Coursera is an online learning platform that provides a variety of courses, professional certificates, and degree programs. It allows individuals to learn new skills or change careers through access to educational content from top universities and companies. Users can take free courses or enroll in paid programs for professional certificates and degrees, which are important for the company's revenue. Coursera also offers a corporate training solution called Coursera for Business, catering to companies that want to train their employees. A notable aspect of Coursera is its focus on in-demand skills, such as those related to Artificial Intelligence, and the flexibility it offers by allowing individuals to start degree programs before officially enrolling. The goal of Coursera is to help both individual learners and businesses achieve their educational and professional objectives.

Black River Ventures

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Times Internet

New Enterprise Associates

EDBI

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International Finance Corporation

GSV Asset Management

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G Squared

Lampert Foundation

Future Fund

SEEK

Yuri Milner

AI & Machine Learning

Education

Coursera

Available on both iOS and Android, Seekho competes with established players like Unacademy, Coursera, edX, and Udemy.

Seekho Secures $8 Million to Expand Learning Opportunities

Coursera, a globally recognized online learning platform, has been named the top provider of Google Professional Certificates by Consumer365 in its latest 2024 rankings.

Best Online Courses with Google Certificates (2024): Coursera Named Top Google Course Provider by Consumer365

San Diego, Calif., January 13, 2025 - The American Council on Exercise (ACE), a global leader in health and fitness education and certification, has partnered with Coursera, one of the largest online learning platforms, to present the "Intro to Personal Training: A Career Starter Certificate."

American Council on Exercise Partners with Coursera to Offer Foundational Course for Aspiring Personal Trainers

Quantum Computing In 2025Quantum computing involves using quantum physics to perform calculations, which differs from normal semiconductor-based computing methods. Instead of generating 0 and 1 (no current or current), it uses “quantum bits,” called qubits, where particle data is either 0 AND 1 at once, 1, or 0.This could be a game changer for very complex calculations, like climate modeling, cryptography, or the 3D configuration of complex molecules like proteins.It also requires a very different type of hardware than “normal” computing, a field still very much in its infancy, akin to the first microprocessors in the 1970s.You can read more about what makes quantum computing so unique and the challenge in making a mainstream way of performing calculations in “ The Current State of Quantum Computing ”.Recent MilestonesFrom the first proof-of-concept a few years ago, quite a few milestones have been achieved recently, as well as pioneering steps in entirely new ways to do quantum computing:All of these advancements are, for now, mostly academic and made in labs but are likely to be quickly integrated into quantum computers' design by the leading companies in the sector.Especially as the race to produce the first scalable commercial quantum computer heats up, which would be an instant hit with defense departments, financial institutions, pharmaceutical companies, and top research institutes.Here are the 5 top quantum computing companies in 2025.1. Alphabet / GoogleAlphabet Inc. (GOOGL -0.66% )Google is very active in quantum computing, mostly through its Google Quantum AI lab and Quantum AI campus in Santa Barbara.Google's quantum computer made history in 2019 when It claimed to have achieved “quantum supremacy” with its Sycamore machine. The machine performed a calculation in 200 seconds that would have taken a conventional supercomputer 10,000 years.This is now dwarfed by the performance of its newest chip, Willow. Willow is the first quantum computing chip with an error rate low enough that the more qubits you add, the less error you get

5 Best Quantum Computing Companies Of 2025

Using Optical Fiber For Quantum TeleportationGlobal digital communication relies on the quick and efficient transfer of data at the speed of light through a complex network of optical fibers. This is acceptable for classical computing, which uses binary strings of 0 and 1.However, as quantum computing becomes increasingly close to being a commonly used tool for encryption, scientific research, and other applications, the question of how to transfer quantum data from one quantum computer to another arises.For a long time, this was believed to be almost impossible. Each quantum computer was destined to work in isolation from each other, reducing their potential.This is quickly becoming an important problem to solve for the tech industry, especially as new scalable designs of quantum chips have just been unveiled .So this is an important stepping stone that researchers at Northwestern University, Ciena Corporation, and NuCrypt LCC have discovered: quantum state can be preserved and transferred in optical fiber alongside a “normal” data stream.They published their results in Optica, titled “ Quantum teleportation coexisting with classical communications in optical fiber ”.Quantum TeleportationWhile sounding like some fanciful concept from a science-fiction movie, quantum teleportation is actually a real phenomenon studied for decades.This happens when 2 different particles are “paired/bonded” together, something called quantum entanglement.In this case, when two particles are linked, regardless of the distance between them, they exchange information over great distances — without physically carrying it. In some cases, it could even be possible that the information exchange happens quicker than the speed of light, something theoretically impossible.How it works and what it means for the fundamental aspect of our reality is still hotly debated by quantum physicists. However, we know this is a very real and measurable quantum effect, that could allow for perfectly secured and instantaneous communications.Radically Different CommunicationsA Needle In A Moving HaystackUntil now, it was assumed that no quantum state could be transferred through optical fiber, as any individual entangled photon would be drawn in the other billions traveling with it and lose its unique quantum state.“By performing a destructive measurement on two photons — one carrying a quantum state and one entangled with another photon — the quantum state is transferred onto the remaining photon, which can be very far away. The photon itself does not have to be sent over long distances, but its state still ends up encoded onto the distant photon

Quantum Teleportation – Fact Or Fiction?

