250.jpg",
imageSrc: "http://img.b2bpic.net/free-vector/science-lab-flask-microscope_23-2148494250.jpg?_wi=3",
},
]}
gridVariant="bento-grid"
@@ -230,7 +230,7 @@ export default function QuantumPage() {
<div id="footer" data-section="footer">
<FooterMedia
imageSrc="http://img.b2bpic.net/free-vector/science-lab-flask-microscope_23-2148494250.jpg"
imageSrc="http://img.b2bpic.net/free-vector/science-lab-flask-microscope_23-2148494250.jpg?_wi=4"
imageAlt="physics educational background"
logoText="PhysicsHub"
copyrightText="© 2025 PhysicsHub | Advancing Physics Education Worldwide"

16
src/app/thermodynamics/page.tsx
View File

@@ -28,7 +28,7 @@ export default function ThermodynamicsPage() {
"Work done on or by the system",
"Mathematical formulation: ΔU = Q - W",
],
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg?_wi=6",
},
{
id: "second-law",
@@ -39,7 +39,7 @@ export default function ThermodynamicsPage() {
"Direction of spontaneous processes",
"Carnot cycle and maximum efficiency",
],
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg?_wi=7",
},
{
id: "third-law",
@@ -50,7 +50,7 @@ export default function ThermodynamicsPage() {
"Implications for real systems",
"Quantum statistical foundation",
],
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg?_wi=8",
},
];
@@ -144,15 +144,15 @@ export default function ThermodynamicsPage() {
]}
slides={[
{
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg?_wi=9",
imageAlt: "Thermodynamics heat energy visualization",
},
{
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg?_wi=10",
imageAlt: "Thermal energy flow diagram",
},
{
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg",
imageSrc: "http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg?_wi=11",
imageAlt: "Entropy and disorder visualization",
},
]}
@@ -171,7 +171,7 @@ export default function ThermodynamicsPage() {
description="Thermodynamics is the branch of physics that studies energy, heat, and temperature in physical systems. It provides fundamental principles explaining how energy transforms and moves through matter."
subdescription="From power generation to biological processes, thermodynamic principles govern everything. Understanding these laws is essential for engineering, chemistry, and understanding the universe at macroscopic scales."
icon={Thermometer}
imageSrc="http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg"
imageSrc="http://img.b2bpic.net/free-photo/aerial-drone-view-thermal-station-s-tube-visible-clouds-with-smoke-coming-out_1268-16945.jpg?_wi=12"
imageAlt="Thermodynamics energy flow"
mediaAnimation="slide-up"
useInvertedBackground={false}
@@ -204,7 +204,7 @@ export default function ThermodynamicsPage() {
<div id="footer" data-section="footer">
<FooterMedia
imageSrc="http://img.b2bpic.net/free-vector/science-lab-flask-microscope_23-2148494250.jpg"
imageSrc="http://img.b2bpic.net/free-vector/science-lab-flask-microscope_23-2148494250.jpg?_wi=7"
imageAlt="Physics educational background"
logoText="PhysicsHub"
copyrightText="© 2025 PhysicsHub | Advancing Physics Education Worldwide"