Recently, Beijing Boson Quantum Technology Co., Ltd. (hereinafter known as “Boson Quantum”) accomplished a whole lot of hundreds of thousands of yuan in Series A++ financing. This spherical of financing was collectively led by Huade Science and Technology Innovation and Nanshan Strategic Emerging Investment, adopted by nicely – recognized establishments and listed firms equivalent to GF Xinde, Hunan Caixin Industrial Fund, and Weide Information (688171). The previous shareholder Qifu Capital continued to extend its funding.
The funds might be repeatedly used for the firm’s: ① R & D of “special – purpose” coherent optical quantum computer systems and “general – purpose” optical quantum computer systems; ② Construction of quantum computing chip course of capabilities; ③ Construction and operation of the first massive – scale particular – goal optical quantum pc manufacturing manufacturing unit in China in Nanshan District, Shenzhen; ④ Expansion of the enterprise ecosystem for the built-in utility of “quantum computing + AI”.
This financing is one other affirmation of Boson Quantum as a consultant enterprise in sensible quantum computing in China. This achievement shouldn’t be an remoted occasion however is about in opposition to the backdrop of the world quantum computing funding increase. Previously, from the business tendencies of know-how big NVIDIA’s systematic funding in PsiQuantum for the optical quantum route, QuEra for the impartial atom route, and Quantinuum for the ion lure route, we clearly noticed the agency confidence of world high – tier capital in the commercialization and industrialization prospects of quantum computing. Boson Quantum’s present financing is a vivid manifestation of China’s regular progress and excessive consideration in this world innovation competitors. It marks a great two – manner interplay between Chinese quantum begin – ups and the capital market, highlighting the firm’s significance as a core worth platform in the quantum computing business. With secure actual – machine operation and an utility ecosystem barrier, Boson Quantum will additional play a benchmarking and exemplary function in the business and repeatedly promote the commercialization and industrialization of quantum computing.
The Nobel Prize Crowns Quantum Computing for the First Time: Opening an Era of Diverse Exploration
On October 7, 2025, the announcement of the 2025 Nobel Prize in Physics wrote a historic footnote for quantum computing: John Clarke, Michel H. Devoret, and John M. Martinis gained the award “for the discovery of macroscopic quantum mechanical tunnelling and energy quantisation in an electric circuit”. This breakthrough discovery forty years in the past gave rise to the analysis path of superconducting quantum computing and in addition dropped at the fore the scientific downside of “reducing various interference factors such as noise and temperature in macroscopic quantum systems to the single – quantum level”, which stays a key analysis matter for researchers to today. Forty years later, on the centenary of the start of quantum mechanics, this honor will additional encourage scientists and engineers to discover a variety of paths for realizing quantum computer systems: whether or not it’s the manipulation of macroscopic methods equivalent to superconductors or the manipulation of microscopic methods equivalent to photons, trapped ions, and impartial atoms; whether or not it’s the building of Turing – full gate – primarily based quantum computer systems or non – gate – primarily based quantum computer systems that may be virtually used in particular fields in the quick time period. Their work is like the lighthouse at the begin of the nice quantum computing exploration period, now illuminating the magnificent journey the place common – goal and particular – goal routes run in parallel and a number of technological paths compete!
From an utility perspective, right now’s quantum computing has clearly differentiated into two main know-how camps: common – goal and particular – goal. General – goal quantum computer systems purpose to implement arbitrary quantum algorithms, depend on core options equivalent to quantum entanglement and superposition, and pursue common computing capabilities. Their improvement requires breakthroughs in {hardware} know-how bottlenecks equivalent to excessive – precision quantum bit management and error correction, in addition to the improvement of helpful gate – circuit algorithms to show “quantum superiority” in extra sensible fields. Special – goal quantum computer systems give attention to optimizing a particular sequence of excessive – worth and reusable issues. By customizing quantum bodily methods, they enhance the resolution effectivity. Although their utility scope is restricted to a sure extent, customized – developed for a big class of utility situations lays a sensible basis and market house. They are the major drive in present industrial purposes, reaching commercialization first in the NISQ (Noisy Intermediate – Scale Quantum) period.
