🤖 NVIDIA’s the Most Valuable Publicly Traded Company

📈NVIDIA’s the Most Valuable Publicly Traded Company

🧬AI Predicts Gene Regulation From DNA Sequences?!

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The chipmaker’s stock price rose more than 6.56% over the past five days, closing at a record high of $155.02. So, what’s fueling this growth?

Everyone’s building Large Reasoning Models (LRMs) to emulate how humans plan and reason.

They achieve this by utilizing Test-Time Compute (TTC), which allocates more computing power during AI Inference: everything that happens after you enter your prompt.

TTC relies on two reasoning frameworks:

AI Inference isn’t static anymore. With TTC, any prompt can trigger a multi-step reasoning process. That’s why NVIDIA’s winning: every reasoning step means more demand for GPUs.

Since April 2025, NVIDIA’s “market cap” (i.e., the total value of a company’s shares) has grown by roughly $1 trillion, a rally of about 37% in just a few months.

Our DNA contains sequences of billions of “letters,” which tell our body how to grow, heal, and function.

These sequences are a specific order of the four Nucleotides: Adenine {A}, Thymine {T}, Cytosine {C}, and Guanine {G}.

For example, a small piece of DNA might look like this: {ATCGTACG}. The order of these “letters” matters a lot. Even a minor change can impact how our body functions.

But here’s the twist: only about 2% of our DNA actually contains genes, which tell our body how to build tissues and fight infections.

For decades, the other 98% of our DNA was dismissed as “junk” because we didn’t fully understand what it did. But now, we know it’s far from useless.

It helps regulate when, where, and how our genes turn on or off. The problem? It’s incredibly hard to decipher. It’s like trying to understand a foreign language without a dictionary.

That’s where “AlphaGenome” comes in. It can read long strands of the other 98% of our DNA to understand the hidden layers of our genetic blueprint.

Many diseases are influenced by mutations in the other 98% of our DNA. For example, a single change in a Nucleotide might reduce the expression of a gene, contributing to genetic diseases like cancer or diabetes.

Approximately 400 million individuals worldwide are affected by rare genetic diseases, representing around 5.9% of the global population. Around 80% of rare diseases have a genetic cause.

Context: I’m trying to generate ideas for {Insert Project},

Clarity: but I feel stuck because my thinking feels repetitive.

Guidance: Can you help me think more creatively by introducing unexpected perspectives with provocative “what if” scenarios?

Mandolin secured a $40M Series A to obliterate specialty drug paperwork.

XBOW closed a $75M Series B to automatically find and exploit vulnerabilities in 75% of web benchmarks.

Mahalo raised a $2.6M Pre-Seed to transform your customer’s product experiences with AI-driven troubleshooting.

Scale AI (San Francisco, CA): Technical Advisor Intern, GenAI, Fall 2025

NVIDIA (Santa Clara, CA): ASIC Design Efficiency Engineer, Entry-Level

Symbolica (San Francisco, CA): ML Infrastructure Engineer, Mid-Level

Otter.ai (Mountain View, CA): Senior Research Scientist, Senior-Level