Franklin Resources Inc. makes new $1.65 million investment in Coursera, Inc. (NYSE:COUR).

Franklin Resources Inc. Makes New $1.65 Million Investment in Coursera, Inc. (NYSE:COUR)

Taking Back The Lead Of Big TechThe tech industry is often perceived as moving fast, with today's winner potentially tomorrow's loser as new, more nimble startups constantly disrupt the industry.This is only partially true, as in the last decade, we saw a consolidation of the industry around a few giants, notably the so-called “Magnificent Seven / Mag7”, the heir to the FAANG acronym:Microsoft (MSFT -0.04% )) Amazon (AMZN +1.48% )) Meta (META +0.63% )) Apple (AAPL +0.81% )) Nvidia (NVDA -2.6% )) Tesla (TSLA +5.15% )) Alphabet (GOOGL +4.08% )Each of these companies is unique in its own way (as we have already covered in our spotlight series for Tesla and Nvidia ).Still, it is Alphabet/Google that has grabbed headlines recently after hitting a series of milestones in many new segments, from self-driving cars to AI and quantum computing, all the results of more than a decade of massive investments.Alphabet Inc. (GOOGL +4.08% )A Long-Established PositionA Humble StartWhen Google started, it was the typical scrappy startup attacking the domain of an established tech giant. At the time, the search market was dominated by companies like AOL and Yahoo. And it was far from certain that Google could manage to become the giant we know today.For example, in 1998 & 1999, Google's founders, Larry Page and Sergey Brin, tried twice to sell Google for $1M … and failed to do so.In 2002, Yahoo reconsidered and made an offer for $3B. Google's founders wanted $5B, which was refused. Today, Alphabet, the holding group that owns Google, is worth $2.3T.A Search Focused CompanyFrom its inception to today, the core of Alphabet is its search engine

Alphabet (Googl) Spotlight: From Search Quasi-Monopoly To Ai Juggernaut

A New Quantum Computing MilestoneQuantum computing is, together with AI, a new horizon for the tech industry. This is because, contrary to other non-silicon computing technolo g ies, like graphene, photonics, or even biological organoids, quantum computing performs calculations in a radically new way.It does so by leveraging quantum effects, with the calculation not being made with 0 & 1 (binary bits), but qubits, where particle data is either 0 AND 1 at once, or 1, or 0. These different methods mean that for some mathematical problems, quantum computers can be absurdly more efficient than normal computers.And this is exactly what Google just demonstrated: it has unveiled a new chip that takes five minutes to solve a problem that would currently take the world's fastest supercomputers ten septillion – or 10,000,000,000,000,000,000,000,000 years – to complete.Besides this remarkable performance, this might also be the first quantum computer chip that has a reasonable chance to be scalable and reliable for useful computations. The results were published in the top scientific publication Nature, under the title “ Quantum error correction below the surface code threshold ”.Meet WillowThe Google quantum computing chip in question is called Willow .This is the last version of a series of increasingly powerful quantum chips developed by Google, called Foxtail, Bristlecone, and Sycamore.To test Willow's performance, the random circuit sampling (RCS) benchmark was used to compare it to a normal supercomputer. This technique was created to measure Sycamore's performances, which evaluates the amount of qubits required to match an equivalent amount using a classical computer.Scalability Finally Within ReachOne major limitation of quantum computing so far is that qubits are extremely fragile. This is because quantum states tend to be very short-lived, with interferences from the environment destabilizing the conditions required for quantum calculation.This is why all current quantum computers use ultra-cold conditions and require superconducting materials

Quantum Chip Milestone Stokes Excitement For The Future Of Computing

Adobe is collaborating with Coursera, educational institutions, NGOs, and other education platforms to make its training and certification accessible to a diverse range of emerging professionals.

Adobe collaborates with Coursera and others to help people develop AI skills, announces new AI-powered marketing tool

Join our daily and weekly newsletters for the latest updates and exclusive content on industry-leading AI coverage. Learn MoreCalifornia Gov. Gavin Newsom vetoed SB 1047, the bill that many believed would change the landscape of AI development in the state and the country. The veto published on Sunday could give AI companies the ability to show they can proactively protect users from AI risks.SB 1047 would have required AI companies to include a “kill switch” to models, implement a written safety protocol and get a third-party safety auditor before starting to train models. It would have also given California’s attorney general access to an auditor’s report and the right to sue AI developers.Some AI industry veterans believed the bill could have a chilling effect on AI development. Many in the industry thanked Newsom for vetoing the bill, noting the veto could protect open-source development in the future

Coursera

Online platform for courses and degrees

Coursera

Online platform for courses and degrees

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