In this twin – monitor industrial panorama, Boson Quantum, primarily based on the optical quantum system, has a ahead – wanting format for full – stack R & D capabilities in particular – goal and common – goal quantum computing. Starting with particular – goal quantum computer systems, it has collected sensible algorithms and obtained industrial orders in a number of fields equivalent to synthetic intelligence, biopharmaceuticals, and finance, and cultivated a mature group of quantum utility builders. At the identical time, it has made lengthy – time period investments in common – goal optical quantum computer systems and quantum – classical hybrid computing capabilities to fulfill precise wants. Taking mild as the path and utility as the precedence, Boson Quantum repeatedly transforms the theoretical potential into actual productiveness for progress and is dedicated to turning into a core drive in selling quantum computing to actually enter the business.
“Quantum” Hardware Is Just the Starting Line, and the Comprehensive Practicality of the “Computing” System Is the Key Point
From the elementary discovery acknowledged by the Nobel Prize to the present improvement of a number of technological routes, quantum computer systems face extra complete necessities on their manner from the laboratory to industrial purposes. An enchancment in a single bodily indicator doesn’t equal the practicality of a quantum pc. In right now’s period the place computing energy has turn into the core productiveness of assorted industries, the breakthrough in quantum {hardware} is simply the “starting line” for constructing new – high quality productiveness. Whether it could possibly obtain secure, dependable, and scalable computing capabilities, whether or not it offers accessible and person – pleasant algorithm improvement instruments, and whether or not it could possibly effectively adapt to the ever – altering AI frameworks and exhibit sensible worth past classical computer systems in actual – world use circumstances are the actual expectations of the marketplace for quantum computer systems.
In the present Noisy Intermediate – Scale Quantum (NISQ) period, “general – purpose” quantum computer systems primarily based on totally different bodily methods have made nice progress in bodily indicators equivalent to scalability, connectivity, coherence time, constancy, and error correction. However, no system has been capable of overcome all technical difficulties to assemble even one full fault – tolerant logical qubit and has not but obtained the “entry ticket” for sensible quantum computing. In distinction, “special – purpose” quantum computer systems keep away from the advanced building of logical gates, have comparatively simpler management over error charges and decoherence issues, cut back the complexity of operations, and have extremely scalable quantum bit numbers. They presently have the capability to supply secure computing energy for lengthy – time period operation.
Boson Quantum presently focuses on the practicality and industrialization breakthrough of “special – purpose” optical quantum computing. It repeatedly iterates and releases a self – controllable 1,000 – qubit particular – goal coherent optical quantum pc, offers a full – chain improvement instrument and repair verification platform from downside mapping, useful resource scheduling, quantum state evolution to end result optimization, and open – sources a number of quantum – native AI coaching kits primarily based on the PyTorch ecosystem. This lowers the utility threshold of quantum computing, expands the developer ecosystem for quantum purposes, permits extra industries and analysis establishments to expertise and make the most of the benefits of quantum computing, and accelerates the environment friendly transformation of scientific analysis outcomes into industrial purposes.
At the identical time, the entire – machine system that may function stably at room temperature for a very long time additionally offers feasibility for giant – scale deployment in manufacturing environments. In situations equivalent to AI coaching with massive – scale iterative computing, a whole lot of hundreds of correct sampling calculations are sometimes required, posing new necessities for the stability of quantum computer systems. Based on the accessible 1,000 – qubit actual machine, Boson Quantum strengthens the improvement of error – correction algorithms and multi – machine parallel know-how, repeatedly improves the robustness of the system, and has achieved secure operation for >12 hours per day at room temperature. At the identical time, the China Academy of Information and Communications Technology has issued a “Verification Report on Coherent Optical Quantum Computer Technology” to certify the sensible know-how verification of 9 indicators of the actual machine, together with the variety of quantum bits, whole coupling quantity, coupling accuracy, commonplace process resolution efficiency, excessive – density process resolution efficiency, and complete utility resolution efficiency.
Since the launch of the firm’s cloud service with 100 computing qubits, with the steady improve in customers equivalent to authorities businesses, enterprises, scientific researchers, and quantum algorithm builders, the cumulative variety of platform requires options has exceeded 68 million occasions, protecting greater than 900 universities and faculties, and the variety of builders collaborating in R & D has exceeded 10,000. Based on the first – hand suggestions from numerous customers and builders, Boson Quantum repeatedly adjusts the R & D path of the total {hardware} and software program system. It adheres to being pushed by actual wants relatively than analysis indicators, kinds a flywheel impact for product iteration, additional meets actual – world utility wants, and offers quantum computing options that the market actually wants.
“Quantum Computing + AI” Is the Vast Ocean, Creating a Practical Scenario Ecosystem
Just as GPUs accelerated vector operations and promoted the improvement of deep neural networks, the new computing paradigm of quantum computer systems brings new alternatives for AI mannequin transformation. Based on the Boltzmann machine proposed by Geoffrey Hinton, the pioneer of neural networks and the 2024 Nobel Prize laureate in physics, Boson Quantum has a extremely ahead – wanting exploration of a brand new paradigm for quantum neural networks. It cleverly makes use of the mathematical equivalence between the Ising mannequin and the Boltzmann machine, replaces conventional strategies equivalent to Gibbs Sampling with quantum sampling, solves the downside that the Boltzmann machine can’t be effectively skilled attributable to excessive complexity, and creates a “killer application” for quantum AI + biopharmaceuticals.
As of now, the Boltzmann machine – variational autoencoder (QBM – VAE) skilled by prospects primarily based on Boson Quantum’s coherent optical quantum pc has been utilized in a number of situations equivalent to polypeptide era, small – molecule era, single – cell clustering, mRNA vaccine design optimization, and protein multi – omics evaluation. It has been confirmed to successfully shorten the drug R & D cycle, enhance the accuracy of genomics analysis, or cut back drug R & D prices.
Trinity: Initiating a New Era of RNA Optimal Design, “Hardware – Paradigm – Algorithm”
In phrases of ecological cooperation, Boson Quantum has additionally explored sensible quantum computing purposes with the Guangzhou National Laboratory, Shanghai Jiao Tong University, the School of Pharmaceutical Sciences of Sun Yat – sen University, Beijing Cancer Hospital, and Tsinghua Changgeng Hospital in situations equivalent to protein construction prediction, molecular similarity screening, polypeptide docking, and allosteric web site prediction. In addition, Boson Quantum has established a 4 – in – one cooperation system of “pharmaceutical companies – universities – hospitals – national laboratories”. In the future, it would cooperate deeply with high – tier universities, hospitals, and pharmaceutical firms to advertise ecological co – building, share quantum computing energy and information assets, and speed up the means of drug improvement and medical verification.
Jiang Peixing, the chairman of Huade Science and Technology Innovation, talked about that as a number one enterprise in quantum computing in China, Boson Quantum repeatedly promotes the R & D and utility of coherent optical quantum computer systems. Its quantum computing energy service may be very sturdy and ranks amongst the world’s high – tier ranges. Boson Quantum not solely independently tackles key algorithms and utility software program in the subject of quantum computing AI but additionally actively builds an ecosystem with business companions and realizes actual – world purposes in fields equivalent to AI, biomedicine, finance, and vitality, strongly selling the leap of China’s quantum computing from “laboratory R & D” to “industrial application”.
Wen Kai and Ma Yin, the founders of Boson Quantum, collectively acknowledged that after this spherical of financing, Boson Quantum will proceed to deepen its technological format and ecological building in the “quantum computing + AI” subject. Based on the quantum Boltzmann machine, Boson Quantum won’t solely lead the fundamental analysis in life sciences and the drug discovery business to speed up in the direction of a extra exact and environment friendly R & D paradigm, opening a brand new paradigm for AI – primarily based drug discovery but additionally comprehensively promote the implementation of sensible quantum computing in numerous industries.
With the injection of funds, Boson Quantum will proceed to take a position in all areas of quantum computing, give full play to the benefits of home particular – goal quantum computing, and be a part of arms with increasingly more strategic companions to consolidate the “Chinese foundation” of quantum computing energy for all industries.